ETHDenver 2025

The NoFeeSwap protocol is a pre-launch DEX. The bounty is for finding potential bugs in the smart contract implementation. ### 🗂️ Bounty Category On-chain Security, Early Stage Startup ### 💰 Prize Amount 100000 ### 🏆 Winner Breakdown The prize pool distribution has 4 possible triggers: * If one or more valid Low severity findings are found, the total distributed pot size is $5,000. * If one or more valid Medium severity findings are found, the total distributed pot size is $15,000. * If one or more valid High severity findings are found, the total distributed pot size is $45,000. * If one or more valid Critical severity findings are found, the total distributed pot size is $100,000. Severity Definitions: Critical Severity * Triggered if a vulnerability in the “core” results in 50%-100% losses of total TVL across all major EVM-compatible chains. High Severity * Triggered if a vulnerability in the "core" results in 5%-50% losses of total TVL across all major EVM-compatible chains. * Triggered if a vulnerability in one of the "incentive hooks" results in 50%-100% losses of total TVL across all major EVM-compatible chains. Medium Severity * Individual losses impacting at least 5% of individual users, where each loses at least 5% of their deposited funds. * The ability for an attacker to take the majority of incentive rewards from an incentive hook without providing a proportional LP position investment. Low Severity * Any individual losses of at least 5% of deposited funds. * A DoS attack that prevents access to more than 5% of TVL for over 5 minutes, with an execution cost lower than the value of the affected funds. Incentive Hook Scope: Only the following trading pairs are considered: * ETH-WBTC * ETH-USDC * ETH-USDT * WBTC-USDC * USDC-USDT * WBTC-USDT ### 📝 Requirements Finding security bugs in the NoFeeSwap codebase that meet one of the severity definitions provided here. ### 🧑‍⚖️ How are we judging it? * Reward distribution is based on severity, ensuring that findings with the highest impact receive the highest rewards. * Trivial small impact findings will be marked as informational and may not qualify for a reward. * Quality over quantity: The prize pool is allocated based on the value of findings, not the number of reports. * Findings must include sufficient information and proof of concept, with easily verifiable loss amounts and no ambiguity. ### 🌎 Impact on the organization Its significance can vary depending on the severity of the bugs found. ### 📚 Resources The code and yellow-paper are here: https://github.com/NoFeeSwap (All the public repositories here are within the scope of this bounty.) There are walkthrough videos on YouTube. https://www.youtube.com/@nofeeswap ### 👀 Some example use cases It is a security bug competition/bounty for the DEX. ### 💼 Recruitment Opportunities We are seeking talented Solidity engineers and Web3 front-end developers, with opportunities available for both remote and NYC-based roles.

DAOs, digital communities, tokenomics, governance, bridges to Web3, etc.

DeFi 2.0,  DEXs, lending protocols, yield farming, staking, liquidity mining, digital art, PFPs, wearables, blockchain games, collectibles, etc.

Wallets, ZK rollups, on-chain privacy, audit projects, security software, etc.

UN Sustainable Development Goals (SDGs), public goods funding, ReFi, underserved communities, etc.

L1, L2, side chains, POA networks, dev tools, etc.

#BUIDLathon finalists (three per track) will be invited to present one final time during the Closing Ceremony before a panel of five ‘Celebrity’ Judges. While these judges won’t have a role in deciding the Track finalists, this team of judges will each have the opportunity to select their favorite team to allocate an additional $1,000 cash prize to. Going home with, for example, the “Vitalik’s Choice” award, would be quite the honor.

AI agents can augment human capabilities, automate complex tasks, and deliver personalized user experiences in novel ways—whether it’s through chatbots, on-chain automation, or creative AI-driven interactions. Show us how you can leverage consumer AI Agents on Flow to enact real-world impact. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup ### 💰 Prize Amount 15000 ### 🥇 Number of Projects Awarded 4 ### 🏆 Winner Breakdown **Prizes**: - 1st place: $6,000 - 2nd place: $4,000 - 3rd place: $3,000 - 4th place: $2,000 ### 📝 Requirements 1. **AI Component**: Demonstrate a working AI Agent integrated into a Flow-based solution, with proof of on-chain interaction. 2. **Smart Contract Integration**: Deployment of your contract(s) to Flow testnet or mainnet. 3. **Documentation**: Outline how the AI Agent interacts with Flow (transaction signing, reading state, etc.). 4. **Publicly Accessible Demo**: Web or CLI-based UI that allows judges to test the AI Agent’s functionality. 5. **Usage of Eliza on Flow** (or another framework you get to integrate with Flow). ### ✅ What does a successful project look like? - **Seamless AI + Flow Integration**: Your AI agent can read/write on-chain data, respond to user prompts, or trigger on-chain actions. - **Real-World Impact**: Use cases that demonstrate automation, cost/time savings, or novelty are highly prized. Think what is the impact of your solution and how it's better than the current way people try to solve the problem. - **Developer-Friendliness**: Clear instructions on how other devs can replicate or extend your AI Agent approach. ### 🎨 UI/UX Design Requirements **Interactive Demonstration**: Must allow the user/judge to try out the AI-driven functionality without heavy setup. Can connect to socials like Twitter/Telegram etc. **Clarity**: Include logs or explanations showing the AI’s decision-making and the corresponding on-chain actions. ### 🧑‍⚖️ How are we judging it? - **🏗️ Completion 20%** - The completion status of the project based on the submission materials. - **💡Originality 10%** - The degree of originality and innovation. - **🖥️ UI/UE/UX 20%** Product‘s user experience and visual effects. - **🙋Adoption/Practicality 15%** - The possibility of large-scale adoption and its practicality of this product. - **🛠️ Technology 25%** - Implementation difficulty, stability, reliability, scalability, and completeness of documentation. - **🏁 Protocol Usage 10%** - Determine the level of usage and adoption potential for the Flow blockchain. ### 🌎 Impact on the organization We want to highlight Flow’s unique benefits for mainstream adoption. By creating a consumer-centric AI agent, you’ll directly contribute to our ecosystem’s reputation as the go-to chain for user-friendly consumer services and experiences. ### 📚 Resources [Eliza on Flow](https://github.com/fixes-world/elizaOnFlow) - [Flow Developer Portal](https://developers.flow.com/) - Join the [Flow World Tour Hackers Telegram Group](https://t.me/flow_world_tour) to communicate more quickly with the Flow Team and other hackers. - Evolve EVM Apps With [Flow’s Transaction Model](https://developers.flow.com/build/basics/transactions) - The Benefits Of the [Flow Account Model](https://developers.flow.com/build/differences-vs-evm#the-flow-account-model) For EVM Integration - Use [Cadence Arch](https://developers.flow.com/evm/guides/vrf) to access native [Randomness(VRF)](https://developers.flow.com/build/advanced-concepts/randomness) on Flow ### 👀 Some example use cases AI Agent based games: - Narrative/Story-Driven Agents - Strategy/Board Game Agents - Multiplayer Coordination Agents - Puzzle-Solving Partners AI Agent-Based Services: - AI agents for Lead Generation - Social Media Management Agents - Influencer Collaboration Agents Healthcare & Wellness - AI Symptom Checker / Triage Bot - Mental Health Companion - Lifestyle, wellness, genetics & Nutrition Coach Fund Management & Finance Other Innovative use cases ### 💼 Recruitment Opportunities Check out <https://flow.com/careers> for the latest job opportunities and postings.

Consumer-oriented “killer apps” have the power to define and lead entire industries by solving real user pain points at scale—think of how ChatGPT made AI accessible to hundreds of millions. Flow is designed for mass adoption and consumer-grade experiences, so we’re looking for the next breakthrough application that can capture the interest of millions (or billions!) of everyday users. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Early Stage Startup ### 💰 Prize Amount 15000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown **Prizes:** $7k for **Prizes:** $7k for 1st, $5k for 2nd, $3k for 3rd ### 📝 Requirements **Deployment**: A functional smart contract deployed to either Flow testnet or mainnet, authored in Cadence (or via Flow’s EVM interoperability if relevant). **Use of Flow**: The application must leverage Flow’s features in a meaningful way (e.g., account linking, sponsored transactions, resource-oriented programming). **Demo & Documentation**: Provide a publicly accessible demo (web app, CLI, or other). Must include a brief walkthrough of your solution, how to install/use it, and how Flow is integrated. **Open-Source Code**: Open-sourcing your code in a public repo. ### ✅ What does a successful project look like? **Scalable & User-Friendly**: The application solves a real user pain point and can potentially attract a broad, non-crypto audience. **Engagement Potential**: Demonstrates how Flow’s fast and frictionless user experience can drive onboarding for everyday users **Polish & Functionality**: Has a clean UI/UX, stable back end, and minimal bugs. **Strong Pitch or Vision**: Illustrates a clear path for growth and outlines next steps in product roadmap. ### 🎨 UI/UX Design Requirements **Minimal Onboarding Friction**: Clear instructions, easy wallet creation (or usage of Flow’s account model/walletless onboarding). **Visually Cohesive**: Polished web UI, telegram mini app, mobile etc. **Accessibility**: Consider responsive design if web-based; CLI submissions should include Docker or pre-built binaries for easy testing. ### 🧑‍⚖️ How are we judging it? - **Completion 20%** - The completion status of the project based on the submission materials. - **💡Originality 10%** - The degree of originality and innovation. - **🖥️ UI/UE/UX 20%** Product‘s user experience and visual effects. - **🙋Adoption/Practicality 15%** - The possibility of large-scale adoption and its practicality of this product. - **🛠️ Technology 25%** - Implementation difficulty, stability, reliability, scalability, and completeness of documentation. - **🏁 Protocol Usage 10%** - Determine the level of usage and adoption potential for the Flow blockchain. ### 🌎 Impact on the organization We want to highlight Flow’s unique benefits for mainstream adoption. By creating a killer app, you’ll directly contribute to our ecosystem’s reputation as the go-to chain for user-friendly consumer dApps and experiences. ### 📚 Resources <https://developers.flow.com/> <https://flowfoundation.notion.site/DeFi-Toolbox-1051aee123248085aa34e787129488c7?pvs=4> ### 👀 Some example use cases - A social dApp bridging mainstream users with Web3 elements. - A decentralized social app with onchain social graphs for people impacted by the proposed tiktok ban. - A frictionless NFT marketplace for digital collectibles or membership tokens. - A consumer finance app that simplifies complex DeFi for everyday users. - AI Agents solving problems for everyday people with sustainable business models across: gaming, healthcare, finance etc. - The next killer telegram game. ### 💼 Recruitment Opportunities Check out <https://flow.com/careers> for the latest job opportunities and postings.

Regenerative Finance (ReFi) centers around sustainability and inclusive wealth generation. Build solutions on Flow that encourage positive-sum financial systems—for instance, by automating socially responsible investment strategies or promoting sustainable wealth generation for all parties. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Early Stage Startup,Feature Usage ### 💰 Prize Amount 12000 ### 🥇 Number of Projects Awarded 4 ### 🏆 Winner Breakdown **Prizes**: - 1st place: $5,000 - 2nd place: $4,000 - 3rd place: $2,000 - 4th place: $1,000 ### 📝 Requirements **Deployment**: A functional smart contract deployed to either Flow testnet or mainnet, in either Cadence or Solidity. - **Use of Flow**: The application must leverage Flow’s features in a meaningful way (e.g., account linking, sponsored transactions, bundled transactions etc.). - **Demo & Documentation**: Provide a publicly accessible demo (web app, telegram miniapp or other). Must include a brief walkthrough of your solution, how to install/use it, and how Flow is integrated. - **Open-Source Code**: Code must be opensource and public as well as well documented and easy to run. ### ✅ What does a successful project look like? **Scalable & User-Friendly**: The application solves a real user pain point and can potentially attract a broad, non-crypto audience. **Engagement Potential**: Demonstrates how Flow’s fast and frictionless user experience can drive onboarding for everyday users **Polish & Functionality**: Has a clean UI/UX, stable back end, and minimal bugs. **Strong Pitch or Vision**: Illustrates a clear path for growth and outlines next steps in product roadmap. **Sustainable Incentives**: Aligns user actions with sustainable finance (positive sum), environmental or community benefits. ### 🎨 UI/UX Design Requirements **Minimal Onboarding Friction**: Clear instructions, easy wallet creation (or usage of Flow’s account model/walletless onboarding). **Visually Cohesive**: Polished web UI, telegram mini app, mobile etc. **Accessibility**: Consider responsive design if web-based; CLI submissions should include Docker or pre-built binaries for easy testing. ### 🧑‍⚖️ How are we judging it? - **🏗️ Completion 20%** - The completion status of the project based on the submission materials. - **💡Originality 10%** - The degree of originality and innovation. - **🖥️ UI/UE/UX 20%** Product‘s user experience and visual effects. - **🙋Adoption/Practicality 15%** - The possibility of large-scale adoption and its practicality of this product. - **🛠️ Technology 25%** - Implementation difficulty, stability, reliability, scalability, and completeness of documentation. - **🏁 Protocol Usage 10%** - Determine the level of usage and adoption potential for the Flow blockchain. ### 🌎 Impact on the organization We want to highlight Flow’s unique benefits for mainstream adoption. By creating a killer app, you’ll directly contribute to our ecosystem’s reputation as the go-to chain for user-friendly consumer dApps and experiences. ### 📚 Resources [DeFi Toolbox](https://www.notion.so/DeFi-Toolbox-1051aee123248085aa34e787129488c7?pvs=21) - Join the [Flow World Tour Hackers Telegram Group](https://t.me/flow_world_tour) to communicate more quickly with the Flow Team and other hackers. - Join the [Flow Discord](https://discord.gg/flow) and make sure you get a **Developer** role to access developer channels. - [Eliza on Flow](https://github.com/onflow/elizaOnFlow) - [Dev Portal ](https://developers.flow.com/) ### 👀 Some example use cases - Lossless lottery models. - Positive sum applications that are less based on speculation or gambling and more focused on sustainable wealth creation and aligned incentives for all parties involved. - Peer-to-peer payment systems. - Consumer DeFi that utilizes seamless walletless onboarding. ### 💼 Recruitment Opportunities Check out <https://flow.com/careers> for the latest job opportunities and postings.

Awarded to the top open-source contribution that meaningfully extends or enhances **[Eliza on Flow](https://github.com/onflow/elizaOnFlow)** by contributing new plugins for Flow blockchain. This could include performance optimizations, new features, tooling, or creative extensions that benefit the developer community and unlock some of the unique capabilities of Flow such as sponsored transactions, account linking, etc. ### 🗂️ Bounty Category Meaningful Open Source Contribution ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 5 ### 🏆 Winner Breakdown Top five winners are awarded $1,000 each.  ### 📝 Requirements **Pull Request**: Submit a PR to the [Eliza on Flow](https://github.com/onflow/elizaOnFlow) repo with your plugin or enhancement. **Documentation**: Provide clear instructions (README or similar) on setup, usage, and purpose of your plugin. **Demonstration**: Show that your extension runs on either Flow testnet or mainnet. ### ✅ What does a successful project look like? **Meaningful Contribution**: The plugin must be beneficial to the dev community or end users of Eliza on Flow. **Technical Quality**: Well-structured code, minimal bugs, and thorough testing. **Use of Flow Features**: Show off advanced Flow features like resource ownership, sponsor transactions, etc. ### 🎨 UI/UX Design Requirements **Developer-Focused**: If your plugin is more back-end or performance-oriented, provide a robust README with examples. **Optional UI**: If relevant, demonstrate how developers or end users can interact with the plugin. ### 🧑‍⚖️ How are we judging it? - **🏗️ Completion 20%** - The completion status of the project based on the submission materials. - **💡Originality 10%** - The degree of originality and innovation. - **🖥️ UI/UE/UX 20%** Product‘s user experience and visual effects. - **🙋Adoption/Practicality 15%** - The possibility of large-scale adoption and its practicality of this product. - **🛠️ Technology 25%** - Implementation difficulty, stability, reliability, scalability, and completeness of documentation. - **🏁 Protocol Usage 10%** - Determine the level of usage and adoption potential for the Flow blockchain. ### 🌎 Impact on the organization Improvements to Eliza on Flow accelerate developer adoption and highlight Flow’s ability to power AI-driven experiences. Open-source contributions here can have a lasting effect on the ecosystem. ### 📚 Resources [Eliza on Flow GitHub](https://github.com/onflow/elizaOnFlow) - [AI Agent Dev School](https://www.youtube.com/watch?v=ArptLpQiKfI&list=PLx5pnFXdPTRzWla0RaOxALTSTnVq53fKL&ab_channel=ShawMakesMagic) - [Dev Portal](https://developers.flow.com/) ### 👀 Some example use cases A plugin adding Flow or Cadence specific actions for oracles, child account & account linking (such as an investor agent that can manage n number of child accounts), sponsored transactions, multisig transactions or bundled transactions etc. - Performance enhancements or unique contributions. - Additional agent characters that are useful and well documented. ### 💼 Recruitment Opportunities Check out <https://flow.com/careers> for the latest job opportunities and postings.

Opensource is key for the compounding growth of innovation and one of the most exciting key aspects of Web3. Awarded to the strongest open-source PR, improvement, or extension that benefits an existing project in the Flow ecosystem. This can be any notable contribution that impacts libraries, tools, or protocols in a meaningful way. ### 🗂️ Bounty Category Meaningful Open Source Contribution ### 💰 Prize Amount 2000 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown 2000 given to the top opensource contribution on Flow. Note that the winner cannot win both this and best contribution to Eliza on Flow (although you are free to apply for both if relevant). ### 📝 Requirements **Pull Request/Merge**: A meaningful PR to a Flow ecosystem repo. Must be open-source, with an active maintainership (see link under resources to find projects). **Documentation**: Provide a summary of what you changed and why. **Testable Implementation**: Demonstrate your contribution working in the project’s test suite or live environment. ### ✅ What does a successful project look like? **Significant Impact**: Improves performance, fixes critical bugs, adds a valuable feature, or enhances usability. **Adoption by Maintainers**: Ideally merged or positively reviewed by the project’s maintainers. **Community Benefit**: Could be used or extended by other Flow developers. ### 🎨 UI/UX Design Requirements **N/A or Developer-Focused**: Since this is an open-source contribution, user interfaces may vary. Just ensure your improvements are well-documented. ### 🧑‍⚖️ How are we judging it? **Completion (50%)**: Thoroughness of the contribution. **Technology (25%)**: Code quality, complexity, and maintainability. **Impact/Usefulness (25%)**: How useful is the contribution, this is if you make a contribution outside the list of projects. ### 🌎 Impact on the organization A vibrant open-source ecosystem attracts new developers and fosters collaboration. Your contribution strengthens Flow’s developer community and tooling. ### 📚 Resources [Flow Ecosystem Opensource Opportunities](https://flowfoundation.notion.site/Flow-Ecosystem-Opensource-Opportunities-1811aee1232480dd8a97cf3e44e51997) ### 👀 Some example use cases - Improving a popular Flow library’s performance or security. - Adding multi-chain or bridging functionality to an existing tool. - Fixing major usability or accessibility issues in an existing dApp. ### 💼 Recruitment Opportunities Check out <https://flow.com/careers> for the latest job opportunities and postings.

Awarded to the individual or team providing the most valuable insights on the developer experience. We want to hear about hurdles you faced, tools or resources you wish existed, and overall suggestions for improving the Flow ecosystem. ### 🗂️ Bounty Category Meaningful Open Source Contribution,On-chain Security,Early Stage Startup,Launch MVP on Testnet or Mainnet,Feature Usage ### 💰 Prize Amount 1000 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown 1000 to the best feedback provided during the hackathon. ### 📝 Requirements After submitting your project, please fill in this [Feedback form](https://forms.gle/JEveuJncL5opHvrY8) with detailed, constructive feedback on your experience. - **Specificity**: Provide examples, screenshots, or code snippets if relevant. - **Solution Ideas**: Suggest possible improvements or resources that would have helped. - **Quality**: Ai generated, minor or general feedback will be disregarded. ### ✅ What does a successful project look like? **Actionable Insights**: We can directly use your feedback to improve docs, tooling, or onboarding. **Comprehensive**: You cover multiple stages of development (contract writing, dApp integration, UI/UX, etc.). **Positively Impactful**: Your suggestions can lead to real changes in the Flow ecosystem. ### 🎨 UI/UX Design Requirements - **N/A**: This is purely a feedback bounty, so no UI is required. Clarity in your form submission is key. Don't be afraid to go in-depth and offer a google doc full of examples/images. ### 🧑‍⚖️ How are we judging it? - **Quality of Feedback**: Thoroughness, clarity, and potential impact on the Flow dev experience. ### 🌎 Impact on the organization Your feedback helps us refine the developer journey, reduce friction, and enhance support—ultimately making Flow a more welcoming platform for all. ### 📚 Resources **[Feedback form](https://forms.gle/JEveuJncL5opHvrY8)** - **[Developer Portal - Cadence](https://developers.flow.com/build/flow)** - **[Developer Portal - EVM](https://developers.flow.com/evm/about)** - **[Cadence Lang Docs ](https://cadence-lang.org/docs/)** - **[Eliza on Flow](https://github.com/onflow/elizaOnFlow)** ### 👀 Some example use cases Detailed notes on where docs were unclear or incomplete. Suggestions for additional tooling or libraries. Reporting friction points in Flow’s wallet creation or contract deployment processes. ### 💼 Recruitment Opportunities Check out <https://flow.com/careers> for the latest job opportunities and postings.

Build applications or tools using AI agents on Hedera. Use the Hedera Agent Kit, develop plugins, or create developer tooling. You can combine the use of agents, LLMs, machine learning, and Hedera services. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Meaningful Open Source Contribution ### 💰 Prize Amount 25000 ### 🥇 Number of Projects Awarded 4 ### 🏆 Winner Breakdown 1st: 15,000 2nd: 6,000 3rd: 3,000 4th: 1,000 - Participants can submit their projects to multiple bounties we offer. However, each project will be eligible to win in only one category to ensure a wide distribution of rewards. - Submissions must be original and specifically developed for this hackathon. Projects found to be reusing code or concepts from previous hackathons will not be eligible. - All projects will be considered and ranked on their merits. Our goal is to identify and reward the best projects overall. **In the event that no submissions meet our qualifying criteria, we may adjust the distribution of the prize pool accordingly. ** ### 📝 Requirements 1. The web3 components of the application must be deployed on Hedera Mainnet, Hedera Testnet, or Hedera Previewnet.  1a. The application or tool must use at least 1 Hedera service: Hedera Smart Contracts Service (Hedera EVM), Hedera Token Service, Hedera Consensus Service, Scheduled Transactions, Mirror Node. 1b. The application or tool must incorporate the use of AI, whether that is in the form of machine learning, large language models (LLMs), agents, or other form factors involving deep/reinforcement/transfer learning.  1c. Optionally, using more than one Hedera service significantly strengthens the submission. 2. The web2 components do not need to be deployed anywhere (localhost is fine). 3. All relevant source code must be in 1 or more open source public git repositories on Github. 4. Any smart contracts deployed should be verified on Hashscan. 5.  A short video presentation (5 minutes or less) of your project. ### ✅ What does a successful project look like? 1. Key Criteria for Success: 1a. Core Deployment: Application meets at least one of the following: - Use the Hedera Agent Kit (https://github.com/hedera-dev/hedera-agent-kit) to build or extend applications. - Develop tooling that simplifies building and deploying AI agents on Hedera. This could include (not limited to) Hedera plugins for frameworks like Eliza (https://elizaos.github.io/eliza/) or similar. - Showcase compelling integrations of LLMs or machine learning with Hedera services. 2. Optional Enhancements: - Use additional Hedera services like Accounts, Tokens, Consensus, Scheduled Transactions, or Mirror Node. 3. Possible Features: - Automate smart contract interactions and management using AI agents. - Use LLMs integrated with Hedera Consensus Service for real-time insights and actions. - Develop plugins for interaction between Hedera agents and other frameworks like Eliza. - Build SDKs or libraries to lower the barrier for developers creating Hedera-based or EVM-based AI solutions. - Use Hedera Token Service to manage AI-trained data or model ownership. Note that the above are merely intended as examples/ possibilities, and they are not required - you may build your own use case that is unrelated to the above. ### 🎨 UI/UX Design Requirements 1. The application must have a functional user-interface, either: a. A command-line program. Must be packaged in a Docker container, as a standalone executable for Windows/Linux/MacOS, or otherwise easily executable with minimal setup (e.g. `npx …`) b. A browser-based DApp: The end user must be able to interact with your application using a Hedera Wallet (HashPack, Kabila, Blade – with Hedera WalletConnect), MetaMask, or the Hedera MetaMask snap. If the end user does not need to interact with your application using any sort of web3 wallet, please approach a Hedera representative to validate your approach first. ### 🧑‍⚖️ How are we judging it? 1. Completion of technical requirements 2. Completion of optional technical requirements 3. All projects will be considered and ranked on their merits. Our goal is to identify and reward the best projects overall. Criteria: Innovation: How new is the idea? Feasibility: How feasible is the idea? Execution: How well did the team develop / build the idea? Integration: How well does the idea / solution use Hedera etc.? Validation: What does the market think of the idea / solution? Success: Does the idea impact Hedera’s success metrics: accounts, active accounts, TPS etc.? Pitch: How well is the idea / solution presented / sold by the team? ### 🌎 Impact on the organization Driving AI-Blockchain Adoption and Integrations: This is an impactful bounty as compelling submissions can demonstrate how to marry AI and blockchain capabilities, highlighting completely new use cases and possibilities across industries. Making Life Easier for Developers: The best tools will simplify AI-agent development with robust libraries and plugins, increasing developer participation in the Hedera ecosystem. Grow Market Reach: Attracting AI-focused talent and businesses to Hedera is critical for continued adoption and innovation. This can have a positive impact on the network’s reputation with both AI and Web3 domains. ### 📚 Resources 1. Documentation Getting Started: https://docs.hedera.com/hedera/getting-started 2. Hedera Developer Playground: <https://portal.hedera.com/playground> 3. Eliza plugin repository: <https://github.com/hedera-dev/hedera-plugin-eliza> 4. Hedera Hackathon Starter Cheat Sheet: <https://github.com/hedera-dev/hedera-cheatsheets/blob/master/hedera-hackathon-starter-cheat-sheet-v1.pdf> 5. Documentation on Smart Contract Tutorials: <https://docs.hedera.com/hedera/tutorials/smart-contracts> 6. SDKs Documentation: https://docs.hedera.com/hedera/sdks-and-apis/sdks 7. Hedera Hivemind GPT: https://chatgpt.com/g/g-TuVHDmAdq-hedera-hivemind 8. Hedera Smart Contracts Workshop: <https://docs.hedera.com/hedera/tutorials/smart-contracts/hscs-workshop> 9. Hedera Code Snippets <https://github.com/hedera-dev/hedera-code-snippets> 10. Stackoverflow Hedera tag <https://stackoverflow.com/questions/tagged/hedera> 11. Hedera Discord Community <https://hedera.com/discord> (check out the developer-help-desk and developer-general channels) 12. Smart contract verification on Hashscan <https://docs.hedera.com/hedera/tutorials/smart-contracts/how-to-verify-a-smart-contract-on-hashscan> ### 👀 Some example use cases - AI-Powered DAO Governance: Deploy an AI agent to monitor, analyze, and recommend decisions for DAOs. - Supply Chain Automation: Use AI agents with Hedera Consensus Service to track shipments, identify bottlenecks, and suggest optimizations. - Tokenized Model Marketplaces: Create a marketplace for AI models (and/or training data) using Hedera Token Service to tokenize and trade ownership or access. - Predictive Asset Management: Use machine learning to forecast market trends, triggering automated transactions via Scheduled Transactions or smart contracts. ### 💼 Recruitment Opportunities <https://www.hashgraph.com/careers/>

Build and deploy EVM-based applications on Hedera, using the Hedera Smart Contracts and integrating key tools like Chainlink, Pyth, LayerZero, or HTS System Contracts. Optionally, use additional Hedera services for added innovation. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 20000 ### 🥇 Number of Projects Awarded 4 ### 🏆 Winner Breakdown 1st: 10,000 2nd: 6,000 3rd: 3,000 4th: 1,000 - Participants can submit their projects to multiple bounties we offer. However, each project will be eligible to win in only one category to ensure a wide distribution of rewards. - Submissions must be original and specifically developed for this hackathon. Projects found to be reusing code or concepts from previous hackathons will not be eligible. - All projects will be considered and ranked on their merits. Our goal is to identify and reward the best projects overall. **In the event that no submissions meet our qualifying criteria, we may adjust the distribution of the prize pool accordingly. ** ### 📝 Requirements 1. The web3 components of the application must be deployed on Hedera Mainnet, Hedera Testnet, or Hedera Previewnet.  1a. The application must use the Hedera Smart Contracts Service (Hedera EVM).  1b. In addition, the application must integrate at least one of: oracles, bridges, system contracts for the Hedera TokenService.  1c. Optionally, using more than one Hedera service significantly strengthens the submission. 2. The web2 components do not need to be deployed anywhere (localhost is fine). 3. All relevant source code must be in 1 or more open source public git repositories on Github. 4. Any smart contracts deployed should be verified on Hashscan. 5.  A short video presentation (5 minutes or less) of your project. ### ✅ What does a successful project look like? 1. Key Criteria for Success: 1a. Core Deployment:  - Smart contract deployed on Hedera using the Hedera Smart Contracts service.  - Contract successfully verified on Hedera. 1b. Integration: Application integrates at least one of: - Oracles (e.g., Chainlink, Pyth, Supra). - Bridges (e.g., LayerZero, HashPort). - Hedera-Native Wallet (e.g., HashPack, Kabila, Blade, MetaMask Snap) - HTS System Contracts (high-scoring bonus). 2. Optional Enhancements: - Use additional Hedera services like Accounts, Tokens, Consensus, Scheduled Transactions, or Mirror Node. 3. Possible Features: - Cross-chain Asset Transfer: Enable secure and smooth bridging of assets with LayerZero or HashPort. - Dynamic Pricing: Use Chainlink, Pyth, or Supra oracles for real-time, decentralized data feeds. Consider areas that can be disrupted, like insurance. - Tokenized Ecosystem: Use HTS System Contracts for token creation and management. - Decentralized Lending: Create a lending/borrowing platform with real-time asset pricing from oracles and HTS System Contracts for collateralized tokens. Note that the above are merely intended as examples/ possibilities, and they are not required - you may build your own use case that is unrelated to the above. ### 🎨 UI/UX Design Requirements 1. The application must have a functional user-interface, either: a. A command-line program. Must be packaged in a Docker container, as a standalone executable for Windows/Linux/MacOS, or otherwise easily executable with minimal setup (e.g. `npx …`) b. A browser-based DApp: The end user must be able to interact with your application using a Hedera Wallet (HashPack, Kabila, Blade – with Hedera WalletConnect), MetaMask, or the Hedera MetaMask snap. If the end user does not need to interact with your application using any sort of web3 wallet, please approach a Hedera representative to validate your approach first. ### 🧑‍⚖️ How are we judging it? 1. Completion of technical requirements 2. Completion of optional technical requirements 3. All projects will be considered and ranked on their merits. Our goal is to identify and reward the best projects overall. Criteria: Innovation: How new is the idea? Feasibility: How feasible is the idea? Execution: How well did the team develop / build the idea? Integration: How well does the idea / solution use Hedera etc.? Validation: What does the market think of the idea / solution? Success: Does the idea impact Hedera’s success metrics: accounts, active accounts, TPS etc.? Pitch: How well is the idea / solution presented / sold by the team? ### 🌎 Impact on the organization **1. Showcasing Hedera's Advantages**: This bounty will highlight for new builders Hedera's scalability, low fees, and security, positioning it as an outstanding platform for EVM-based applications and attracting long-term developers. **2. Facilitating DeFi and Web3 Innovation**: This bounty will be a fun exercise for devs to explore solutions in DeFi, cross-chain interoperability, and tokenized ecosystems. By highlighting winning projects, Hedera can increase its standing in emerging Web3 trends. **3. Strengthening Ecosystem Infrastructure**: After trying integrations with tools like oracles, bridges, and HTS System Contracts, developer feedback on the experience will help validate the value and those integrations or help drive improvements. **4. Expanding Developer Community**: The bounty encourages developers from around the world to try Hedera. This is a boost for awareness and usage, and contributes to network growth. ### 📚 Resources 1. Documentation Getting Started: https://docs.hedera.com/hedera/getting-started/evm-developers 2. Documentation on Smart Contract Tutorials: <https://docs.hedera.com/hedera/tutorials/smart-contracts> 3. Hedera Hackathon Starter Cheat Sheet: https://github.com/hedera-dev/hedera-cheatsheets/blob/master/hedera-hackathon-starter-cheat-sheet-v1.pdf 4. Hedera Hivemind GPT: https://chatgpt.com/g/g-TuVHDmAdq-hedera-hivemind 5. Hedera Smart Contracts Workshop: <https://docs.hedera.com/hedera/tutorials/smart-contracts/hscs-workshop> 6. Hedera Code Snippets <https://github.com/hedera-dev/hedera-code-snippets> 7. Stackoverflow Hedera tag <https://stackoverflow.com/questions/tagged/hedera> 8. Hedera Discord Community <https://hedera.com/discord> (check out the developer-help-desk and developer-general channels) 9. Smart contract verification on Hashscan <https://docs.hedera.com/hedera/tutorials/smart-contracts/how-to-verify-a-smart-contract-on-hashscan> ### 👀 Some example use cases - Yield Farming Aggregation: Build a yield optimizer that utilizes smart contracts to allocate user funds across various pools and integrates Hedera Token Service System Contracts for tokenized rewards. - Decentralized Physical Infrastructure (DePIN): Implement a network for tokenized ownership of real-world assets (e.g., IoT devices, renewable energy grids), using the Hedera Consensus Service for tamper-proof data and Hedera Token Service for asset management. - Event Ticketing Platforms: Build a secure, tokenized ticketing solution using Hedera Token Service to issue NFT tickets and Scheduled Transactions to enable time-based transfers or refunds. ### 💼 Recruitment Opportunities <https://www.hashgraph.com/careers/>

Build an application that uses at least one Hedera service (Accounts & cryptocurrency, Hedera Token Service, Hedera Consensus Service, Scheduled Transactions, Mirror Node). You can use more than one Hedera service in your application. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Feature Usage ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 5 ### 🏆 Winner Breakdown A total of $5,000 is allocated to reward outstanding projects. Up to five of the most exceptional submissions will each receive an equal share of the prize pool, amounting to $1,000 per project. - We welcome submissions that use Hedera services. Whether your project meets the minimum or goes beyond by meeting additional optional criteria, it stands a chance to be rewarded. - Participants can submit their projects to multiple bounties we offer. However, each project will be eligible to win in only one category to ensure a wide distribution of rewards. - Submissions must be original and specifically developed for this hackathon. Projects found to be reusing code or concepts from previous hackathons will not be eligible. - All projects will be considered and ranked on their merits. Our goal is to identify and reward the best projects overall. **In the event that no submissions meet our qualifying criteria, we may adjust the distribution of the prize pool accordingly. ** ### 📝 Requirements 1. The web3 components of the application must be deployed on Hedera Mainnet, Hedera Testnet, or Hedera Previewnet. The application must use at least 1 Hedera service. Optionally, using more than one Hedera service strengthens the submission. 2. The web2 components do not need to be deployed anywhere (localhost is fine). 3. All relevant source code must be in 1 or more open source public git repositories on Github. 4. Any smart contracts deployed should be verified on Hashscan. 5.  A short video presentation (5 minutes or less) of your project. ### ✅ What does a successful project look like? 1. Be sure to meet the technical requirements stated above, at minimum. 2. Beyond that, be creative and build what you like! 3. For success, aim for the following: 3a. Usage of at least 1 Hedera service: The application demonstrates a fundamental awareness of building on Hedera as a platform. At a minimum, the application should use the Hedera Token Service, the Hedera Consensus Service, scheduled transactions, accounts & cryptocurrency, or the Mirror Node API. 3b. Problem solving: The development of the application illustrates technical understanding. 3c. The code is written in an easily understood manner, utilizing comments and/or documentation. 4. The video and/or live presentations clearly explain the problem being solved, how your application addresses this problem, and the benefits of using your application. 5. Possible features: 5a. Decentralized Logging or Voting Systems: Use Hedera Consensus Service to ensure transparent, tamper-proof logging processes with near real-time verification. 5b. Tokenized Loyalty/Community Programs: Use the Hedera Token Service to create and manage tokens that reward customer or community engagement and transactions.  5c. Automated Schedulers for Value Exchanges: Use Scheduled Transactions to enable automated or recurring payments for things like subscriptions or service-based applications. 5d. Note that the above are merely intended as examples/ possibilities, and they are not required - you may build your own use case that is unrelated to the above. ### 🎨 UI/UX Design Requirements 1. The application must have a functional user-interface, either: a. A command-line program. Must be packaged in a Docker container, as a standalone executable for Windows/Linux/MacOS, or otherwise easily executable with minimal setup (e.g. `npx …`) b. A browser-based DApp: Must be published to a publicly accessible demo URL. The end user must be able to interact with your application using a Hedera Wallet (HashPack, Kabila, Blade – with Hedera WalletConnect), MetaMask, or the Hedera MetaMask snap. If the end user does not need to interact with your application using any sort of web3 wallet, please approach a Hedera representative to validate your approach first. ### 🧑‍⚖️ How are we judging it? 1. Completion of technical requirements 2. Completion of optional technical requirements 3. All projects will be considered and ranked on their merits. Our goal is to identify and reward the best projects overall. Criteria: Innovation: How new is the idea? Feasibility: How feasible is the idea? Execution: How well did the team develop / build the idea? Integration: How well does the idea / solution use Hedera etc.? Validation: What does the market think of the idea / solution? Success: Does the idea impact Hedera’s success metrics: accounts, active accounts, TPS etc.? Pitch: How well is the idea / solution presented / sold by the team? ### 🌎 Impact on the organization 1. Even simple projects can have a meaningful impact on Hedera by showcasing its capabilities, increasing its visibility, and attracting more developers to build on Hedera - especially ETH Denver developers! 2. By creating projects that are straightforward and easy to understand, developers new to Hedera demonstrate its capability and accessibility due to its services and easy-to-use SDKs. 3. Hedera showcases demo applications for developers in its ecosystem to learn from, and successful submissions to this bounty can become a part of that, and serve as an inspiration  or foundation for more complex projects. ### 📚 Resources 1. Documentation Getting Started: https://docs.hedera.com/hedera/getting-started 2. Hedera Developer Playground: <https://portal.hedera.com/playground> 3. SDKs Documentation: https://docs.hedera.com/hedera/sdks-and-apis/sdks 4. Hedera Code Snippets <https://github.com/hedera-dev/hedera-code-snippets> 5. Stackoverflow Hedera tag <https://stackoverflow.com/questions/tagged/hedera> 6. Hedera Discord Community <https://hedera.com/discord> (check out the developer-help-desk and developer-general channels) 7. Smart contract verification on Hashscan <https://docs.hedera.com/hedera/tutorials/smart-contracts/how-to-verify-a-smart-contract-on-hashscan> ### 👀 Some example use cases Although there are no specific use cases required for this bounty and creativity is encouraged, here are a few examples of use cases you could target: **Microtransactions Platform**: A peer-to-peer payment system enabling microtransactions with Hedera cryptocurrency transactions, offering an affordable way for online micro-payments. **Document Integrity Verification System**: A secure document storage solution using Hedera Consensus Service to ensure and verify that documents remain unaltered. **Event Registration System**: Leverages Hedera Consensus Service for a transparent and immutable ledger, perfect for managing event registrations, RSVPs, and attendance. Decentralized Voting Systems: Use Hedera Consensus Service to ensure transparent, tamper-proof logging processes with real-time verification. Tokenized Loyalty/Community Programs: Use the Hedera Token Service to create and manage tokens that reward customer or community engagement and transactions.  Automated Schedulers for Value Exchanges: Use Scheduled Transactions to enable automated or recurring payments for things like subscriptions or service-based applications. **Supply Chain Tracker**: Utilizes Hedera Consensus Service for real-time updates and Hedera Token Service for managing assets, improving transparency and efficiency in supply chain management. ### 💼 Recruitment Opportunities <https://www.hashgraph.com/careers/>

Build an engaging MiniApp for consumers using Farcaster Frames on Base  ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Early Stage Startup ### 💰 Prize Amount 25000.0 ### 🥇 Number of Projects Awarded 5.0 ### 🏆 Winner Breakdown 5 x $5,000 equal split. We are awarding equal amounts of $5,000 to each of the top five projects. If we get less than five projects, or they are not meeting our criteria, the prize money might change. If no project meets our criteria enough to win, we will explain why. ### 📝 Requirements A functioning interactive application using Farcaster Frames - Work must be deployed on Base  - Work that is open source and free for others to use. - Shared artifacts (GitHub, planning documents, and a short video). - For this hackathon, the project must be a new development in order to ensure equal opportunity. ### ✅ What does a successful project look like? Frames allow you to build interactive apps that can be accessed from a Farcaster social feed. This provides a built-in distribution model for mini-apps, helping builders go viral. We’re excited to see new onchain experiences created using frames that consumers enjoy and share with their friends. We want to see actual mini-apps created that people use! ### 🎨 UI/UX Design Requirements Must be a functioning frame accessible within the Farcaster social feed. ### 🧑‍⚖️ How are we judging it? Our evaluation criteria:  - Usefulness: solves a real problem and is of practical use to consumers - Accessibility: easy for anyone to access and use - Originality: solves a problem in an innovative and original way - ​Wow Factor: primarily measured on how well it performs its utility and intended purpose and pushes the boundaries of what possible with Onchain AI - Technicality: solution works as described ### 🌎 Impact on the organization Our goal is for Base to be open for everyone, and a platform where new use cases and technology implementations can flourish. The primary impact will be leveraging Frames and Base to create new types of consumer experiences and helping builders go viral ### 📚 Resources [Getting Started on Base](https://www.base.org/getstarted) - ​[Base Documentation](https://docs.base.org/) - [Introduction to Frames](https://docs.farcaster.xyz/developers/frames/v2/) - ​[Basenames](https://base.org/names) ([OnchainKit](https://docs.base.org/docs/basenames-tutorial-with-onchainkit/), [Wagmi](https://docs.base.org/docs/basenames-tutorial-using-wagmi/)) - ​[Coinbase Developer Platform](https://docs.cdp.coinbase.com/) - ​[Faucets](https://docs.base.org/docs/tools/network-faucets) ([CDP](https://portal.cdp.coinbase.com/products/faucet), [thirdweb](https://thirdweb.com/base-sepolia-testnet)) - ​[OnchainKit](https://onchainkit.xyz/) - ​[Smart Wallet](https://smartwallet.dev/) - ​[Based AI AgentKit](https://docs.cdp.coinbase.com/learn/docs/based-ai-agents) - [Discord](https://base.org/discord) - [Bridge to Base](https://base.org/discord) ### 👀 Some example use cases We’re looking for mini-apps that appeal directly to consumers and have the potential to go viral. This could be something fun, informative, social or financial - the room for create expression is wide open. ### 💼 Recruitment Opportunities <https://base.org/jobs>

Build new AI agents and applications on Base that can perform useful onchain actions using Coinbase's AgentKit and other Coinbase developer platform tools. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Early Stage Startup ### 💰 Prize Amount 25000.0 ### 🥇 Number of Projects Awarded 5.0 ### 🏆 Winner Breakdown 5 x $5,000 equal split. We are awarding equal amounts of $5,000 to each of the top five projects. If we get less than five projects, or they are not meeting our criteria, the prize money might change. If no project meets our criteria enough to win, we will explain why. ### 📝 Requirements To complete this bounty, you must create a functioning onchain app at a publicly accessible URL. Work must be deployed on Base.  Work that is open source and free for others to use. Shared artifacts (GitHub, planning documents, and a short video). For this hackathon, the project must be a new development in order to ensure equal opportunity. Encouraged: - Use of Agent Kit (or the core CDP SDK) - Integrating Basenames, OnchainKit, and Smart Wallet  - Creating a social media account for your agent ### ✅ What does a successful project look like? We’re looking for builders to use Base + AgentKit to create innovative, unique experiences that push the status quo of what’s possible using onchain apps. We’re excited to see consumer-facing projects with practical value that leverage the benefits of being onchain, the programmability of MPC Wallets, and the customizability enabled through streamlined API calls. We’re not looking for specific features but we are looking for agents and apps that solves problems for consumers using crypto and AI (see examples below). ### 🎨 UI/UX Design Requirements The agent/application must have a functional user-interface. Depending on the use-case this can be a mobile app, web app, social feed mini app or chat/voice interface. ### 🧑‍⚖️ How are we judging it? ​Our evaluation criteria:  - Usefulness: solves a real problem and is of practical use to consumers - Accessibility: easy for anyone to access and use - Originality: solves a problem in an innovative and original way - ​Wow Factor: primarily measured on how well it performs its utility and intended purpose and pushes the boundaries of what possible with Onchain AI - Technicality: solution works as described ### 🌎 Impact on the organization Our goal is for Base to be open for everyone, and a platform where new use cases and technology implementations can flourish. The primary impact will be leveraging AI to invent new ways to bring users onchain and discover utility. ### 📚 Resources [Getting Started on Base](https://www.base.org/getstarted) - ​[Base Documentation](https://docs.base.org/) - ​[Basenames](https://base.org/names) ([OnchainKit](https://docs.base.org/docs/basenames-tutorial-with-onchainkit/), [Wagmi](https://docs.base.org/docs/basenames-tutorial-using-wagmi/)) - ​[Coinbase Developer Platform](https://docs.cdp.coinbase.com/) - ​[Faucets](https://docs.base.org/docs/tools/network-faucets) ([CDP](https://portal.cdp.coinbase.com/products/faucet), [thirdweb](https://thirdweb.com/base-sepolia-testnet)) - ​[OnchainKit](https://onchainkit.xyz/) - ​[Smart Wallet](https://smartwallet.dev/) - ​[Based AI AgentKit](https://docs.cdp.coinbase.com/learn/docs/based-ai-agents) - [Discord](https://base.org/discord) - [Bridge to Base](https://base.org/discord) ### 👀 Some example use cases - A trading agent that implements automated trading logic based on user defined parameters - ​A Defi agent that can help users understand protocol opportunities and risks - Chat agent that can help people find useful information or support - ​A social agent that attracts attention and builds a following in order to become a distribution provider for other applications ### 💼 Recruitment Opportunities <https://base.org/jobs>

Best new EigenLayer AVS ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Feature Usage,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 20000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st place $10,000 2nd place $7,500 3rd place $2,500 ### 📝 Requirements Build and open source a new and unique AVS. Developers can build from scratch, fork "Hello World", or build with products like Othentic, Layer, AltLayer, or Tangle / Gadget ### ✅ What does a successful project look like? A successful AVS implementation should demonstrate: 1. A unique and valuable service that leverages EigenLayer's security - for example, a new type of oracle service, a novel verifiable AI solution, or a specialized computation service 2. Technical implementation requirements: - Implementation of the core AVS interfaces and middleware - Clear documentation of the service architecture and deployment process - Working proof-of-concept that demonstrates the service in action 1. Desired features: - Complete integration with EigenLayer's testnet - Proper handling of operator registration and management - Concrete examples of successful AVS could include: - A specialized oracle service for real-world gaming data - A privacy-preserving computation service - A cross-chain message verification service - A decentralized ML model training and serving platform Extra credit will be given to projects that demonstrate novel use cases, high potential for real-world adoption, and thorough testing and documentation. ### 🎨 UI/UX Design Requirements A well designed readme will be given extra credit. ### 🧑‍⚖️ How are we judging it? 1. Technical Implementation (35%) - Code quality and best practices - Completeness of implementation - Successful integration with EigenLayer testnet 1. Innovation & Utility (35%) - Uniqueness of the AVS use case - Potential impact and market need - Technical feasibility 1. Documentation & Presentation (30%) - Quality of technical documentation - Clear explanation of the service architecture - Deployment and testing instructions ### 🌎 Impact on the organization Successful AVS projects will help expand EigenLayer's ecosystem by demonstrating new real-world use cases for our restaking infrastructure, driving adoption and innovation in the space. ### 📚 Resources 1. EigenLayer Resources https://github.com/Layr-Labs/devQuickstart 2. EigenLayer Docs <https://docs.eigenlayer.xyz/> 3. EigenLayer Hello World <https://github.com/Layr-Labs/hello-world-avs> ### 👀 Some example use cases Anything novel Verifiable AI Prediction markets On-chain verification of arbitrary real-world data Verifiable agential infrastructure Privacy-Preserving Data Oracle Cross-Chain Bridge Validation Decentralized ML Model Inference Gaming State Validation Climate Data Verification Social Media Reputation Scoring Real-World Asset (RWA) Verification Decentralized File Storage Verification

Build an AI application or agent that leverages EigenLayer or an EigenLayer AVS, such as implementing verifiable inference, verifiable agent, AI model governance system, AI agent reputation system, or anything else you can imagine. A few examples of AVSs or rollups available to use are K3 Labs, Ava Protocol, Hyperbolic Labs, Gaia, Cyber, Mantle, Aevo, Hyperlane, eOracle, WitnessChain, or Lagrange, AltLayer, Predicate, Algned, Opacity, Redstone ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 20000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st place $7,000 2nd place $5,000 3rd place $3,500 ### 📝 Requirements 1. Include a working implementation of an AI application or agent using an EigenLayer AVS, or a new AI-focused AVS 2. Be open source with complete documentation 3. Include a functional prototype that can be cloned and run in some way, or used via web or API interface 4. Provide clear explanation of how the app or agent works ### ✅ What does a successful project look like? Novelty - A unique and interesting use case, agent, or application that provides real-world entertainment or value to the user Simple developer onboarding - Well-documented readme that is easy to understand - Clear demonstration of AI capabilities - Codebase should be able to be cloned and run to test out Innovation & Impact - Practical or entertaining use case - Potential for real-world adoption - Clear / easy to understand value proposition or use case ### 🎨 UI/UX Design Requirements Nice to haves: - Command-line interface or web-based dApp with intuitive user interactions or instructions - Public demo URL for browser-based applications or containerized package for CLI tools - Clear visualization of the verification process and AI system outputs ### 🧑‍⚖️ How are we judging it? Technical Implementation (40%) - completeness, a working prototype - Innovation & AI Impact (30%) - Uniqueness, practicality, and real-world potential - Documentation & Testing (20%) - Technical docs and deployment guides - User Experience (10%) - Interface quality and ease of use ### 🌎 Impact on the organization Successful AI projects will help establish EigenLayer as a key infrastructure for verifiable and trustworthy AI applications in Web3, advancing the frontier of what's possible with on-chain / verifiable AI. ### 📚 Resources - EigenLayer Resources https://github.com/Layr-Labs/devQuickstart - EigenLayer Docs[ https://docs.eigenlayer.xyz/](https://docs.eigenlayer.xyz/) - EigenLayer Hello World[ https://github.com/Layr-Labs/hello-world-avs](https://github.com/Layr-Labs/hello-world-avs) - Opacity Eliza Plugin <https://x.com/dabit3/status/1877056923092267066> ### 👀 Some example use cases Verifiable AI Model Inference - Validate and verify AI model outputs on-chain, ensuring transparency and correctness of AI predictions AI Agent Reputation System - Track and verify AI agent actions and build reputation scores based on their performance and reliability AI Model Governance - Create a decentralized system for validating AI model updates and ensuring compliance with safety parameters Secure Model Access Control - Manage and verify access to AI models while maintaining an immutable audit trail of all interactions AI Content Attribution - Validate the authenticity and provenance of AI-generated content to combat misinformation Cross-Chain AI Verification - Enable consistent and verified AI computations across different blockchain networks AI Safety Monitoring - Create verifiable checks and balances for AI system behaviors and safety compliance Decentralized Model Training Verification - Validate the training process and data quality for AI models in a decentralized way

Build an app using an EigenLayer AVS or EigenDA rollup. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup ### 💰 Prize Amount 10000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st place $7,000 2nd place $3,000 3rd place $2,000 ### 📝 Requirements Build an application that leverages an EigenLayer AVS or EigenDA. A few example AVSs are K3 Labs, Ava Protocol, Hyperbolic Labs, Gaia, Aevo, Hyperlane, eOracle, Cyber, Mantle, WitnessChain, or Lagrange, AltLayer, Predicate, Algned, Opacity, Redstone ### ✅ What does a successful project look like? Include a working implementation of an application using an EigenLayer AVS or EigenDA rollup Be open source with complete documentation Include a functional prototype that can be cloned and run in some way, or used via web or API interface Provide clear explanation of how the app works ### 🎨 UI/UX Design Requirements It should be functional for a "hello world" implementation, be open sourced, and be documented. ### 🧑‍⚖️ How are we judging it? Technical Implementation (40%) - completeness, a working prototype Innovation & AI Impact (30%) - Uniqueness, practicality, and real-world potential Documentation & Testing (20%) - Technical docs and deployment guides User Experience (10%) - Interface quality and ease of use ### 🌎 Impact on the organization Successful applications will help highlight EigenLayer AVS use cases and the potential for what can be built using EigenLayer. ### 📚 Resources EigenLayer Resources https://github.com/Layr-Labs/devQuickstart EigenLayer Ecosystem https://avsecosystem.eigenlayer.xyz/ Opacity Eliza Plugin https://x.com/dabit3/status/187705692309226706 ### 👀 Some example use cases Combining DeFI + AI Intelligent DeFi <https://www.blog.eigenlayer.xyz/intelligent-defi/> AI / AI Agents Prediction markets Anything creative or novel Social apps Launchpads of any type

AI Agent Interoperable dApp builder ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown We're giving prizes to the top 2 team projects, up to $2500. If we get less than 2 projects, or they're not meeting our criteria, the prize money might change. It could be between $1,000 and $5,000. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements Criteria: - App must integrate with at least 1 of the Superchain interop predeploys - User should be able to: Lock up assets on chainA / chainB and issues a SuperchainERC20 stablecoin on users preferred chain. Repay SuperchainERC20 stablecoin + fee to retrieve collateral.   ### ✅ What does a successful project look like? The ability to prompt an AI agent which automatically creates AND deploys interoperable smart contracts. You send some ETH to an agent, and then the agent will work for you for a period of time and deploy an interoperable contract of your choosing (eg. Uses the L2ToL2CrossDomainMessenger for something). ### 🎨 UI/UX Design Requirements (nice to have) Seamless and Transparent Abstraction - How well does the experience abstract away technical details (e.g., asset bridging, multi-chain logic) while ensuring users feel in control and informed? - Can users accomplish their goals smoothly, with interruptions limited to essential confirmations, which are clear, quick, and contextual? Feedback and Responsiveness - Does the system respond immediately to user actions, with clear feedback to confirm progress or completion? Error Prevention and Invisible Recovery - Does the system prevent errors wherever possible, and are recovery processes automatic or invisible to the user? Unified Design and Language - Are the visuals, terminology, and interaction patterns consistent across the entire experience? ### 🧑‍⚖️ How are we judging it? App must integrate with at least 1 of the Superchain interop predeploys ### 🌎 Impact on the organization OP Labs will be working closely with application developers experimenting with Interop devnets in order to receive actionable feedback. You will be crucial to the success, and future of Superchain Interop. ### 📚 Resources Resource Links: <https://console.optimism.io/getting-started> ### 👀 Some example use cases Highlight the efficiency and potential of Superchain interoperability in DeFi, creating an example of how multi-chain collateralized debt protocols can work with Superchain Interop.

Build an AI Agent which trades Superchain tokens across the Interop Devnet. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown We're giving prizes to the top 2 team projects, up to $2500 If we get less than 2 projects, or they're not meeting our criteria, the prize money might change. It could be between $1,000 and $5,000. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements Criteria:  - App must integrate with at least 1 of the Superchain interop predeploys - Build an AI agent which trades Superchain tokens & transfers them between ChainA and ChainB ### ✅ What does a successful project look like? Build an AI agent which takes advantage of the Superchain token standard (ERC 7802) and uses **Superchain Interop** to identify and execute trades and token transfers across multiple chains within the Superchain ecosystem. Start off by just having the agent deploy and transfer tokens, and then you can add fun stuff like having the agent trade or arb a DEX! ### 🎨 UI/UX Design Requirements Seamless and Transparent Abstraction - How well does the experience abstract away technical details (e.g., asset bridging, multi-chain logic) while ensuring users feel in control and informed? - Can users accomplish their goals smoothly, with interruptions limited to essential confirmations, which are clear, quick, and contextual? Feedback and Responsiveness - Does the system respond immediately to user actions, with clear feedback to confirm progress or completion? Error Prevention and Invisible Recovery - Does the system prevent errors wherever possible, and are recovery processes automatic or invisible to the user? Unified Design and Language - Are the visuals, terminology, and interaction patterns consistent across the entire experience? ### 🧑‍⚖️ How are we judging it? Criteria:  - App must integrate with at least 1 of the Superchain interop predeploys - Build an arbitrage bot that uses Superchain interop to arbitrage across a common DEX pools on ChainA and ChainB ### 🌎 Impact on the organization OP Labs will be working closely with application developers experimenting with Interop devnets in order to receive actionable feedback. You will be crucial to the success, and future of Superchain Interop. ### 📚 Resources Resource Links: <https://console.optimism.io/getting-started> ### 👀 Some example use cases **Use Case:** A trader wants to profit from price differences of the same token (e.g., ETH or SuperchainERC20 stablecoins) between DEX pools on **ChainA** and **ChainB. ** - **Use Case:** During volatile market conditions, token prices fluctuate rapidly between chains. - **Use Case:** A trader wants to minimize gas fees and ensure arbitrage profits are net positive.

Use Superchain interop to build a prediction market that to determine whether a set of actions happens on a set of chains ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown We're giving prizes to the top 2 team projects, up to $2500 If we get less than 2 projects, or they're not meeting our criteria, the prize money might change. It could be between $1,000 and $5,000. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements Criteria: - App must integrate with at least 1 of the Superchain interop predeploys - User should be able to use collaterol to bet on an outcome that happens on chainA and chainB. The resolution should use Superchain interop to determine if the outcome happens. ### ✅ What does a successful project look like? **CrossPredict**, a prediction market platform that leverages **Superchain Interop** to enable users to bet on outcomes tied to **events across multiple chains**. The platform should demonstrate how **Superchain Interop** can ensure transparent, efficient, and accurate resolution of bets by verifying events across ChainA and ChainB. Showcase the power of Superchain Interop in creating a **next-generation prediction market** that operates seamlessly across multiple chains, enhancing user engagement and ecosystem utility. ### 🎨 UI/UX Design Requirements Seamless and Transparent Abstraction - How well does the experience abstract away technical details (e.g., asset bridging, multi-chain logic) while ensuring users feel in control and informed? - Can users accomplish their goals smoothly, with interruptions limited to essential confirmations, which are clear, quick, and contextual? Feedback and Responsiveness - Does the system respond immediately to user actions, with clear feedback to confirm progress or completion? Error Prevention and Invisible Recovery - Does the system prevent errors wherever possible, and are recovery processes automatic or invisible to the user? Unified Design and Language - Are the visuals, terminology, and interaction patterns consistent across the entire experience? ### 🧑‍⚖️ How are we judging it? Criteria: - App must integrate with at least 1 of the Superchain interop predeploys - User should be able to use collateral to bet on an outcome that happens on chainA and chainB. The resolution should use Superchain Interop to determine if the outcome happens. **Accurate Outcome Resolution:** - The app should utilize Superchain Interop to query and verify outcomes (e.g., smart contract actions, on-chain metrics) across multiple chains, ensuring accurate and reliable bet resolutions. **Seamless Payout Mechanism:** - The app should enable payouts to users on their preferred chain, regardless of where the collateral was locked or the event occurred. ### 🌎 Impact on the organization OP Labs will be working closely with application developers experimenting with Interop devnets in order to receive actionable feedback. You will be crucial to the success, and future of Superchain Interop. ### 📚 Resources Resource Links:[ https://console.optimism.io/getting-started](https://console.optimism.io/getting-started) ### 👀 Some example use cases Showcase the power of Superchain Interop in creating a **next-generation prediction market** that operates seamlessly across multiple chains, enhancing user engagement and ecosystem utility. ### **Use Case: Cross-Chain Governance Outcomes** - **Scenario:** A DAO is holding votes on ChainA and ChainB to decide whether to deploy a new feature or fund a project. Users want to bet on whether the proposal will pass on one, both, or neither chain. - **How It Works:** - Users place bets on possible outcomes: 1. Proposal passes on **ChainA only**. 2. Proposal passes on **ChainB only**. 3. Proposal passes on **both ChainA and ChainB**. 1. Proposal fails on both chains. - The user locks collateral (e.g., SuperchainERC20 stables) on their preferred chain. - Once voting ends, the app uses **Superchain Interop** to query the results from both ChainA and ChainB. - The correct outcome is resolved, and payouts are distributed to winning users on their preferred chain.

Reflecting the idea of credentials and trust moving seamlessly across the Superchain. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown We're giving prizes to the top 2 team projects, up to $2500 If we get less than 2 projects, or they're not meeting our criteria, the prize money might change. It could be between $1,000 and $5,000. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements Criteria: - App must integrate with at least 1 of the Superchain interop predeploys - The app must utilize an **EAS attestation** as a trust primitive to validate user actions or credentials on ChainA and enable interactions with a smart contract on ChainB. - User should be able to use an attestation on chainA to be able to interact with a smart contract on chainB ### ✅ What does a successful project look like? An app that demonstrates multi-chain attestations by leveraging Superchain Interop and Ethereum Attestation Service (EAS). The app should allow users to prove an action, identity, or credential on ChainA and use that attestation to interact with a smart contract on ChainB. This highlights how trust and credentials can move across the Superchain, providing a new world of cross-chain interactions. ### 🎨 UI/UX Design Requirements Seamless and Transparent Abstraction - How well does the experience abstract away technical details (e.g., asset bridging, multi-chain logic) while ensuring users feel in control and informed? - Can users accomplish their goals smoothly, with interruptions limited to essential confirmations, which are clear, quick, and contextual? Feedback and Responsiveness - Does the system respond immediately to user actions, with clear feedback to confirm progress or completion? Error Prevention and Invisible Recovery - Does the system prevent errors wherever possible, and are recovery processes automatic or invisible to the user? Unified Design and Language - Are the visuals, terminology, and interaction patterns consistent across the entire experience? ### 🧑‍⚖️ How are we judging it? Criteria: - App must integrate with at least 1 of the Superchain interop predeploys - App must use an EAS attestation - User should be able to use an attestation on chainA to be able to interact with a smart contract on chainB ### 🌎 Impact on the organization OP Labs will be working closely with application developers experimenting with Interop devnets in order to receive actionable feedback. You will be crucial to the success, and future of Superchain Interop. ### 📚 Resources Resource Links:[ https://console.optimism.io/getting-started](https://console.optimism.io/getting-started) ### 👀 Some example use cases **Users should be able to:** - Generate or present an attestation on ChainA (e.g., proof of identity, membership, or completed action). - Use the attestation to interact with a smart contract on ChainB, such as granting access, unlocking features, or enabling transactions. **Reliable Cross-Chain Trust:** - The app should ensure that attestations are securely validated and relayed across chains, maintaining integrity and trustworthiness throughout the process. **User-Friendly Experience:** - Users should experience a straightforward and intuitive process for generating, validating, and utilizing attestations without needing to understand the underlying cross-chain complexity.

Use Superchain Interop to build a wallet that priortizes UX and abstracts the concepts of individual chains from the user. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown We're giving prizes to the top 2 team projects, up to $2500 If we get less than 2 projects, or they're not meeting our criteria, the prize money might change. It could be between $1,000 and $5,000. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements - App must integrate with at least 1 of the Superchain interop predeploys - User should be able to see an aggregated ETH and SuperchainERC20 balance and send ETH/SuperchainERC20 to an address  ### ✅ What does a successful project look like? Call it whatever the heck you wanna call it! Super, mega, awesome, w/e. A wallet that provides a **unified user experience** by abstracting away the complexities of individual chains. Leveraging **Superchain Interop**, the wallet should aggregate balances and enable seamless transfers of ETH and **SuperchainERC20 tokens** across the Superchain ecosystem. This wallet should serve as a showcase as a **user-friendly, **multi-chain environment. ### 🎨 UI/UX Design Requirements Seamless and Transparent Abstraction - How well does the experience abstract away technical details (e.g., asset bridging, multi-chain logic) while ensuring users feel in control and informed? - Can users accomplish their goals smoothly, with interruptions limited to essential confirmations, which are clear, quick, and contextual? Feedback and Responsiveness - Does the system respond immediately to user actions, with clear feedback to confirm progress or completion? Error Prevention and Invisible Recovery - Does the system prevent errors wherever possible, and are recovery processes automatic or invisible to the user? Unified Design and Language - Are the visuals, terminology, and interaction patterns consistent across the entire experience? ### 🧑‍⚖️ How are we judging it? - App must integrate with at least 1 of the Superchain interop predeploys - User should be able to see an aggregated ETH and SuperchainERC20 balance and send ETH/SuperchainERC20 to an address  ### 🌎 Impact on the organization OP Labs will be working closely with application developers experimenting with Interop devnets in order to receive actionable feedback. You will be crucial to the success, and future of Superchain Interop. ### 📚 Resources Resource Links:[ https://console.optimism.io/getting-started](https://console.optimism.io/getting-started) ### 👀 Some example use cases ### **Unified Multi-Chain Portfolio Management** - **Use Case:** A user holds ETH and SuperchainERC20 tokens across multiple chains within the Superchain ecosystem. - Instead of switching between chains, the wallet displays an **aggregated balance** of all holdings in one unified interface. - The user can monitor their portfolio's value without manually calculating cross-chain assets. ### **Cross-Chain Token Transfers** - **Use Case:** A user wants to send 50 USDs to a friend without worrying about which chain their USDs are currently on. - The wallet automatically sources the USDs from ChainA and ChainB, using **Superchain interop** to seamlessly complete the transfer. - The recipient receives the full 50 USDs in their wallet without needing to bridge tokens. ### **Gas Fee Optimization** - **Use Case:** A user needs to send ETH to pay for a service but wants to minimize gas fees. - The wallet identifies the chain with the lowest gas fees and sends the ETH from that chain, ensuring the user gets the most cost-effective transaction. ### **Gaming and NFT Purchases** - **Use Case:** A user holds ETH on ChainB but wants to purchase an NFT or gaming item on ChainA. - The wallet facilitates the payment by automatically transferring the required ETH to ChainA and completing the purchase in one step. ### **DeFi Collateral Management** - **Use Case:** A user has ETH distributed across ChainA and ChainB and wants to use it as collateral for a lending protocol. - The wallet aggregates the ETH across chains and interacts with the protocol, ensuring the user can seamlessly provide collateral without manually transferring assets.

Use Superchain interop build a Superchain flashloan product. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Feature Usage,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 4 ### 🏆 Winner Breakdown We're giving prizes to the top 4 team projects, up to $1250 If we get less than 4 projects, or they're not meeting our criteria, the prize money might change. It could be between $1,000 and $5,000. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements Criteria:  -App must integrate with at least 1 of the Superchain interop predeploys -User should be able to: Borrow ETH on chainA, use Superchain interop to sell ETH on chainB, buy ETH on chainB, Repay ETH loan on chainA and pocket the profit ### ✅ What does a successful project look like? Use collateral on ChainA and ChainB to execute an arbitrage opportunity on ChainA with interop devnets. ### 🎨 UI/UX Design Requirements Seamless and Transparent Abstraction - How well does the experience abstract away technical details (e.g., asset bridging, multi-chain logic) while ensuring users feel in control and informed? - Can users accomplish their goals smoothly, with interruptions limited to essential confirmations, which are clear, quick, and contextual? Feedback and Responsiveness - Does the system respond immediately to user actions, with clear feedback to confirm progress or completion? Error Prevention and Invisible Recovery - Does the system prevent errors wherever possible, and are recovery processes automatic or invisible to the user? Unified Design and Language - Are the visuals, terminology, and interaction patterns consistent across the entire experience? ### 🧑‍⚖️ How are we judging it? We want to see novel use cases built with the new possibilities available via interoperable apps on the Superchain. ### 🌎 Impact on the organization OP Labs will be working closely with developers experimenting with Interop devnets in order to receive actionable feedback. You will be crucial to the success, and future of Superchain Interop. ### 📚 Resources Resource Links: <https://console.optimism.io/getting-started> ### 👀 Some example use cases Interop Devnets enable unique applications, a new way of thinking through whats possible with your application.

Use Superchain interop to build a Superchain lend and borrow protocol. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown We're giving 2500 to two of the best projects. ### 📝 Requirements Criteria:  -App must integrate with at least 1 of the Superchain interop predeploys. -User should be able to: deposit ETH from ChainA or ChainB into a lend/borrow protocol for the best yield on ChainA or ChainB. -Extra credit: Automatically rebalances to ChainA or ChainB based on which vault is providing the highest yield. ### ✅ What does a successful project look like? Success for this bounty track is a fully functional **lend and borrow protocol** that showcases the power of **Superchain Interop**. It should allow users to seamlessly interact with yield-optimizing opportunities across multiple chains in the Superchain ecosystem. The protocol should deliver an intuitive user experience that leverages Superchain Interop to maximize efficiency and accessibility, aligning with the following key outcomes: 1. **Interoperable Integration:** - The app must integrate at least one **Superchain Interop predeploy**, demonstrating its ability to leverage cross-chain messaging or asset transfers. 2. **Seamless User Experience:** - Users should be able to **deposit ETH from ChainA or ChainB** into the protocol and easily allocate assets to the **best yield opportunities** on either chain without requiring manual bridging or chain-specific actions. 3. **Yield Optimization Across Chains:** - The protocol should automatically analyze and provide users with the **best available yield** across ChainA and ChainB, ensuring optimal asset performance for lenders and borrowers. 4. **Extra Credit – Automatic Rebalancing:** - Implement a feature that automatically rebalances deposits between ChainA and ChainB based on real-time yield fluctuations. This ensures user funds are always allocated to the most profitable vault without requiring manual intervention. ### 🎨 UI/UX Design Requirements Seamless and Transparent Abstraction - How well does the experience abstract away technical details (e.g., asset bridging, multi-chain logic) while ensuring users feel in control and informed? - Can users accomplish their goals smoothly, with interruptions limited to essential confirmations, which are clear, quick, and contextual? Feedback and Responsiveness - Does the system respond immediately to user actions, with clear feedback to confirm progress or completion? Error Prevention and Invisible Recovery - Does the system prevent errors wherever possible, and are recovery processes automatic or invisible to the user? Unified Design and Language - Are the visuals, terminology, and interaction patterns consistent across the entire experience? ### 🧑‍⚖️ How are we judging it? Criteria:  -App must integrate with at least 1 of the Superchain interop predeploys -User should be able to: deposit ETH from ChainA or ChainB into a lend/borrow protocol for the best yield on ChainA or ChainB. -Extra credit: Automatically rebalances to ChainA or ChainB based on which vault is providing the highest yield. ### 🌎 Impact on the organization OP Labs will be working closely with application developers experimenting with Interop devnets in order to receive actionable feedback. You will be crucial to the success, and future of Superchain Interop. ### 📚 Resources Resource Links: <https://console.optimism.io/getting-started> ### 👀 Some example use cases User should be able to: deposit ETH from ChainA or ChainB into a lend/borrow protocol for the best yield on ChainA or ChainB.

Use Superchain interop to build a Superchain swapping product.  ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown We're giving prizes to the top 2 team projects, up to $2500. ### 📝 Requirements Swap ETH for SuperchainERC20 across Chain A and/or ChainB for best price execution. ### ✅ What does a successful project look like? 1. **Interoperable Integration:** - SwapSmart integrates with the Superchain interop predeploy for **cross-chain liquidity sharing** and **price aggregation** between ChainA and ChainB. 2. **User Journey:** - A user on **ChainA** initiates a swap to convert 1 ETH into SuperchainERC20 (e.g., USDs). - The protocol queries liquidity pools on both ChainA and ChainB using the Superchain interop predeploy to discover the **best price** for the swap. - The swap is executed on the chain offering the most favorable rate, ensuring maximum value for the user. - The Superchain interop predeploy facilitates any necessary cross-chain token transfers or communication to finalize the swap. 3. **Extra Credit – Intelligent Routing:** - Implement a feature that automatically splits the swap across ChainA and ChainB (if beneficial) to optimize price and minimize slippage. ### 🎨 UI/UX Design Requirements Seamless and Transparent Abstraction - How well does the experience abstract away technical details (e.g., asset bridging, multi-chain logic) while ensuring users feel in control and informed? - Can users accomplish their goals smoothly, with interruptions limited to essential confirmations, which are clear, quick, and contextual? Feedback and Responsiveness - Does the system respond immediately to user actions, with clear feedback to confirm progress or completion? Error Prevention and Invisible Recovery - Does the system prevent errors wherever possible, and are recovery processes automatic or invisible to the user? Unified Design and Language - Are the visuals, terminology, and interaction patterns consistent across the entire experience? ### 🧑‍⚖️ How are we judging it? Criteria: - App must integrate with at least 1 of the Superchain interop predeploys - User should be able to: Swap ETH for SuperchainERC20 across ChainA and ChainB for best price execution ### 🌎 Impact on the organization OP Labs will be working closely with application developers experimenting with Interop devnets in order to receive actionable feedback. You will be crucial to the success, and future of Superchain Interop. ### 📚 Resources Resource Links: <https://console.optimism.io/getting-started> ### 👀 Some example use cases - **Use Case:** A trader wants to swap ETH for a SuperchainERC20 token, such as USDs, and get the best price across chains. - They initiate a swap on **ChainA**, and the protocol discovers better liquidity or pricing on **ChainB**. - The protocol executes the swap on ChainB and transfers the tokens back to ChainA, optimizing both price and efficiency.

Smart contracts running on ICP and connect to the LLM canister to easily call LLMs, can run autonomously, sign transactions on more than 20 blockchains and communicate using HTTPS API calls. Use these features to build an onchain (AI) agent or a plugin for existing agent frameworks like ElizaOS or LangChain. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 13000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown - 1st place: $7000 - 2nd place: $4000 - 3rd place: $2000 DFINITY Foundation reserves the right to reward less than the total number of awards or award amount if the quality of submissions doesn’t meet criteria. ### 📝 Requirements We want to see projects that use the unique features ICP has to offer. The project has to be original and not a rework of existing projects. The following must be included: - Demo video with code walkthrough, including architecture description (if applicable), with voice-over or subtitles. - Working dapp deployed on ICP mainnet, with canister IDs provided. - Project repository on Github, open source license included in the repo (see choosealicense.com). - Documentation for local development and a general project description. - For pre-hackathon projects, include details of new additions and reference branches with new development. ### ✅ What does a successful project look like? What makes makes ICP stand out is its combination of cross-chain capabilities and unique protocol features you won’t find on any other blockchain: - LLM Caniste <https://forum.dfinity.org/t/introducing-the-llm-canister-deploy-ai-agents-with-a-few-lines-of-code/41424>r: a set of tools that allows ICP canisters to connect to LLMs easily - Low-cost, massive storage: Up to 400GB of data per smart contract - Smart contracts that can make HTTPS requests - Timers: Execute smart contract code at specific intervals - Secure randomness: True on-chain randomness - Chain Fusion: Threshold signatures enable seamless interaction with Bitcoin, EVM chains, Solana, and more - Etc These unique features make ICP an ideal platform for building truly onchain agents or for extending functionality of existing agent frameworks like ElizaOS and LangChain. A successful submission solves a real user problem in the agent space, and leverages the unique features of ICP to do so. See previous hackathon winners: [https://dfinity.org/hackathons](https://dfinity.org/hackathons/) ### 🎨 UI/UX Design Requirements ICP offers the ability to host the frontend of a dapp from a canister smart contract. Use this feature for your submission. Other than that, there are no specific UI/UX requirements. In general, the UI/UX should be intuitive and user-friendly, usability is more important than aesthetics. ### 🧑‍⚖️ How are we judging it? - Creativity: How innovative is the project and its use of ICP? - Usefulness: Does the project make sense and provide tangible value? - Functionality: Is the dapp fully functional and aligned with its goals? - Presentation: Is the project well-described and clearly presented? - Completeness: How far was the project taken, and does it achieve its intended functionality? - Demo quality: Does the video effectively convey the idea, demonstrate the flow, and include a code walkthrough? - Code quality: Is the code well-structured, documented, and maintainable? - Documentation quality: Are local development, architecture, build/deployment, mainnet canisters, and ICP features clearly documented? - Bonus: Does the project incorporate chain fusion features or provide feedback on ICP’s chain-key signatures and integrations? ### 🌎 Impact on the organization Putting ICP tech into the hands of new developers will help us understand the potential of the technology and refine our product roadmap. By exploring diverse use cases, teams can uncover innovative applications that highlight ICP’s strengths and limitations. Your feedback will directly influence future enhancements, ensuring the platform evolves to meet real developer needs. ### 📚 Resources Learning material: LLM Canister <https://forum.dfinity.org/t/introducing-the-llm-canister-deploy-ai-agents-with-a-few-lines-of-code/41424> including a Motoko package <https://mops.one/llm> and Rust library <https://docs.rs/ic-llm/latest/ic_llm/> - AI That Is A Smart Contract: Why And How by Dominic Williams: <https://www.youtube.com/watch?v=IPCSUI-1dKo> - Contributing to External AI Agent Frameworks: <https://forum.dfinity.org/t/contributing-to-external-ai-agent-frameworks/38944> - ICP DeAI working group: <https://forum.dfinity.org/t/technical-working-group-deai/24621> - ICP Hackathon learning resources, video tutorials etc: <https://dfinity.org/hackathons> - Developer Forum: [https://forum.dfinity.org](https://forum.dfinity.org/) Example projects: Demo of a chatbot using the LLM Canister: https://vgjrt-uyaaa-aaaal-qsiaq-cai.icp0.io/ - Pickpump ICP Plugin that enables Eliza agents to create meme coins on ICP by connecting to the Pickpump canister: <https://github.com/asDNSk/eliza/blob/nekone/packages/plugin-icp/> - Running a trusted execution environment on ICP: <https://github.com/ldclabs/ic-tee> - Dollar cost average (DCA) agent example: <https://github.com/ic-alloy/ic-alloy-dca> - llama.cpp for the Internet Computer: <https://github.com/onicai/llama_cpp_canister> - Open-source repository for AI deployment on ICP: <https://github.com/decide-ai/decide-ai-ic> - If you need any help or support, please ask us online here <t.me/icpbuildathon> ### 👀 Some example use cases Currently, agents run mostly offchain and interact with blockchains only to perform transactions. We would like to see more agent functionality move onchain!  Leverage the ICP platform to build decentralized alternatives to the plugins that already exist for agent platforms such as ElizaOS and LangChain: - Access secure onchain randomness for trading strategies or games. - Massive cheap decentralised storage for agents - Manage signing keys securely using threshold cryptography chain key signatures - Sign transactions on 20+ chains, mint and send tokens - define access control rules for your multi chain smart contract wallet deployed on the ICP - agent can only transfer X amount of ETH per day - agent can only trade X amount of USDC on Uniswap deployed on Arbitrum - agent can only interact with certain pools ICP can act as a verification layer that enables trusted, auditable, and verifiable AI agents. Create modules or tools that track all of the actions of an AI agent curated on any popular AI agent framework such as [Eliza](https://github.com/elizaOS/eliza) or [ZerePy](https://github.com/blorm-network/ZerePy). Another option is to run the whole agent onchain, on ICP. In that case, the ICP platform itself acts as the agent framework. We define an “agent” as a process that runs and performs actions independently on behalf of users or groups of users. Examples: - An agent that monitors market conditions and executes trades that meet certain criteria, see forum discussion: <https://forum.dfinity.org/t/decentralised-traiding-competitions/36814> - An auto-managed index fund that periodically rebalances itself - An agent that interacts with offchain AI systems to process information about anything from trading strategies to NFT content. ### 💼 Recruitment Opportunities DFINITY offers a developer grant program with the goal to catalyze growth of the Internet Computer ecosystem. Grant amounts range from $5.000 to $100.000. More information: <https://dfinity.org/grants> For open positions, see: <https://dfinity.org/about/#jobs>

Smart contracts running on ICP can run autonomously, sign transactions on more than 20 blockchains and communicate with the outside world using HTTPS API calls. Use these features to build an Web3 app that couldn’t be built anywhere else. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 13000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown - 1st place: $7000 - 2nd place: $4000 - 3rd place: $2000 DFINITY Foundation reserves the right to reward less than the total number of awards or award amount if the quality of submissions doesn’t meet criteria. ### 📝 Requirements We want to see projects that use the unique features ICP has to offer. The project has to be original and not a rework of existing projects. The following must be included: - Demo video with code walkthrough, including architecture description (if applicable), with voice-over or subtitles. - Working dapp deployed on ICP mainnet, with canister IDs provided. - Project repository on Github, open source license included in the repo (see choosealicense.com). - Documentation for local development and a general project description. - For pre-hackathon projects, include details of new additions and reference branches with new development. ### ✅ What does a successful project look like? What makes makes ICP stand out is its combination of cross-chain capabilities and unique protocol features you won’t find on any other blockchain:  - Low-cost, massive storage: Up to 400GB of data per smart contract - Smart contracts that can make HTTPS requests - Timers: Execute smart contract code at specific intervals - Secure randomness: True on-chain randomness - Chain Fusion: Threshold signatures enable seamless interaction with Bitcoin, EVM chains, Solana, and more  - Etc These features enable applications that simply can’t be built anywhere else, setting ICP apart from other blockchain platforms. Leverage the unique power of ICP to build an app that couldn't be built anywhere else! Whether it’s enabling Bitcoin payments directly from an ICP smart contract, executing Ethereum smart contract logic across chains, or hosting a multichain dapp with massive low-cost storage, your app should showcase what can only be achieved on ICP. See previous hackathon winners: [https://dfinity.org/hackathons](https://dfinity.org/hackathons/) ### 🎨 UI/UX Design Requirements ICP offers the ability to host the frontend of a dapp from a canister smart contract. Use this feature for your submission. Other than that, there are no specific UI/UX requirements. In general, the UI/UX should be intuitive and user-friendly, usability is more important than aesthetics. ### 🧑‍⚖️ How are we judging it? Judging criteria: - Creativity: How innovative is the project and its use of ICP? - Usefulness: Does the project make sense and provide tangible value? - Functionality: Is the dapp fully functional and aligned with its goals? - Presentation: Is the project well-described and clearly presented? - Completeness: How far was the project taken, and does it achieve its intended functionality? - Demo quality: Does the video effectively convey the idea, demonstrate the flow, and include a code walkthrough? - Code quality: Is the code well-structured, documented, and maintainable? - Documentation quality: Are local development, architecture, build/deployment, mainnet canisters, and ICP features clearly documented? - Bonus: Does the project incorporate chain fusion features or provide feedback on ICP’s chain-key signatures and integrations? ### 🌎 Impact on the organization Putting ICP tech into the hands of new developers will help us understand the potential of the technology and refine our product roadmap. By exploring diverse use cases, teams can uncover innovative applications that highlight ICP’s strengths and limitations. Your feedback will directly influence future enhancements, ensuring the platform evolves to meet real developer needs. ### 📚 Resources ICP Hackathon learning resources, video tutorials etc: <https://dfinity.org/hackathons> - Encode ICP Chain Fusion YouTube tutorials: <https://www.youtube.com/playlist?list=PLfEHHr3qexv9qCNVfSE150Ntndczub5NR> - Developer Forum: [https://forum.dfinity.org](https://forum.dfinity.org/) Example projects: - A multiuser Ethereum wallet built on ICP: <https://github.com/ic-alloy/ic-alloy-basic-wallet> - Toolkit, perform EVM operations from ICP: <https://github.com/ic-alloy/ic-alloy-toolkit> - Use Sign in with Ethereum (SIWE) to login to an ICP app: <https://github.com/kristoferlund/ic-siwe-react-demo-rust> - A canister for indexing RUNE UTXOs on bitcoin: <https://github.com/octopus-network/ord-canister> - Ordinals Inscription Canister: <https://github.com/domwoe/inscription_canister> ### 👀 Some example use cases - Onchain games:** **Simple dice or card games that use ICP’s secure randomness for fair gameplay. - Reminder service: A canister that relies on timers and HTTPS outcalls to send you notifications at certain times. Monitor onchain transactions or send yourself any reminder at a future date. - Extend an ETH dapp onto ICP:** **Use the external login features to allow users to seamlessly interact with ICP using their wallet of choice. - Native BTC Coinflip: Implement a coinflip game with Bitcoin, handled entirely within a canister using ICP’s chain fusion and randomness features. - Cross-Chain Crowdfunding Platform: Build a decentralized crowdfunding platform where users can contribute funds in Bitcoin, Ethereum, or other tokens using ICP’s direct blockchain integrations. - Better DAO governance tools: Allow DAO members to vote on proposals or to participate in discussions. Use chain key technology to execute decisions in a decentralized way.  - Cross-Chain Canister Managed Index Fund: Develop a canister-based index fund that manages assets across multiple blockchains. ### 💼 Recruitment Opportunities DFINITY offers a developer grant program with the goal to catalyze growth of the Internet Computer ecosystem. Grant amounts range from $5.000 to $100.000. More information: <https://dfinity.org/grants> For open positions, see: <https://dfinity.org/about/#jobs>

Blockchains can keep secrets! vetKeys, a coming ICP feature, will let apps host encrypted data at scale. Build applications leveraging onchain encryption with vetKeys to enable private messaging, secret auctions, time-lock encryption, and more. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 13000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown - 1st place: $7000 - 2nd place: $4000 - 3rd place: $2000 DFINITY Foundation reserves the right to reward less than the total number of awards or award amount if the quality of submissions doesn’t meet criteria. ### 📝 Requirements We want to see projects that use the unique features ICP has to offer. The project has to be original and not a rework of existing projects. The following must be included: - Demo video with code walkthrough, including architecture description (if applicable), with voice-over or subtitles. - Working dapp deployed on ICP mainnet, with canister IDs provided. - Project repository on Github, open source license included in the repo (see choosealicense.com). - Documentation for local development and a general project description. - For pre-hackathon projects, include details of new additions and reference branches with new development. ### ✅ What does a successful project look like? What makes makes ICP stand out is its combination of cross-chain capabilities and unique protocol features you won’t find on any other blockchain:  - Low-cost, massive storage: Up to 400GB of data per smart contract - Smart contracts that can make HTTPS requests - Timers: Execute smart contract code at specific intervals - Secure randomness: True on-chain randomness - Chain Fusion: Threshold signatures enable seamless interaction with Bitcoin, EVM chains, Solana, and more  - Etc A successful project will leverage these features together with the vetKeys protocol feature to build an application that showcases the unique capabilities of ICP.  Uses cases for vetKeys include but are not limited to: - End-to-end encryption - Secure file storage - Secure messaging See previous hackathon winners: [https://dfinity.org/hackathons](https://dfinity.org/hackathons/) ### 🎨 UI/UX Design Requirements ICP offers the ability to host the frontend of a dapp from a canister smart contract. Use this feature for your submission. Other than that, there are no specific UI/UX requirements. In general, the UI/UX should be intuitive and user-friendly, usability is more important than aesthetics. ### 🧑‍⚖️ How are we judging it? Judging criteria: - Creativity: How innovative is the project and its use of ICP? - Usefulness: Does the project make sense and provide tangible value? - Functionality: Is the dapp fully functional and aligned with its goals? - Presentation: Is the project well-described and clearly presented? - Completeness: How far was the project taken, and does it achieve its intended functionality? - Demo quality: Does the video effectively convey the idea, demonstrate the flow, and include a code walkthrough? - Code quality: Is the code well-structured, documented, and maintainable? - Documentation quality: Are local development, architecture, build/deployment, mainnet canisters, and ICP features clearly documented? - Bonus: Does the project incorporate chain fusion features or provide feedback on ICP’s chain-key signatures and integrations? ### 🌎 Impact on the organization Putting ICP tech into the hands of new developers will help us understand the potential of the technology and refine our product roadmap. By exploring diverse use cases, teams can uncover innovative applications that highlight ICP’s strengths and limitations. Your feedback will directly influence future enhancements, ensuring the platform evolves to meet real developer needs. ### 📚 Resources vetKeys Overview: <https://internetcomputer.org/docs/current/references/vetkeys-overview/> - vetKeys Overview video: https://www.youtube.com/watch?v=ksxuuDUTB4Q - vetKeys Community Conversations - <https://www.youtube.com/watch?v=baM6jHnmMq8> - <https://www.youtube.com/watch?v=-u97HhHTSQI> - Developing an encrypted notes dapp with vetKeys: <https://internetcomputer.org/docs/current/tutorials/developer-journey/level-5/5.1-vetKeys-tutorial> - vetKD API: <https://internetcomputer.org/docs/current/references/samples/rust/vetkd/> - ICP Hackathon learning resources, video tutorials etc: <https://dfinity.org/hackathons> - Developer Forum: [https://forum.dfinity.org](https://forum.dfinity.org/) Example projects - Encrypted notes: <https://github.com/dfinity/examples/tree/master/motoko/encrypted-notes-dapp-vetkd> - Earlier vetKey bounty winners: <https://forum.dfinity.org/t/closed-bnt-8-vetkeys-enabling-privacy-preserving-applications-on-the-ic/21294/82> - Mini IP Manager, sample code and support library: <https://github.com/shipstone-labs/vetkd-utils> ### 👀 Some example use cases Being able to hold secrets onchain enables a wide range of use cases! vetKeys will support IBE (Identity-Based Encryption), allowing publicly available identifiers like email or Ethereum addresses to derive a public encryption key. It also makes time-lock encryption, secret-bid auctions, and similar models straightforward. Some concrete examples we’d like to see built: - Turn-based games where players’ moves are encrypted until the turn ends - End-to-end encrypted messaging - Secret-bid auctions - Voting systems where votes remain encrypted until the voting period ends ### 💼 Recruitment Opportunities DFINITY offers a developer grant program with the goal to catalyze growth of the Internet Computer ecosystem. Grant amounts range from $5.000 to $100.000. More information: <https://dfinity.org/grants> For open positions, see: <https://dfinity.org/about/#jobs>

Build a user-facing dApp that showcases an exceptional UX by leveraging Okto’s embedded, interoperable wallet features and session key delegation. Focus on crafting seamless on-chain interactions, making complex Web3 processes feel as simple as Web2 for the end-user. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 10000.0 ### 🥇 Number of Projects Awarded 7.0 ### 🏆 Winner Breakdown ### **Winner Breakdown** - 1st Place: $3,000 - 2nd Place: $2,000 - 3rd Place: $1,000 - 4th Place: $1,000 - 5th Place: $1,000 - 6th Place: $1,000 - 7th Place: $1,000 If we get less than seven projects, or they're not meeting our criteria, the prize money might change. It could be between $1,000 and $9,000. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements 1. **Demonstrate Breakthrough UX**: Your dApp must feature a live or prototype interface that demonstrably improves on-chain interaction. Showcase "before-and-after" UX improvements versus traditional Web3 flows. Focus on aspects like: a. **Effortless Onboarding**: Showcase social logins and embedded walletsfor seamless user entry. b. **Seamless Delegated Access**: If applicable, highlight the use of session keys for streamlined delegated actions and permissions. c. **Single-Click Actions:** Implement single-click transactions for common on-chain tasks. 2. **Leverage Okto SDK & Session Keys**: The dApp must utilize the Okto SDK for on-chain functionalities. Demonstrate the creation and management of session keys to enable delegated access to specific actions/intents and policy limits. 3. **Leverage Intents**: Focus on showcasing exceptional UX for single-chain operations on EVM networks using Okto Intents (Raw Transaction, Token/NFT Transfer). 4. **Optional – Intent Translation SDK**: Build a SDK (library) that takes high-level instructions from a user or application and translates them into the specific, low-level RAW Transaction Intents that can be processed by Okto. 5. **Public GitHub Repo**: Provide a public GitHub repo with a README. 6. **Live Demo**: Provide a deployed URL, and a fully integrated UI, and complete the Okto project submission form: https://forms.gle/VN19AYHnvm7V5qe2A. ### ✅ What does a successful project look like? - **Polished UI/UX**: The dApp should feel approachable and intuitive, even for users completely new to crypto. Web2-level simplicity is the target. - **Meaningful On-Chain Actions**: Showcase smooth, user-friendly execution of single-chain actions using Okto Intents (e.g., token transfers, NFT transfers, or smart contract calls). - **Accurate Intent Interpretation (Intent SDK): **The SDK must correctly interpret high-level developer instructions and translate them into valid, executable blockchain transactions via Okto Raw Transaction Intents. - **Clear Value Proposition**: Clear demonstration of how the dApp solves real user pain points in Web3 by leveraging Okto’s wallet features and session key delegation capabilities. ### 🎨 UI/UX Design Requirements - Must be a prototype with a real or mock UI. - Design UI to minimize the number of steps required to complete common on-chain actions. - Focus on creating smooth transitions, minimizing signing prompts, and eliminating any user confusion about underlying chain mechanics. - Prioritize user interfaces that feel familiar and intuitive to users accustomed to Web2 applications. ### 🧑‍⚖️ How are we judging it? 1. **User Experience** – Intuitive design, minimal user effort, overall smoothness and simplicity of the dApp. 2. **Technical Implementation** – Proper and effective usage of Okto SDK for embedded wallets, session key delegation, and on-chain interactions. 3. **Design Appeal** – Aesthetically pleasing layout and well-structured user flows. 4. **Real-World Applicability**– Potential for real-world adoption, practical use cases, and user benefit. 5. **Documentation & Demo**– Quality of code, clarity of README, and effectiveness of video or live demo. ### 🌎 Impact on the organization This bounty will highlight Okto’s power in drastically reducing UX friction in Web3. It will showcase how embedded wallets and session key delegation can pave the way for truly user-friendly, Web2-like experiences for same-chain intents and Web3 applications, unlocking novel use cases impossible with traditional dApps. ### 📚 Resources Okto SDK Builder's Guide: <https://sustaining-pigment-5a3.notion.site/Developer-Resources-1900527461008079b345dc3dd9302ef6> ### 👀 Some example use cases - A donation platform with transparent on-chain transaction histories and one-click donation flows, showcasing social logins and embedded wallets for effortless giving. - A tokenized loyalty program app allowing users to earn and redeem points across multiple blockchains seamlessly. -**Streaming Services**: Deploy a token or NFT “pass” for premium features, airdrop content-based tokens to loyal watchers. - **Splitwise-like Payment App**: Manage group expenses in stablecoins, showcasing simplified settlements and on-chain group wallets with user-friendly payment flows - **NFT-based trading card game**: Players experience simplified deck ownership and in-game NFT transactions, highlighting easy onboarding and seamless in-game NFT management. - A quest-based game where players complete tasks to earn token rewards. - **Simplified NFT Contract Deployment SDK:** One-Line NFT Contract Deployment. Deploy EVM NFT contracts with minimal code – abstracts compilation, scripts, and raw transactions. Just provide parameters, and deploy! - **Bulk NFT/Token Management SDK**: Effortless Bulk NFT/Token Operations. Simplify bulk minting, transfers, and marketplace listings for NFTs and tokens. Efficient batch processing via Raw Transaction Intents built-in. ### 💼 Recruitment Opportunities Okto is always on the lookout for exceptional talent to join our growing ecosystem. Winners may pitch for Okto Grants or explore roles with us. Stay updated about opportunities by joining our **Developer Discord** and contributing to the Okto ecosystem!

Develop innovative DeFi use cases deployed directly on HyperEVM, leveraging the Okto SDK for seamless user onboarding, embedded wallet features, and on-chain interactions. Focus on creating novel financial instruments, or enhancing the overall UX within the HyperEVM ecosystem. Bonus points to those building mobile applications or PWAs that bring HyperEVM DeFi to users' fingertips! ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 10000.0 ### 🥇 Number of Projects Awarded 7.0 ### 🏆 Winner Breakdown ### **Winner Breakdown** - 1st Place: $3,000 - 2nd Place: $2,000 - 3rd Place: $1,000 - 4th Place: $1,000 - 5th Place: $1,000 - 6th Place: $1,000 - 7th Place: $1,000 If we get less than seven projects, or they're not meeting our criteria, the prize money might change. It could be between $1,000 and $9,000. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements 1. **HyperEVM Deployment:** The application must be deployed and fully functional on the HyperEVM testnet. 2.** Okto SDK Integration:** Utilize the Okto SDK for managing user wallets, and facilitating on-chain operations within your HyperEVM dApp. This includes seamless onboarding, transaction execution, and interaction with HyperEVM smart contracts. 3. **Core DeFi Feature on HyperEVM**: Build at least one core DeFi feature that leverages HyperEVM's unique capabilities. 4. **Working Demo on Hyperliquid Testnet**: Provide a functional demo deployed on Hyperliquid's testnet, clearly showcasing the DeFi application's functionality and Okto SDK integration. 5. **Mobile-First or PWA Bonus**: Bonus points will be awarded to projects built as mobile applications or PWAs that demonstrate a strong mobile-first user experience. While web-based dApps are acceptable, mobile focus is highly encouraged. 6. **Deployed Demo & UI**: Provide a deployed URL, and a fully integrated UI, and complete the Okto project submission form: https://forms.gle/VN19AYHnvm7V5qe2A. ### ✅ What does a successful project look like? - **HyperEVM Utilization:** The dApp must demonstrably leverage the unique features and performance advantages of the HyperEVM. -** User Experience**: Ease of use for managing DeFi strategies on HyperEVM with Okto integration. Focus on a clean and intuitive user experience. -** Innovation**: Demonstrates a novel approach to DeFi or significantly improves upon existing solutions. -** Mobile-First UX (Bonus)**: Projects with a strong mobile-first user experience, particularly PWAs, will be judged favorably. ### 🎨 UI/UX Design Requirements - **User-Friendly dApp**: Design an intuitive interface for navigating and using DeFi services. -** Efficiency: **Prioritize efficiency in user flows. Enable one-click or minimal interaction for key DeFi actions like wallet management, and trading on HyperEVM. -** Data Visualization:** Include clear and informative dashboards or views for transaction history, performance metrics, or other relevant data. ### 🧑‍⚖️ How are we judging it? 1. **Technical Proficiency:** Proper and efficient implementation of the Okto SDK and HyperEVM's unique blockchain features. 2. **User Interface**: Quality, intuitiveness, and mobile-friendliness of the user interface for interacting with DeFi services. 3.**Innovation**: Creativity and originality of the DeFi use case, and the degree of improvement or innovation demonstrated. 4. **Performance & Stability**: Reliability and stability of the application under simulated or real-world conditions. 5 **Documentation & Demo** – Quality of code, clarity of README, and effectiveness of video or live demo. ### 🌎 Impact on the organization This bounty will catalyze the development of cutting-edge and performant DeFi applications directly on HyperEVM, showcasing HyperEVM's potential as a leading DeFi platform. It will also powerfully demonstrate the effectiveness of the Okto SDK in simplifying the development process and enhancing the user experience for HyperEVM-based DeFi applications, attracting new developers and users to both ecosystems. ### 📚 Resources Okto SDK Builder's Guide: <https://sustaining-pigment-5a3.notion.site/Developer-Resources-1900527461008079b345dc3dd9302ef6> ### 👀 Some example use cases -** Meme Coin Creation and Trading Platform**: A platform that allows users to easily create, launch, and trade meme coins directly on HyperEVM, leveraging its speed and low fees for meme coin markets. -** Next-Gen HyperEVM AMM**: An AMM specifically designed to leverage HyperEVM's high throughput and low latency for a superior trading experience. - **Yield Optimization Vaults**: Automated strategies for maximizing yield on HyperEVM-based DeFi protocols. - **Decentralized Order Book Exchange**: Leveraging HyperEVM's speed to create a high-performance order book DEX. - **Novel Financial Instruments:** Create innovative derivative products or synthetic assets utilizing HyperEVM's smart contract capabilities. ### 💼 Recruitment Opportunities Okto is always on the lookout for exceptional talent to join our growing ecosystem. Winners may pitch for Okto Grants or explore roles with us. Stay updated about opportunities by joining our Developer Discord and contributing to the Okto ecosystem!

Develop an AI-powered agent that implements social or trading functionalities, leveraging the Okto SDK for on-chain operations and wallet abstraction. This could be a social bot that tips or rewards users across chains, a trading bot that executes strategies across multiple networks, or a combination of both. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown - 1st Place: $2,500 - 2nd Place: $1,500 - 3rd Place: $1,000 If we get less than three projects, or they're not meeting our criteria, the prize money might change. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements 1. **AI Agent Implementation:** Build an AI-powered agent (like a chatbot or trading bot) that interacts with users through a messaging (Discord, Telegram, web UI, etc.). 2. **Okto SDK Integration:** The AI agent must use the Okto SDK for all on-chain activities, including tipping, reward distribution, wallet management, and any other blockchain interactions. 3. **AI-Driven Functionality:** The AI component must demonstrably enhance the agent’s functionality, providing added value through intelligent user interaction, content generation, personalized experiences, or automated decision-making related to on-chain actions. 4. **Session Key Delegation Showcase:** Demonstrate the use of Okto session keys for delegated access within your AI agent. Highlight how session keys enable seamless, automated, and secure on-chain actions initiated by the AI agent on behalf of users, without compromising user control. 5. **Okto Eliza Plugin Usage(Optional):** For streamlined development, consider leveraging the [Okto Eliza Plugin](https://github.com/okto-hq/eliza-plugin). This plugin provides pre-built actions and services that simplify common Okto SDK functionalities, such as retrieving account information, fetching token balances, and more. 6. **Deployed Demo & UI:** Provide a deployed URL for a fully integrated UI (if applicable) or a clear demonstration of the agent's functionality within a messaging platform. Complete the Okto project submission form: https://forms.gle/VN19AYHnvm7V5qe2A. ### ✅ What does a successful project look like? - **Effective AI Use:** Clear and demonstrable added benefit from the AI component in the agent's core functionality (social interaction, content generation, or task automation). - **Seamless Delegated Access via Session Keys:** The AI agent should effectively leverage Okto session keys to automate on-chain actions in a seamless and secure manner, showcasing the power of delegated access. - **Clear User Benefits:** The AI agent should provide tangible user benefits, such as improved community engagement, streamlined workflows, personalized experiences, or novel social interactions powered by Web3. ### 🎨 UI/UX Design Requirements - For a social bot, ensure simple commands, clear prompts, and user guidance. - If it's a trading bot, have user-friendly configurations and clear performance metrics ### 🧑‍⚖️ How are we judging it? 1. **AI Relevance and Innovation** – How effectively is AI integrated to enhance the agent's core functionality? How innovative is the AI-driven approach to social interaction or task automation within Web3? 2. **Okto Integration** – Proper and impactful usage of Okto SDK features, particularly showcasing the power of session key delegation for automated on-chain actions. 3. **Social or Trading Impact** – Effectiveness in creating meaningful engagement or improving trading. 4. **UX and Accessibility **– Ease of onboarding and clarity of the AI-driven features and agent interactions. 5.** Documentation & Demo **– Quality of code, clarity of README, and effectiveness of video or live demo ### 🌎 Impact on the organization This bounty will demonstrate Okto’s ability to support AI-powered applications and automate complex on-chain functionalities through delegated access. It will showcase the Okto SDK as a powerful tool for building real-world, user-centric applications that leverage the power of both AI and Web3. ### 📚 Resources - Okto SDK Builder's Guide: <https://sustaining-pigment-5a3.notion.site/Developer-Resources-1900527461008079b345dc3dd9302ef6> - Okto Eliza Plugin: https://github.com/okto-hq/eliza-plugin ### 👀 Some example use cases - A Discord or Telegram bot that tips users with tokens across multiple chains. - A trading bot that uses sentiment analysis to predict token trends and execute trades. - A social feed that uses AI to recommend on-chain activities based on user's interests. - Entry-gating communities based on NFTs or interests. ### 💼 Recruitment Opportunities Okto is always on the lookout for exceptional talent to join our growing ecosystem. Winners may pitch for **Okto Grants** or explore roles with us. Stay updated about opportunities by joining our **Developer Discord** and contributing to the Okto ecosystem!

Signing every tx, dealing with popups, & relying on third-party wallets are some of the worst parts of crypto UX. Build with ZKSync SSO SDK to bring Web2-like UX to your app. SSO (Smart Sign-on) SDK is a toolkit for devs to create 10x better onboarding experience for onchain apps and enables: 🧩 Modular smart accounts based on ERC-7579 🔑 Passkey authentication (no seed phrases) ⏰ Sessions w/ easy configuration and management 💰 Integrated paymaster support ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 9000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st Place gets $4,000 2nd Place gets $3,000 3rd Place gets $2,000 **If there are not three top projects, we might only give out some of the prizes listed above, or we may adjust prize amounts.** ### 📝 Requirements 1. **Integration of ZKSync SSO SDK** 1. Your project **must** use the ZKSync SSO SDK for wallet onboarding. 2. The SDK should be implemented as the **primary** authentication method for users to onboard. 2. **Deploy **the App on** ZKSync Era **Testnet or Mainnet 3. Provide a **working demo** of your app where the SSO login can be tested. 1. Submit a public GitHub repository with the code. ### ✅ What does a successful project look like? Successful submissions must showcase a seamless integration of the ZKSync SSO SDK, with the app deployed on ZKSync Era Mainnet or Testnet and a fully functional front end. While we encourage all creative implementations, some preferred categories include: - Gaming – SSO-powered onboarding for onchain games (session-based) - Social – Passkey authentication (no seed phrases) for Web3 social apps - DeFi – Simplified wallet onboarding with sponsored gas (paymaster feature enabled) for DeFi apps ### 🎨 UI/UX Design Requirements 1. Design with the **end-user in mind** — consider their **journey, needs, and potential pain points** 2. Maintain a **consistent design language** across all screens and interactions 3. Bonus: Dark mode supported ### 🧑‍⚖️ How are we judging it? Completeness & Execution (**40%**) UX & Usability (**30%**) Creativity & Originality (**20%**) Impact & Usefulness (**10%**) ### 📚 Resources StarterKits and Tutorials: <https://github.com/zkSync-Community-Hub/eth-denver-2025> - README: <https://github.com/matter-labs/zksync-sso> - Doc Link(s): <https://docs.zksync.io/zksync-era/unique-features/zksync-sso> - Guides: <https://docs.zksync.io/zksync-era/unique-features/zksync-sso/getting-started> - DEMO: <https://nft.zksync.dev/> - Some example apps: <https://github.com/matter-labs/zksync-sso/tree/main/examples>

Launch an AI agent on ZKsync Era. Your agent should interact with smart contracts, execute onchain actions, or automate tasks. The best usecase or MVP wins!  ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 7000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st Place gets $4,000 2nd Place gets $2,000 3rd Place gets $1,000 **If there are not three top projects, we might only give out some of the prizes listed above, or we may adjust prize amounts.** ### 📝 Requirements 1. **Deploy the App on ZKSync Era Testnet** 2. **Live Demo & Code Repository**Provide a **working demo** of your app 1. Submit a public GitHub repository with the code ### ✅ What does a successful project look like? Successful submissions must showcase a working prototype of the ai agent. We encourage all creative implementations. ### 🎨 UI/UX Design Requirements - Design with the **end-user in mind** — consider their **journey, needs, and potential pain points** - Maintain a **consistent design language** across all screens and interactions ### 🧑‍⚖️ How are we judging it? Completeness & Execution (**40%**) UX & Usability (**30%**) Creativity & Originality (**20%**) Impact & Usefulness (**10%**) ### 🌎 Impact on the organization The primary impact will be proving that the best things on the internet _happen_ onchain. ### 📚 Resources Starterkits and tutorials: <https://github.com/zkSync-Community-Hub/eth-denver-2025> Doc Link: <https://docs.zksync.io/zksync-era/guides> Guides: <https://code.zksync.io/>

Build the next generation of products on ZKsync to onboard millions of users. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Early Stage Startup ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown 1st Place gets $3,000 2nd Place gets $2,000 **If there are not three top projects, we might only give out some of the prizes listed above, or we may adjust prize amounts.** ### 📝 Requirements 1. **Deploy the App on ZKSync Era Testnet** 2. **Live Demo & Code Repository**Provide a **working demo** of your app 1. Submit a public GitHub repository with the code ### ✅ What does a successful project look like? Successful submissions must showcase a working prototype of the idea. We encourage all creative implementations. ### 🎨 UI/UX Design Requirements - Design with the **end-user in mind** — consider their **journey, needs, and potential pain points** - Maintain a **consistent design language** across all screens and interactions ### 🧑‍⚖️ How are we judging it? Completeness & Execution (40%) UX & Usability (30%) Creativity & Originality (20%) Impact & Usefulness (10%) ### 📚 Resources Starterkits and tutorials: <https://github.com/zkSync-Community-Hub/eth-denver-2025> Doc Link: <https://docs.zksync.io/zksync-era/guides> Guides: <https://code.zksync.io/>

Build ZK apps on ZKsync Era. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Early Stage Startup,On-chain Security ### 💰 Prize Amount 4000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown 1st Place gets $2500 2nd Place gets $1500 **If there are not three top projects, we might only give out some of the prizes listed above, or we may adjust prize amounts.** ### 📝 Requirements 1. **Deploy the App on ZKSync Era Testnet** 2. **Live Demo & Code Repository**Provide a **working demo** of your app 1. Submit a public GitHub repository with the code ### ✅ What does a successful project look like? Successful submissions must showcase a working prototype of the dapp. We encourage all creative implementations. ### 🎨 UI/UX Design Requirements - Design with the **end-user in mind** — consider their **journey, needs, and potential pain points** - Maintain a **consistent design language** across all screens and interactions ### 🧑‍⚖️ How are we judging it? Completeness & Execution (40%) UX & Usability (30%) Creativity & Originality (20%) Impact & Usefulness (10%) ### 📚 Resources Starterkits and tutorials: <https://github.com/zkSync-Community-Hub/eth-denver-2025> Doc Link(s): <https://docs.zksync.io/zksync-era/guides> Guides: <https://code.zksync.io/>

🚀 Calling all DePIN builders! Supercharge your projects with **DePIN Client Hub** and resource from our** U2U DePIN Subnet**—your gateway to seamless integration, optimized performance, and limitless scalability. Join the revolution and start building the future of decentralized infrastructure today! ⚡🔥 ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 13000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown **1st Place**: $6,000 **2nd Place**: $4,000 **3rd Place**: $3,000 If there are not three top projects, we might only give out some of the prizes listed above, or we may adjust prize amounts. If no project is good enough to win, we'll explain why. ### 📝 Requirements - Builders must **utilize DePIN Client Hub and Resource Subnet** to showcase innovative and impactful use cases. - Having at least MVP on **U2U Network Testnet** - Public project Github or add these two github account : ndlong91, lewtran ### ✅ What does a successful project look like? A winning submission should: - Integrate **DePIN Client Hub** for coordination, networking, or resource sharing. - Leverage resource from** U2U DePIN Subnet** for decentralized computation, storage, or connectivity. - Demonstrate a functional prototype, clear technical implementation, and measurable impact. - Deploy on **U2U Network Testnet** ### 🎨 UI/UX Design Requirements - Please demonstrate with a potential DePIN user in mind, showcasing where the benefits flow for all users parties even if it B2B or B2C - No strict UX/UI requirements—we prioritize technical implementation - If introducing a new feature for a decentralized infrastructure product, provide a simple UI/UX demonstration where possible to illustrate its impact on participating parties. ### 🧑‍⚖️ How are we judging it? We are looking for **high-impact, technically sound** projects that effectively utilize the **DePIN Client Hub** and resource from **U2U DePIN Subnet** to push the boundaries of decentralized infrastructure. The judging criteria will be based on the following key factors: ### **1️⃣ Technical Implementation (40%)** - **Effective Use of DePIN Client Hub & resource from** **U2U DePIN Subnet**: How well does the project integrate these components? ### **2️⃣ Innovation & New Use Cases (30%)** - **Novelty**: Is this a fresh idea that pushes the DePIN space forward? - **Utility**: Does it solve a real problem in DeFi, AI, IoT, RWA tokenization, or other sectors? - **Ecosystem Fit**: How well does it align with and enhance the **U2U DePIN Ecosystem**? ### **3️⃣ Real-World Impact & Adoption Potential (20%)** - **Direct Benefits to Users & Product Participants**: How does the project improve user experience or efficiency? - **Adoption Readiness**: Can the project be easily integrated into existing ecosystems? - **Business & Economic Viability**: Could this become a sustainable DePIN business? ### **4️⃣ UI/UX & Usability (10%)** _(Optional, but valued if included)_ - **Clarity & Accessibility**: Is the project intuitive for users and developers? - **Demonstration of Use Case**: If applicable, does the UI clearly showcase the impact of the new feature? 🚀 **Final Decisions & Onboarding** Winning projects **may be onboarded into the U2U DePIN Ecosystem** for further development, grants, or investment opportunities. If a project shows outstanding promise but needs refinement, we may offer additional guidance and support. ### 🌎 Impact on the organization This bounty aims to drive innovation by encouraging builders to develop **new DePIN-powered products** utilizing the **DePIN Client Hub** and resource from **U2U DePIN Subnet**. By leveraging these tools, participants can create decentralized infrastructure solutions that enhance scalability, efficiency, and real-world usability. Through developers taking on this challenge we hope to:  - New concepts in **decentralized computing, storage, or networking** - Use cases that improve **dApps, DeFi, AI, IoT, or real-world asset tokenization** - Projects that strengthen **U2U’s DePIN Ecosystem** and create long-term value ### 📚 Resources - **Docs :** <https://docs.u2u.xyz/> - **Github : **<https://github.com/unicornultrafoundation/blockscout> - **Explorer : **https://u2uscan.xyz/graphiql ### 👀 Some example use cases Any Idea is welcome, ultilize DePIN Client Hub and Resource Subnet in a meaningful products is a good approach. We highly looking for products using Resource Subnet as hardware resource source.

🚀 Calling all GameFi builders! Supercharge your projects with LayerG and resource from our U2U DePIN Subnet—your gateway to seamless integration, optimized performance, and limitless scalability. Join the revolution and start building the future of decentralized infrastructure today! ⚡🔥 ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 3000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown **1st Place**: $2,000 **2nd Place**: $1,000 ### 📝 Requirements - Deploy on **U2U Network Testnet** - Demonstrate a functional prototype, clear technical implementation, and measurable impact. - Prefer using **LayerG **as core infrastructure - Public project Github or add these two github account : ndlong91, lewtran ### ✅ What does a successful project look like? - **Technical Excellence**: Solid implementation of onchain game mechanics and decentralized features - **Innovative Gameplay**: A unique and engaging game concept that uses blockchain to enhance the experience. - **Scalability**: Demonstrating the ability to handle multiple players and in-game transactions efficiently on U2U. - **Integration with U2U Network**: Seamlessly using **LayerG** and **resource by U2U DePIN Subnet** for game backend and player interactions. ### 🎨 UI/UX Design Requirements **Intuitive Interface**: Easy navigation with clear actions and minimal onboarding. Optimize for both desktop and mobile. **Real-Time Feedback**: Display transaction statuses and provide quick notifications for in-game actions. **Visible Onchain Assets**: Show assets and transaction history directly within the game interface. **Wallet Integration**: Simple wallet connection (e.g., MetaMask) and clear transaction confirmation. **Engaging Design**: Immersive visuals and engaging gameplay elements like progression indicators and rewards. **Security & Privacy**: Transparent privacy policies and secure transactions, with clear error handling and helpful support options. ### 🧑‍⚖️ How are we judging it? We’ll evaluate projects based on the following key criteria to ensure they meet both technical and user experience standards for a **fully onchain game**: **Technical Implementation (40%)** - Effective use of blockchain for game logic and assets - Scalability and decentralized gameplay - Smart contract integration **Innovation & Game Design (30%)** - Fresh and creative game concept - Engaging mechanics, progression, and rewards **User Experience (20%)** - Intuitive, user-friendly UI/UX - Clear transaction status and asset visibility - Smooth cross-device experience **Blockchain & Wallet Integration (10%)** - Easy wallet connection (e.g., MetaMask, U2U Super App) - Clear transaction flow for players ### 🌎 Impact on the organization This bounty will drive the creation of **fully onchain games** that leverage **U2U Network's decentralized infrastructure**, expanding its ecosystem. By integrating **LayerG** and resource from **U2U DePIN Subnet**, winning projects will enhance **scalability**, **transparency**, and **security**, offering a new wave of **blockchain-powered gaming** that directly benefits the **U2U Network** and its participants. ### 📚 Resources Docs : <https://docs.u2u.xyz/> LayerG Docs : <https://docs.layerg.xyz/getting-started/architecture-overview> Github : <https://github.com/unicornultrafoundation/blockscout> Explorer : <https://u2uscan.xyz/graphiql>

We are inviting developers to create innovative SocialFi applications on the U2U Network, leveraging the power of Ermis for seamless, decentralized social experiences. SocialFi combines the best of social media and decentralized finance, enabling users to engage, create, and earn within a fully transparent, tokenized environment. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 3000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown **1st Place**: $2,000 **2nd Place**: $1,000 ### 📝 Requirements Deploy on **U2U Network Testnet** - Demonstrate a functional prototype, clear technical implementation, and measurable impact. - Prefer using **Ermis** as core infrastructure (Crosschain Messaging, Livestream SDK) - Public project Github or add these two github account : ndlong91, lewtran ### ✅ What does a successful project look like? - **Technical Excellence**: Solid implementation of socialize mechanics and decentralized features - **Innovative Concept**: A unique and engaging product concept that uses blockchain to enhance the experience. - **Scalability**: Demonstrating the ability to handle multiple users and in-app transactions efficiently on U2U. - **Integration with U2U Network**: Seamlessly using Ermis for crosschain communicate or livestream feature. ### 🎨 UI/UX Design Requirements **Seamless Onboarding** – Simple wallet login, clear user guidance, and frictionless sign-up. - **Intuitive Social Experience** – Familiar UI (feeds, profiles, interactions) with smooth navigation. - **Tokenized Economy Visibility** – Clear display of rewards, staking, and earnings or any onchain activities - ·**Privacy & Security Transparency** – Users control data and permissions, with Ermis-powered scalabilities. - **Real-Time Engagement** – Instant feedback on interactions, transactions, and content visibility. ### 🧑‍⚖️ How are we judging it? **Technical Implementation (40%)** - Uses **Ermis Infrastructure** for decentralization and security. - Efficient **smart contract integration** for social interactions and tokenized rewards. - Scalable and performant for real-time engagement. **Innovation & Features (30%)** - Unique **SocialFi model** with engaging monetization strategies. - Creative use of **tokenized rewards, DAOs, or decentralized identity**. - Interoperability with other dApps and ecosystems. **User Experience (20%)** - **Seamless onboarding** and wallet integration. - **Intuitive UI/UX**, similar to Web2 social platforms but Web3-powered. - Real-time engagement and transparent content ownership. **Adoption & Impact (10%)** - Practical use cases for creators, communities, and users. - Potential to onboard new users to **U2U Network**. **Success = A fully decentralized, engaging, and scalable SocialFi platform with real user incentives!** 🚀 ### 🌎 Impact on the organization This bounty will drive the creation of **SocialFi **that leverage **U2U Network's decentralized infrastructure**, expanding its ecosystem. By integrating **Ermis**, winning projects will enhance **scalability**, **transparency**, and **security**, offering a new wave of **blockchain-powered social network **that directly benefits the **U2U Network** and its participants. ### 📚 Resources Docs : <https://docs.u2u.xyz/> Ermis Docs : [https://docs.ermis.network/JavaScript/doc ](https://docs.ermis.network/JavaScript/doc) Github : <https://github.com/unicornultrafoundation/blockscout> Explorer : <https://u2uscan.xyz/graphiql>

We invite builders to create **NFTFi products** or **NFT collections** leveraging the **U2U Network**. This bounty focuses on **financial utilities for NFTs** and innovative **NFT-based ecosystems**, combining **decentralization, liquidity, and real utilities**. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 3000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown **1st Place**: $2,000 **2nd Place**: $1,000 ### 📝 Requirements **Built on U2U Network** – Must utilize **U2U’s decentralized infrastructure** for security and scalability. - **NFTFi Functionality or Collection Utility** – - **For NFTFi**: Implement **lending, staking, fractionalization, or yield mechanics**. - **For NFT Collections**: Provide **real utility** (governance, access, social reputation, etc.). - **Onchain & Decentralized Storage** – Metadata and assets must be stored on **a decentralized network**. - **Seamless User Experience** – Intuitive **UI/UX**, clear NFT ownership display, and easy marketplace or DeFi integration. - **Smart Contract Implementation** – Secure and efficient **contract logic** ensuring trustless interactions. - Public project Github or add these two github account : ndlong91, lewtran Projects must **demonstrate creativity, usability, and financial impact** within the NFT ecosystem on **U2U Network** to qualify for rewards!  ### ✅ What does a successful project look like? A successful **NFTFi** or **NFT Collection** on **U2U Network** will: - **Enhance NFT Utility** – Real financial or functional value. - **Leverage U2U Infrastructure** – Secure, decentralized, and scalable. - **Seamless UX** – Smooth marketplace, lending, or staking experience. - **Drive Adoption** – Engaging and innovative NFT mechanics. **Key Features:** - **NFTFi**: Lending, staking, fractional ownership, liquidity pools. - **NFT Collections**: Governance, reputation, gaming, or dynamic NFTs ### 🎨 UI/UX Design Requirements - **Seamless Onboarding** – Easy wallet integration and intuitive navigation. - **Clear Asset Display** – NFT ownership, value, and utility should be visually transparent. - **Effortless Transactions** – Smooth buying, selling, staking, or lending experience. - **Responsive & Accessible** – Optimized for mobile and web users. - **Engaging Visuals** – High-quality NFT previews, metadata, and interactive elements. **Goal:** A frictionless, user-friendly experience that enhances NFT adoption on **U2U Network**! 🚀 ### 🧑‍⚖️ How are we judging it? **Technical Implementation (40%)** - Effective use of **U2U Network** (decentralization, smart contracts). - Seamless **NFT interactions** (buying, selling, staking). - **Innovation & Features (30%)** - Unique **NFT utility** (governance, reputation, etc.). - Creative **NFTFi models** (staking, liquidity pools). - **User Experience (20%)** - **Intuitive UI/UX** with easy wallet integration. - Clear display of **NFT value** and transactions. - **Adoption & Impact (10%)** - **Scalability** and **user engagement** potential. **Focus on innovative, user-friendly, and decentralized NFT solutions!** 🚀 ### 🌎 Impact on the organization This bounty will help **expand the NFT ecosystem** on **U2U Network** by: - **Driving Innovation**: Encouraging unique NFTFi models and utility-driven collections that push the boundaries of what NFTs can do. - **Enhancing User Adoption**: Creating engaging, easy-to-use platforms that attract new users and increase participation. - **Increasing Liquidity**: Integrating financial services like lending, staking, and fractional ownership to boost the value and utility of NFTs. - **Strengthening the Ecosystem**: Bringing more diverse projects into **U2U Network**, growing its impact and real-world applications. ### 📚 Resources Docs : <https://docs.u2u.xyz/> Github : <https://github.com/unicornultrafoundation/blockscout> Explorer : <https://u2uscan.xyz/graphiql>

We invite developers to create innovative **RWA solutions** on the **U2U Network** that bridge the gap between traditional assets and decentralized finance. Your project should focus on tokenizing or integrating real-world assets into a blockchain-based ecosystem, leveraging U2U’s robust, decentralized infrastructure to unlock liquidity and real-world utility. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 3000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown **1st Place**: $2,000 **2nd Place**: $1,000 ### 📝 Requirements **Built on U2U Network** – Your solution must utilize U2U’s decentralized infrastructure for security, scalability, and transparency. - **Real-World Asset Integration** – Demonstrate how traditional assets (real estate, commodities, art, etc.) can be tokenized or managed on-chain. - **Smart Contract Implementation** – Secure, efficient, and trustless logic to manage asset ownership, transfer, or yield generation. - **Seamless User Experience** – A user-friendly interface with easy wallet integration and clear asset tracking. - **Regulatory Awareness** – (Optional) Consider including features that help with compliance or reporting if applicable to the asset class. - Public project Github or add these two github account : ndlong91, lewtran ### ✅ What does a successful project look like? - **Real-World Utility**: Providing tangible financial or operational benefits to asset holders. - **Bridging Traditional & Decentralized Finance**: Offering a seamless path from off-chain assets to on-chain representation. - **Innovative Asset Management**: Features like fractional ownership, staking, or yield generation for tokenized assets. - **Scalable & Secure Integration**: Robust technical implementation that ensures asset integrity and user trust. ### 🎨 UI/UX Design Requirements - **Intuitive Onboarding**: Easy wallet integration and a clear guide for new users to interact with tokenized assets. - **Transparent Asset Display**: Clear dashboards showing asset details, ownership, and performance metrics. - **Effortless Transactions**: Smooth, real-time interactions for asset transfers, lending, or trading. - **Responsive Design**: Optimized for both desktop and mobile, ensuring accessibility for all users. - **Visual Trust Elements**: Incorporate visual cues that confirm transaction security and asset authenticity. ### 🧑‍⚖️ How are we judging it? **Technical Implementation (40%)** - Effective use of **U2U Network’s infrastructure** for secure and scalable operations. - Robust **smart contract design** for asset tokenization and management. - Smooth integration of off-chain asset data (e.g., via oracles). - **Innovation & Features (30%)** - Creative approaches to tokenizing and utilizing real-world assets. - Unique features that add clear value (e.g., fractional ownership, yield generation). - Interoperability with traditional finance or other blockchain ecosystems. - **User Experience (20%)** - Intuitive and user-friendly UI/UX design. - Clear asset tracking and easy transaction flows. - Effective onboarding and educational components for non-expert users. - **Adoption & Impact (10%)** - Potential for broad market adoption and real-world utility. - Ability to drive liquidity and new user participation in the U2U ecosystem. - Demonstrated use cases that show tangible benefits for asset holders. ### 🌎 Impact on the organization This RWA bounty aims to expand the U2U ecosystem by: - **Bridging Traditional and Decentralized Finance**: Bringing real-world assets onto the blockchain to unlock new liquidity pools. - **Driving Innovation**: Encouraging creative solutions that redefine asset ownership, lending, and valuation. - **Increasing Adoption**: Attracting traditional asset holders to the decentralized world and broadening the user base. - **Enhancing Trust & Transparency**: Leveraging U2U’s secure, decentralized infrastructure to build confidence in on-chain asset management. ### 📚 Resources Docs : <https://docs.u2u.xyz/> Github : <https://github.com/unicornultrafoundation/blockscout> Explorer : <https://u2uscan.xyz/graphiql> ### 👀 Some example use cases - **Fractional Ownership**: Enabling users to buy or sell fractions of high-value assets. - **Asset-Backed Lending/Borrowing**: Using tokenized assets as collateral for decentralized finance. - **Dynamic Asset Valuation**: On-chain or oracle-driven valuation mechanisms to reflect real-world price movements. - **Interoperability**: Seamless integration with existing financial systems or other blockchain platforms.

Fair launches represent the purest form of decentralized distribution, ensuring no insiders, team members, or early investors receive special allocations. Instead, everyone has equal access from the start, with no pre-minting, backroom deals, or early advantages. This bounty looks to find the best fair-launched projects on AO created during this hackathon across two categories: **Utility Fair Launch** – Projects that integrate a fair-launch token or Atomic Assets (NFTs) into a useful dApp, protocol, or game. **Meme Fair Launch** – Purely community-driven launches, such as meme tokens or social experiments, that rely on messaging/branding rather than utility. The best projects will be judged based on fairness, execution, transparency, and impact to the AO ecosystem. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 6000.0 ### 🥇 Number of Projects Awarded 4.0 ### 🏆 Winner Breakdown **Utility Prize Pool:** $3,000 (1st: $2,000, 2nd: $1,000) **Meme Prize Pool:** $3,000 (1st: $2,000, 2nd: $1,000) ### 📝 Requirements **Mission:** Launch a completely fair project on AO with zero team/insider allocations at launch. The project can be utility-driven, incorporating fair-launch tokens or assets into a functional ecosystem, or meme-driven, focusing purely on community engagement. What makes a fair launch? - No team or insider allocations at launch. - Equal opportunity for all participants to access it. - Transparent and open distribution model. Whether you're launching a DeFi protocol, governance DAO, Web3 game, NFT collection, or meme experiment, this bounty rewards projects that embrace fairness and decentralization while leveraging AO’s capabilities. ### ✅ What does a successful project look like? **Features To Include**: Launch a completely fair project on AO with zero team/insider allocations at launch. The project can be utility-driven, incorporating fair-launch tokens or assets into a functional ecosystem, or meme-driven, focusing purely on community engagement. What makes a fair launch? - No team or insider allocations at launch. - Equal opportunity for all participants to access it. - Transparent and open distribution model. Whether you're launching a DeFi protocol, governance DAO, Web3 game, NFT collection, or meme experiment, this bounty rewards projects that embrace fairness and decentralization while leveraging AO’s capabilities. ### 🎨 UI/UX Design Requirements Must host a front end on Arweave with ArNS domain routing. Any UI should include all necessary features to interact with the Fair Launch and other mechanisms related to the token and it's ecosystem. ### 🧑‍⚖️ How are we judging it? ### **What Does a Complete Project Look Like?** **At a minimum, your submission should include:** - A functional, deployed project on AO. - A verifiably fair launch mechanism, with no team or insider allocations at launch. - A front-end for user interaction ( hosted on Arweave with an ArNS domain). - Clear and concise documentation explaining: - The project’s mechanics. - How the fair launch was executed. - How users can participate. ### **Bonus Points Will Be Awarded For:** - A unique or innovative fair launch model that introduces a novel way to distribute tokens/assets. - Strong community engagement and sustainability/growth plans. ## **General Rules** 1. Project builds must utilize AO to host and operate it’s core functionality. 2. Submissions must include core documentation/repos explaining how they work. 3. Project builds must have started no earlier than the date of this hackathon as the earliest work completed. ### 🌎 Impact on the organization By emphasizing transparency, equal access, and fair distribution, this bounty helps establish AO as a platform committed to decentralization principles. This will help onboard developers and users who value these qualities, making AO stand out among other blockchain ecosystems. ### 📚 Resources **Resources:** - [AO Cookbook](https://cookbook_ao.g8way.io/guides/aos/intro.html) - [Token Blueprint Standard](https://cookbook_ao.g8way.io/guides/aos/blueprints/token.html) - [Coinmaker](https://coin.arweave.net/#/) - [AOvest](https://ao-vest.ar.io/) - [GQL Data Queries](https://arweave-search.goldsky.com/graphql) - Deploy your app to Arweave in seconds!  - [Arkb](https://github.com/textury/arkb) - [Peramweb Deploy](https://github.com/permaweb/permaweb-deploy) - [Arlink](https://arlink.ar.io/) - [ArNS](https://arns.app/) - SQL/DBAdmin - [DbAdmin](https://apm_betteridea.g8way.io/pkg?id=@rakis/DbAdmin) - [SQLite](https://cookbook_ao.g8way.io/guides/snacks/sqlite.html#list-data) - [Permaweb-libs SDK](https://github.com/permaweb/permaweb-libs) ### 👀 Some example use cases ### **Examples of Fair-Launched Projects:** - Utility-Driven Fair Launch – A DeFi protocol, DAO, or game that distributes fair launch tokens or Atomic Assets as part of its operating mechanics. - Meme Token or Community-Driven Project – A purely community-based token launched with equal access for all participants. Meme maximization at scale. - Experimental Fair Launch Mechanisms – A new way to distribute tokens fairly, such as using a unique bonding or unlock curve, decentralized auction, or engagement-based unlocks. ### 💼 Recruitment Opportunities ## **Additional Opportunities:** - Top projects may be considered for grants or further funding - Potential for integration with existing protocols to collaborate and build Defi products - Mentorship opportunities with project teams and AO builders

Mobile gaming is one of the fastest-growing sectors in the industry, and now, with ArConnect’s mobile support for Arweave and AO, we have an opportunity to bring fully decentralized, scalable, and interactive games to mobile devices! AO’s architecture enables on-chain game logic, real-time player interactions, and social mechanics while Arweave ensures permanent and decentralized game hosting. This bounty challenges you to create the next-generation mobile game that showcases AO’s potential! ### 🗂️ Bounty Category Early Stage Startup,Feature Usage,Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown Prize Pool: $5,000 (1st: $3,000, 2nd: $1,500, 3rd: $500) ### 📝 Requirements **Mission:** Build a mobile-friendly social or competitive game leveraging AO and Arweave. Your game should feature on-chain game logic, decentralized player interactions, and even reward mechanisms. Whether it’s a PvP battle, cooperative PvE adventure, or AI-driven challenge, your game should integrate AO-powered mechanics and social features like player profiles, achievements, leaderboards, and in-game chat. ### ✅ What does a successful project look like? **Features To Include**: - Implement a PvP, PvE, AI Opponent, or hybrid gameplay mode. - Design a storyline or completion objective that drives player engagement. - Include social features, such as: - Player profiles and zones - Leaderboards - In-game chat or other social interactions - Use AO for core game logic, such as: - Gaming logic and core functionality - Managing player actions, game state, and events - Logging history and interactions on-chain - Securing player profile data using SQL/DbAdmin - Host the game’s front end on Arweave with ArNS domain routing. ### 🎨 UI/UX Design Requirements Must host a front end on Arweave with ArNS domain routing.(If applicable) UI should include all necessary features for users to play your game through to completion! ### 🧑‍⚖️ How are we judging it? **What Does a Complete Project Look Like?** **At a minimum, your submission should include:** - A fully playable game hosted on AO with front-end on Arweave and ArNS domain routing. - A working game loop with clear objectives and win conditions. - On-chain player tracking and interactions (e.g., profiles, achievements, leaderboards). - Technical implementation on AO, including: - Game state and logic running on AO processes - Secure player data storage using SQL/DbAdmin on AO - Clear documentation explaining game mechanics, architecture, and how AO is used. **Bonus Points Will Be Awarded For:** - Scalability considerations and planning – How does your game handle a growing player base? How does AO help scale gameplay? - Social media & marketing integrations – How will you attract and retain players? Can players share achievements externally? - Innovative reward systems – Does your game offer creative incentives for players using AO-powered mechanics? ### 🌎 Impact on the organization Building games with on-chain logic, player interactions, and data storage using AO pushes developers to fully utilize AO's infrastructure. This results in practical implementations that demonstrate AO's capabilities for handling complex, interactive applications. ### 📚 Resources **Resources:** - [AO Cookbook](https://cookbook_ao.g8way.io/guides/aos/intro.html) - [Reality Protocol](https://github.com/elliotsayes/Reality) - [Unity Engine for Mobile](https://github.com/simonfriend/AO-Unity-SDK) - Deploy your app to Arweave in seconds!  - [Arkb](https://github.com/textury/arkb) - [Peramweb Deploy](https://github.com/permaweb/permaweb-deploy) - [Arlink](https://arlink.ar.io/) - [ArNS](https://arns.app/) - [GQL Data Queries](https://arweave-search.goldsky.com/graphql) (Track player interactions on AO easily) - SQL/DBAdmin - [DbAdmin](https://apm_betteridea.g8way.io/pkg?id=@rakis/DbAdmin) - [SQLite](https://cookbook_ao.g8way.io/guides/snacks/sqlite.html#list-data) - [Permaweb-libs SDK](https://github.com/permaweb/permaweb-libs) ### 👀 Some example use cases **Examples of Games:** Chess with AI or Multiplayer- A classic chess game where the AI opponent's move calculations run entirely on AO, with player profiles and an ELO ranking system stored in the database. Players can challenge the AI at different difficulty levels or challenge other players. Word Battle - A Scrabble-like game where players compete against an AI or other players to form words on a grid. AO handles word validation, scoring logic, and maintains global leaderboards for highest scoring words and games. Memory Match - A card-matching memory game with both single-player and competitive modes. AO manages the game state, tracks completion times, and hosts player scoreboards/history. Features achievement badges for milestones like fastest matches or longest winning streaks. ### 💼 Recruitment Opportunities ## **Additional Opportunities:** - Top projects may be considered for grants or further funding - Potential for integration with existing protocols to collaborate and build Defi products - Mentorship opportunities with project teams and AO builders

AO's mainnet launch unlocks unparalleled scalability and processing power, making it the perfect platform for innovative DeFi integrations and autonomous financial tools. ### 🗂️ Bounty Category Feature Usage,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 6000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown Prize Pool: $6,000 (1st: $3,000, 2nd: $2,000, 3rd $1,000) ### 📝 Requirements **Mission:** Autonomous Agents are smart, self-operating programs that execute predefined strategies without human intervention. In this challenge, you’ll build an agent that leverages AO’s computational power to make on-chain decisions based on market conditions, such as trading, yield farming, or liquidity provision strategies. ### ✅ What does a successful project look like? **Features To Include**: - Use AO for core agent logic hosting and execution - Include risk management parameters - Examples: stop-loss mechanisms, dynamic allocation, market condition monitoring - Demonstrate interaction with at least one DeFi protocol, such as Uniswap, Aave, or AO-native tools like Botega. - Examples: AO Staking Yield Balancer, Bullish/Bearish Trading Strategy Agent on Botega - Frontend must be (mostly)user-friendly and display Agent activity history - Examples: Transaction history, strategy performance, ROI, active positions - Host the frontend on Arweave with ArNS domain routing ### ### 🎨 UI/UX Design Requirements Must host a front end on Arweave with ArNS domain routing.(If applicable) UI should include all necessary features to interact with/create Agents and view performance of the users Agents and portfolio. ### 🧑‍⚖️ How are we judging it? **What Does a Complete Project Look Like?** **At a minimum, your submission should include:** - A functional Agent process on AO that executes at least one predefined DeFi strategy - Examples: yield farming, trading, or rebalancing. - Basic risk management parameters integrated into the logic. - A simple front end that shows key metrics like transaction history, performance stats, or active strategy details. - Clear and concise documentation of the Agent’s features and its integrations with DeFi protocols/tools. **Bonus Points Will Be Awarded For:** - Build a Factory on AO with a user-friendly interface for deploying these Agent processes. - A roadmap of future features and improvements that can be done to further expand the idea and service. ### **General Rules** 1. Project builds must utilize AO to host and operate it’s core functionality. 2. Submissions must include core documentation/repos explaining how they work. 3. Project builds must have started no earlier than the date of this hackathon as the earliest work completed. ### 🌎 Impact on the organization This bounty encourages the development of interoperable solutions by integrating AO more deeply into the broader DeFi ecosystem. This strengthens AO's position as a connection point between different DeFi protocols and decentralized computation platform. ### 📚 Resources **Resources:** - [AO Cookbook](https://cookbook_ao.g8way.io/guides/aos/intro.html) - [Botega](https://botega.arweave.net/) & [Autonomous Finance](https://github.com/Autonomous-Finance) - [GQL Data Queries](https://arweave-search.goldsky.com/graphql) - Deploy your app to Arweave in seconds!  - [Arkb](https://github.com/textury/arkb) - [Peramweb Deploy](https://github.com/permaweb/permaweb-deploy) - [Arlink](https://arlink.ar.io/) - [ArNS](https://arns.app/) - SQL/DBAdmin - [DbAdmin](https://apm_betteridea.g8way.io/pkg?id=@rakis/DbAdmin) - [SQLite](https://cookbook_ao.g8way.io/guides/snacks/sqlite.html#list-data) - [Permaweb-libs SDK](https://github.com/permaweb/permaweb-libs) ### 👀 Some example use cases **Examples of Autonomous DeFi Agents:** - Yield Optimization Agent - An autonomous process that monitors yields across multiple protocols (like Uniswap pools,Botega markets, or AO minting) and automatically rebalances positions to maximize returns while maintaining user-defined risk parameters. - Market Making Agent - A sophisticated bot that provides liquidity across various trading pairs on Botega or other DEXs, adjusting spread and position size based on market volatility and volume indicators. - Cross-Protocol Arbitrage Agent - An agent that monitors price discrepancies across different protocols and executes trades to capture arbitrage opportunities while managing gas costs and slippage risks through dynamic threshold adjustments. ### 💼 Recruitment Opportunities ## **Additional Opportunities:** - Top projects may be considered for grants or further funding - Potential for integration with existing protocols to collaborate and build Defi products - Mentorship opportunities with project teams and AO builders

Crypto tax reporting is a nightmare—especially for decentralized ecosystems like Arweave and AO, where transactions occur across multiple wallets, protocols, and autonomous agents. Existing tax tools don’t support AO-native transactions, forcing users to manually track earnings, trades, and staking rewards. This bounty challenges developers to build an autonomous AO-powered tax platform that automatically exports AO and AR token transactions in CSV and PDF formats, simplifying tax reporting. The best solutions will categorize transactions, track wallet activity, and generate reports with minimal user input—all while leveraging AO’s decentralized computation. The best projects will be judged based on accuracy, automation, usability, and impact on the AO ecosystem. ### **Mission** Develop an Arweave/AO tax reporting tool that: - Automates on-chain tax tracking for AO and AR transactions - Generates CSV & PDF reports with one click - Supports multiple transaction types, including swaps, staking rewards, transfers, and smart contract interactions - Categorizes transactions into taxable events (income, capital gains, etc.) - Uses AO for backend logic to ensure security, scalability, and transparency - Is built on Wander and hosted on Protocol.Land Whether you’re building a simple transaction export tool or a fully automated tax filing agent, this bounty rewards projects that simplify compliance and increase AO’s adoption in financial applications. ### 🗂️ Bounty Category Meaningful Open Source Contribution,Early Stage Startup ### 💰 Prize Amount 4000.0 ### 🥇 Number of Projects Awarded 1.0 ### 🏆 Winner Breakdown Winner takes all ### 📝 Requirements To complete this bounty, developers must create a functional AO-powered tax reporting tool that automates tax tracking for AO and AR transactions. The tool should be capable of categorizing taxable events, aggregating transactions across multiple wallets, and generating CSV & PDF reports with minimal user input. The solution must be built on **Wander** and hosted on **Protocol.Land**, ensuring a decentralized and secure infrastructure. A successful submission should include: - An **AO-powered on-chain tax agent** that tracks and categorizes transactions. - A **frontend UI** where users can input wallets and generate reports. - **CSV & PDF export functionality** for easy tax reporting. - **Multi-wallet support** to aggregate transactions from multiple AO and AR wallets. - **Comprehensive documentation** on how the tool works, how it interacts with AO, and how users can generate tax reports. Bonus points will be awarded for: - **Direct API integrations** with tax software (Bitwave, TurboTax, Koinly, etc.). - **Automated multi-year tax tracking.** - **Privacy-focused design** (minimizing off-chain data exposure). - **Advanced analytics & visualization** for tax insights. - **Support for additional Arweave-based assets** (NFTs, AO-based tokens). ### ✅ What does a successful project look like? Success for this bounty means delivering a tax automation platform that **simplifies tax compliance** for AO and AR transactions while increasing AO’s adoption in financial applications. The best solutions will offer: - **High accuracy** in transaction tracking and categorization. - **Seamless automation** with minimal user input required. - **Intuitive UI/UX** for easy report generation. - **Scalability and security** through AO’s decentralized computation. - **Integration potential** with third-party tax software and accounting platforms. Possible features include: - **Real-time tracking of AO and AR transactions.** - **Categorization of taxable events** (income, capital gains, staking rewards, etc.). - **Multi-year tax reporting with historical data retrieval.** - **Support for complex transactions** like AO-native swaps, staking rewards, and smart contract interactions. - **Export options in multiple formats** (CSV, PDF, JSON). - **Integration with tax compliance APIs** for direct filing. ### 🎨 UI/UX Design Requirements The user interface should be: - **Simple and intuitive** – Users should be able to connect their AO and AR wallets and generate tax reports with minimal effort. - **Minimalist and efficient** – Prioritizing clarity, avoiding unnecessary complexity. - **Responsive and accessible** – Functional across desktop and mobile. - **Clear reporting structure** – Showing categorized transactions in an easy-to-understand manner. - **Actionable outputs** – Allowing users to download reports in standard formats for tax filing. ### 🧑‍⚖️ How are we judging it? Submissions will be judged based on: 1. **Accuracy & Automation** (30%) – How well the tool categorizes and tracks transactions with minimal manual input. 2. **Usability & UI/UX** (25%) – How easy and intuitive it is for users to generate tax reports. 3. **Technical Implementation** (20%) – How well the project utilizes AO’s decentralized computation and meets security & scalability needs. 4. **Impact on AO Ecosystem** (15%) – The tool’s ability to drive adoption and simplify financial compliance for AO users. 5. **Bonus Features & Innovation** (10%) – Advanced analytics, tax software integrations, privacy features, and additional asset support. ### 🌎 Impact on the organization A successful tax automation tool will: - **Increase AO adoption** in financial applications by simplifying compliance. - **Improve tax reporting solutions** for Arweave and AO-native transactions, reducing the burden on users. By building a **secure, scalable, and automated tax solution**, this bounty will make AO a more attractive environment for businesses, investors, and users needing transparent tax reporting. ### 📚 Resources [AO Cookbook](https://cookbook_ao.g8way.io/guides/aos/intro.html) - [Wander](http://wander.app) - [Protocol.Land](http://protocol.land) - [GQL Data Queries](https://arweave-search.goldsky.com/graphql) - [Arkb](https://github.com/textury/arkb) - [Peramweb Deploy](https://github.com/permaweb/permaweb-deploy) - [Arlink](https://arlink.ar.io/) - [ArNS](https://arns.app/) - [Permaweb-libs SDK](https://github.com/permaweb/permaweb-libs) ### 👀 Some example use cases **A DAO treasurer managing multiple AO wallets** and needing a single tax report. **An independent crypto trader using AO-based financial applications** and needing to track taxable events. **A DeFi investor earning staking rewards in AO** and needing automated tracking for tax filing. **An enterprise using AO for payroll payments** and requiring compliance-friendly tax reporting. ### 💼 Recruitment Opportunities We are a venture studio that actively seeks talented developers to match with incubator projects. Exceptional contributors may be considered for fellowships to lead new projects within our ecosystem. Successful bounty participants could also have opportunities to collaborate on future AO-powered ventures, receive additional funding for continued development, or be brought on as core contributors to groundbreaking projects in decentralized computing and financial applications.

The Arweave Name System (ArNS) provides friendly, censorship-resistant, permanent domains for dApps, websites, identities, and data.  ArNS domains go beyond simple addresses - they can be integrated into applications in multiple ways: - **Hosting & Routing** - Use an ArNS domain as a permanent address for dApps, static sites, or content on the permaweb. Gateways automatically resolve ArNS names, making them easy to access from anywhere. - **Identity & Profiles** - Assign an ArNS name as a user’s identity in apps, linking it to their wallet, profile, or stored data. - **Smart Domains** - Names can be programmed to trigger integrations, features, and automations, enabling dynamic onchain interactions. - **Composable & Permissionless** - Developers can integrate ArNS purchases, domain linking, and management directly into their apps, leveraging a trustless, open protocol to provide seamless user experiences. ArNS isn’t confined to the Arweave ecosystem. It supports cross-chain identities, meaning users can link Ethereum, Solana, or other blockchain-based addresses to their ArNS names. For example, a single ArNS name could reference both Arweave-stored data and an  Ethereum-based wallet address, creating a unified identity across multiple blockchains. This interoperability sets ArNS apart from systems like ENS (.eth names), which are limited to a single blockchain and domain structure. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Meaningful Open Source Contribution ### 💰 Prize Amount 4000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown Grand Prize: $2,000 - Runner-Up Prizes: $1,000 each (2 winners) ### 📝 Requirements Must integrate ArNS primary names as a core component of the application. - The project must be deployed on Arweave and accessible through AR.IO gateways. - A working demo and public GitHub repository must be provided. - Bonus consideration for projects integrating with cross-chain protocols (making ArNs names available in cross-chain apps) ### ✅ What does a successful project look like? A winning project will: Showcase the power of ArNS beyond domain names by integrating it into a fully functional Web3 application. Feature a well-designed user experience that makes ArNS domains intuitive and valuable. Demonstrate scalability and real-world potential for adoption within gaming, social platforms, marketplaces, or governance tools. ### 🎨 UI/UX Design Requirements - A clean, intuitive interface that seamlessly integrates ArNS. - Optimized for both desktop and mobile experiences. - Clear functionality demonstrating why ArNS enhances usability in Web3 and replaces the need for DNS. ### 🧑‍⚖️ How are we judging it? Innovation (20%)  - How creatively and effectively ArNS is used in the application - Functionality (30%) - The quality, usability, and completeness of the submission - Adoption Potential (20%) - The feasibility and impact of the project within Web3 - Technical Execution (30%) - Quality of the codebase, security, and scalability ### 🌎 Impact on the organization - Expands real-world applications for ArNS domains. - Strengthens AR.IO’s infrastructure as the foundation for the first permanent cloud. - Encourages developers to explore permanent, censorship-resistant digital identities. ### 📚 Resources [Arweave Name System (ArNS) Documentation](https://docs.ar.io/learn/arns) - [ArNS Demo](https://arns.app/) – Explore ArNS app - [How to Set Up a Permanent Web3 Domain with ArNS](https://www.youtube.com/watch?v=KadS7k808Y0)  - [Use Cases](https://ar.io/use-cases) ### 👀 Some example use cases - Decentralized MMO Game - Players use ArNS names for in-game avatars, leaderboards, and trading. - Web3 Social Network - ArNS-powered usernames, profile management, and messaging systems. - NFT Marketplace - ArNS used for content ownership. - Web3 Creator Economy App - ArNS domains linked to creator portfolios and decentralized identities. ### 💼 Recruitment Opportunities **Grant & Investment Opportunities: **Top projects may qualify for continued support by the PDS team                                                                  **Partnerships & Scaling:** Winning teams could receive continued ecosystem support. **Career Opportunities:** Outstanding developers may be considered for collaborations with AR.IO

Participants will integrate agents built on any framework into the Olas ecosystem using the \[Olas SDK]\(https://docs.autonolas.network/olas-sdk). The emphasis is on enabling the agent to interact with \[existing staking contracts]\(https://operate.olas.network/contracts) and successfully registering it on the \[Olas registry]\(https://registry.olas.network/) ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 12000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown 1st place: $8,000 2nd place: $3,000 3rd place: $1,000 ### 📝 Requirements To complete this bounty, participants need to use the Olas SDK to integrate agents built on any framework into the Olas ecosystem. The task requires enabling the agent to interact with existing staking contracts and ensuring it is successfully registered on the Olas registry. ### ✅ What does a successful project look like? Success for this bounty involves the seamless integration of agents into the Olas ecosystem using the Olas SDK. The agent should demonstrate the ability to interact effectively with existing staking contracts, ensuring smooth communication and functionality within the ecosystem. Additionally, the agent must be successfully registered on the Olas registry, signifying its readiness for deployment. ** **Examples: - Use the Olas SDK to enable an agent to interact with staking contracts, ensuring staking rewards are functional, and register it on the Olas registry. ### 🎨 UI/UX Design Requirements Participants must provide: - A link to the open-source repository containing the agent code that uses the SDK. - Evidence that both the agent and the service are minted on Olas on-chain [Registry](https://registry.olas.network/ethereum/services). ### 🧑‍⚖️ How are we judging it? **Evaluation criteria:** - Impact (30%): Real-world applicability and ecosystem contribution. Integration’s ability to increase staking activity and enhance registry discoverability. - Technical Execution (30%): Functionality, reliability, and scalability. Robust integration with staking contracts and registry registration. - Alignment with Goals (20%): Full compliance with SDK, staking, and registry requirements. - User Experience (20%): Simplicity of integration and registration processes. **Scoring System:** Each project will be evaluated out of 100 points, distributed as follows: - Impact: 30 points - Technical Execution: 30 points - Alignment with Track Goals: 20 points - User Experience: 20 points - Total Score: 100 points Each submission will be evaluated by a panel of judges, and the project with the highest total score within its track will be declared the winner. Ties will be broken based on the highest individual scores in the "Impact" and "Technical Execution" categories. ### 🌎 Impact on the organization Expand the Olas ecosystem by onboarding new agents and increasing staking activity. ### 📚 Resources [Olas SDK Documentation](https://docs.autonolas.network/olas-sdk) **What are examples of use cases you are looking to solve?** - Use the Olas SDK to enable an agent to interact with staking contracts, ensuring staking rewards are earned by the agent, and register it on the Olas registry. ### 👀 Some example use cases - Use the Olas SDK to enable an agent to interact with staking contracts, ensuring staking rewards are functional, and register it on the Olas registry. ### 💼 Recruitment Opportunities Successful participants will have priority consideration for job openings. Explore [Valory careers page](https://wellfound.com/company/valory-3) for opportunities to join the team. New roles are being continuously added, so stay tuned!

Participants will design and publish [new Mech tools to the marketplace](https://docs.autonolas.network/mech-tool), enabling other agents to access these services via the mech-client marketplace. Tools should offer unique, reusable functionalities and require simple crypto payments for access. ### 🗂️ Bounty Category Meaningful Open Source Contribution ### 💰 Prize Amount 8000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown 1st place: $5,000 2nd place: $2,000 3rd place: $1,000 ### 📝 Requirements Participants must create and publish robust, developer-friendly Mech tools to the marketplace. These tools should address unmet needs and align with marketplace goals. ### ✅ What does a successful project look like? Success involves developing innovative and practical Mech tools. Examples include: - Create a Mech tool that calls an AI music API to produce text-to-music compositions for creative agents. - Build a Mech tool that connects to an OpenAI API to provide summarization services for agents working with large datasets. - Publish a Mech tool that integrates with a travel API to offer real-time travel itinerary generation for user-facing agents. - Develop a Mech tool that interacts with sentiment analysis APIs to provide crypto market sentiment scores for trading agents. - Build a Mech tool that connects to a weather API, enabling agents to provide location-based weather updates for planning applications. Check out the following tools as implementation examples: - Simple tool that uses OpenAI chat completion and serves as a proxy to the OpenAI API. ([openai_request](https://github.com/valory-xyz/mech-predict/tree/main/packages/valory/customs/openai_request)) - Simple tool that uses stability AI for text-to-image. ([stability ai request](https://github.com/valory-xyz/mech-predict/tree/main/packages/valory/customs/stability_ai_request)) - A tool that uses OpenAI API and Serper google search for predicting probability of future events occurring, this tool is used in prediction markets. ([superforcaster](https://github.com/valory-xyz/mech-predict/tree/main/packages/valory/customs/stability_ai_request)) A tool that combines multiple OpenAI and replicate APIs to generate a short video with background music and narration from a simple text prompt. ([short maker](https://github.com/valory-xyz/mech-offchain-eth-lisbon-2023/tree/main/tools/short_maker)) ### 🎨 UI/UX Design Requirements Participants must provide: - The code for the tool. - Proof that the tool has been minted on-chain into the [Olas Registry](https://registry.olas.network/). - A link to at least 10 completed transactions on Mech Marketplace demonstrating the tool's functionality and usage. ### 🧑‍⚖️ How are we judging it? **Evaluation criteria:** - Impact (30%): Real-world applicability and ecosystem contribution. Potential of the new Mech to attract usage and improve the marketplace. - Technical Execution (30%): Functionality, reliability, and scalability. High-quality, developer-friendly Mech design. - Alignment with Goals (20%): Practical new Mechs aligned with marketplace needs. - User Experience (20%): Intuitive design, accessibility, and ease of use of new Mechs. **Scoring System:** Each project will be evaluated out of 100 points, distributed as follows: - Impact: 30 points - Technical Execution: 30 points - Alignment with Track Goals: 20 points - User Experience: 20 points - Total Score: 100 points Each submission will be evaluated by a panel of judges, and the project with the highest total score within its track will be declared the winner. Ties will be broken based on the highest individual scores in the "Impact" and "Technical Execution" categories. ### 🌎 Impact on the organization Enhances the Mech Marketplace by expanding available tools and services. ### 📚 Resources [Mech-tool Documentation](https://docs.autonolas.network/mech-tool#resources) ### 👀 Some example use cases - Create a Mech tool that calls an AI music API to produce text-to-music compositions for creative agents. - Build a Mech tool that connects to an OpenAI API to provide summarization services for agents working with large datasets. - Publish a Mech tool that integrates with a travel API to offer real-time travel itinerary generation for user-facing agents. - Develop a Mech tool that interacts with sentiment analysis APIs to provide crypto market sentiment scores for trading agents. - Build a Mech tool that connects to a weather API, enabling agents to provide location-based weather updates for planning applications. ### 💼 Recruitment Opportunities Successful participants will have priority consideration for job openings. Explore the [Valory careers page](https://wellfound.com/company/valory-3) for opportunities to join the team. New roles are being continuously added, so stay tuned!

Participants will use existing Mechs in their applications to solve real-world problems by remotely accessing tools offered on the Mech Marketplace. Developers can "plug in" these tools into their agents via the [mech-client](https://docs.autonolas.network/mech-client) library. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 2.0 ### 🏆 Winner Breakdown 1st place: $4,000 2nd place: $1,000 ### 📝 Requirements Participants need to demonstrate the integration of existing Mechs in solving real-world problems. The implementation should showcase innovative use cases, practical applications, and seamless functionality. ### ✅ What does a successful project look like? Success involves integrating Mechs effectively into workflows to solve meaningful challenges. Examples include: - Use a Mech tool for analyzing the fundamentals of a single token or crypto project using multiple data sources and AI analysis ([fundamental analysis](https://github.com/nic0xflamel/Eolas-mech-1/tree/feat/technical-analysis-tool/packages/nic/customs/fundamental_analysis)). - Use a Mech tool  for analyzing technical indicators and generating AI-powered analysis for cryptocurrency pairs using TAapi and OpenAI GPT ([technical analysis](https://github.com/nic0xflamel/Eolas-mech-1/tree/feat/technical-analysis-tool/packages/nic/customs/technical_analysis)). - Using a tool for analyzing Dune Analytics query results using OpenAI GPT to provide actionable insights and strategic recommendations from on-chain data ([dune_query_analyze](https://github.com/nic0xflamel/Eolas-mech-1/blob/feat/dune-query-tools/packages/nic/customs/dune_query_analyse)). - Use a mech tool that verifies if certain events have occurred in the past. ([resolve market](https://github.com/valory-xyz/mech-predict/blob/main/packages/valory/customs/resolve_market/resolve_market.py)) - Use a mech tool that provides you with predictions about events in the future ([superforcaster](https://github.com/valory-xyz/mech-predict/blob/main/packages/valory/customs/superforcaster/component.yaml)). - Use a Mech tool to power an agent that curates and summarizes trending news articles for a personalized content feed. ### 🎨 UI/UX Design Requirements Participants must provide: - A link to their open-source repository showcasing the client implementation. - A link to at least 10 completed transactions on Mech Marketplace that demonstrate the tool’s functionality and real-world usage. ### 🧑‍⚖️ How are we judging it? **Evaluation criteria:** - Impact (30%): Real-world applicability and ecosystem contribution. How well the project showcases Mech utility in solving real-world problems. - Technical Execution (30%): Functionality, reliability, and scalability. Seamless use of existing Mechs in workflows. - Alignment with Goals (20%): Effective use of Mechs. - User Experience (20%): Clarity and usability of Mech integrations. **Scoring System:** Each project will be evaluated out of 100 points, distributed as follows: - Impact: 30 points - Technical Execution: 30 points - Alignment with Track Goals: 20 points - User Experience: 20 points - Total Score: 100 points Each submission will be evaluated by a panel of judges, and the project with the highest total score within its track will be declared the winner. Ties will be broken based on the highest individual scores in the "Impact" and "Technical Execution" categories. ### 🌎 Impact on the organization This will demonstrate the utility of the Mech Marketplace and drive adoption by showcasing practical integrations. ### 📚 Resources [Mech-client Documentation](https://docs.autonolas.network/mech-client#resources) ### 👀 Some example use cases **Examples of use cases you are looking to solve:** - Use a Mech tool to analyze crypto market trends and provide data for automating an agent’s trading strategy in a DeFi application. - Build an agent that relies on a Mech tool to summarize DAO proposals, helping users make informed voting decisions. - Develop an agent that uses a Mech tool to generate insights from user sentiment data on X for crypto project analysis. - Integrate a Mech tool into an NFT management agent to provide pricing estimates and market analysis. - Use a Mech tool to power an agent that curates and summarizes trending news articles for a personalized content feed. ### 💼 Recruitment Opportunities Successful participants will have priority consideration for job openings. Explore the [Valory careers page](https://wellfound.com/company/valory-3) for opportunities to join the team. New roles are being continuously added, so stay tuned!

Build a Web2 or Web3 Application using advanced ZK Proofs verified on zkVerify:  - Gaming and Entertainment - Games of Chance - AI and ML Model Validation and Privacy - Decentralized Science ZK Proof Verifiers: - Risc0 ZKVM - Noir Ultraplonk - Polygon FFlonk - groth16 ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Feature Usage ### 💰 Prize Amount 25000 ### 🥇 Number of Projects Awarded 5 ### 🏆 Winner Breakdown We are giving money prizes to the top five qualifying projects. Each qualifying project earns a $5000 bounty. If we get less than five projects, or they're not meeting our criteria, the prize money might change. It could be between $1,000 and $9,000. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements Build a Web2 or Web3 Application that uses an advanced ZK Proof publicly verified on the zkVerify blockchain.  This can be in any application area, we are interested in seeing what people can build when the tools are available for low cost ZK Proof verification using proof developed recently by leaders in the ZK Space A leading project includes these types of elements: - Uses zkVerify for proof verification, and uses the results of the verification in the application - ZK Proofs are an essential aspect of the application. - Using a new technology ZK Proof Verifier available on zkVerify: - RiscZero ZKVM version version - Noir Hyperplonk - Groth16 using bn128 or bls-12-381 - Polygon Fflonk - Designed to be extended into a production grade application with the assumption that low proof verification costs make it financially viable - Mobile device or Web browser application with good UX - Uses more than one type of proof in the application as part of the core functionality - Web3 applications must integrate with one of our current partner blockchains, including: - Arbitrum - Apechain - EDU Chain - Ethereum - Fun, useful, something where people can see an immediate use case for this application ### ✅ What does a successful project look like? We are seeking innovative projects that showcase the advantages of zkVerify's zero-knowledge proof verification chain.  Benefits include significantly lower costs compared to EVM contract-based verification, support for advanced ZK proof systems, and faster verification through features like optimisticVerify, which provides instant responses on proof validity. Our zkVerify EVM contract allows seamless integration, enabling developers to confirm that proofs were verified off-chain, with our bridge periodically posting verified proofs on-chain to provide irrefutable evidence of verification. Examples of verifications include verifying private identity credentials, enabling provably fair gaming mechanisms, authenticating off-chain data such as IoT device outputs or financial records, ensuring tamper-proof randomness generation,securing cross-chain interactions, and validating ZK rollup proofs. Projects should demonstrate how zkVerify can power secure, efficient, and scalable solutions in real-world applications. One example of success could look like a web application game. ZK Proofs can be brought into the system in 3 different areas, all these include a user connecting their wallet  1. Game play. The game includes hidden information that can only be accessed using a ZK proof. When the users clears a level or completes the game, their gameplay and score is verified with a ZK proof. 2. When the game is over the score is posted to a leaderboard. The leaderboard is built from information that was verified to be correct by ZK Proofs 3. There is a wagering system on the leadboard information. This wagering uses a ZK proof to demonstrate the gaming was done by the rules, and funds were collected and paid by the rules Another example of success could be in the AI space: 1. An organization builds an AI model on their proprietary information, which is not shared 2. Someone pays to get answers from the AI model 3. The user that pays for the AI model use gets a ZK Proof verification that the model was used, that they got what they paid for. 4. This is on a web interface with connected wallet, demonstration of how the ZK Proof is used, and posting of the ZK proof verification result ### 🎨 UI/UX Design Requirements The application must have a functional user interface. Because this is an application designed to showcase capabilities, it should be either a browser or mobile app based interface. ### 🧑‍⚖️ How are we judging it? The purpose of zkVerify participating in this hackathon is to demonstrate that there are many unmet needs in both the Web2 and Web3 Application space that can be solved using advanced technology ZK Proofs coupled with low cost proof verification on a public, decentralized, permissionless blockchain. There is not any specific web2 or web3 application goal in mind, we want to see builders use their creativity and knowledge of different areas of life and business to come up with something creative and useful that showcases the system we have built. All the criteria are directed toward meeting these goals. ### 🌎 Impact on the organization A team that can build a demonstration application using zkVerify to showcase one of the application areas we have researched, or come up with something new, will have a significant positive impact on our organization and the success of our project. The case we are making to the wider Ethereum space is that ZK Proofs are useful for much more than Ethereum scaling infrastructure, that there are many creative and useful ideas waiting on advanced ZK technology and low cost proof verification, and now is the time. A great demonstration application will help our project have a more successful mainnet launch, a bigger value of our token when we have the Token Generation Event, promoted as a leader in the space by our big marketing team, lauded by our project leadership, and be a leader in our community and ecosystem! ### 📚 Resources Documentation:[ https://docs.zkverify.io/](https://docs.zkverify.io/) Tutorials:[ https://docs.zkverify.io/tutorials](https://docs.zkverify.io/tutorials/tutorials) Github for main protocol:[ https://github.com/zkVerify](https://github.com/zkVerify) zkverifyjs in github:[ https://github.com/HorizenLabs/zkverifyjs](https://github.com/HorizenLabs/zkverifyjs) Zkverifyjs package: <https://www.npmjs.com/package/zkverifyjs>  How-to video on using zkverifyjs:[ https://www.youtube.com/watch?v=TFC5DHw2vxE](https://www.youtube.com/watch?v=TFC5DHw2vxE) Guide to integrating web3 with zkVerify:[ https://github.com/zkVerify/zkverify-evm-dapp-example](https://github.com/zkVerify/zkverify-evm-dapp-example) How to video on integrating web3 with zkverify:[ https://www.youtube.com/watch?v=ywaNgWNYIXc](https://www.youtube.com/watch?v=ywaNgWNYIXc) Previous online hackathon with FAQ's:[ https://zk-online-hackathon-for-web3-builders.devfolio.co/](https://zk-online-hackathon-for-web3-builders.devfolio.co/) zkMastermind game example website:[ https://zkmastermind.zkverify.io/](https://zkmastermind.zkverify.io/) zkMastermind github: <https://github.com/HorizenLabs/zkMastermind> zkSNARK Sudoku: <https://github.com/HorizenLabs/zksnark-sudoku> Website:  <https://zkverify.io/> X - <https://x.com/zkvprotocol> Telegram - <https://t.me/zkverify> Discord: <http://discord.gg/zkverify> Youtube: <https://www.youtube.com/@zkVerify> ### 👀 Some example use cases There are many examples of use cases for both Web2 and Web3 projects using ZK Proofs with verification on zkVerify: Web2: Extends the capability of a Web2 app with privacy or proof of offline computation, for example: - Proof of Random number generation - Proof of AI training model usage - Provably fair raffle - Proof of accurate game leaderboard Web3: Extends the capability of a Web3 application with privacy or proof of computation, for example: - Web3 game with fog of war - Private chat extension to dApp - Private polling using an identity protocol - Bring Web2 information to Web3 application  ### 💼 Recruitment Opportunities zkVerify is going to mainnet with a Token Generation Event soon after EthDenver. Follow us to learn about our developer grants programs. We are working to get applications using new types of ZK Proofs into production, and will help you and your team along the way with money, advice, marketing, and introductions.

Build hybrid DApps by integrating Midnight zero-knowledge proofs into existing applications, enhancing data protection while maintaining functionality across chains. ### 🗂️ Bounty Category On-chain Security ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown 1st: $2500, 2nd: $1500 and 3rd: $1000 ### 📝 Requirements The requirements are in the bounty description. ### ✅ What does a successful project look like? The developers must use zero-knowledge proofs generated on the Midnight network, for example by a circuit in a Compact smart contract. The proof can then be used in a front-end or back-end application. ### 🎨 UI/UX Design Requirements No user interface requirement. ### 🧑‍⚖️ How are we judging it? Eligible entries will be judged by Sponsor in its sole discretion by a panel of three Sponsor employees, based on the below criteria. Equal weight will be assigned to each criterion. Entries should clearly identify and explain the contributions to each criterion.  Entries may include or be based on work you have previously worked on or completed (which may include, without limitation, open-source projects), provided that: (a) you clearly identify to Sponsor which component(s) of your entry are from pre-existing or open-source works; and (b) you acknowledge only the new functionality or features of your entry developed for the purposes of the Contest will be judged. 1. Technology (20%): How impressive was the technical execution of the entry? Did the entrant tackle a challenging technical problem? Did the entrant employ advanced programming techniques or integrate multiple components?  2. Innovation (20%): How creative is the entry? Does the entry introduce new ideas, methods or approaches to solve a problem? To what extent does the entry push the boundaries of current technologies or practices? Does it demonstrate originality and a fresh perspective?  3. Completion (20%): To what extent has the entrant delivered a functional solution within the given time frame? Does the entry achieve its intended goals and demonstrate a cohesive implementation? How well does it showcase the entrant’s ability to execute and deliver a finished product? 4. Real-life Application (20%): How relevant is the entry in addressing real-world challenges or needs? Does the entry have the potential for practical implementation or deployment? To what extent does it demonstrate usability, scalability and potential impact in real-world scenarios? 5. **Feedback (20%): How relevant is the entrant’s feedback about Sponsor’s developer experience, onboarding, documentation and support? Did the entrant discover a new bug? Did the entrant find a gap in Sponsor’s documentation? Sponsor wants to hear about the entrant’s struggles, and how Sponsor can improve the ecosystem and user experience for all developers.** ### 🌎 Impact on the organization As Midnight is currently in its testnet phase, having teams work on these bounties is crucial for fostering innovation and expanding our ecosystem.  Each of these challenges is designed to address key use cases that demonstrate the versatility of Midnight’s technology, from data-protecting social applications to hybrid DApps that integrate zk proofs. By encouraging developers to build on Midnight, we aim to populate our ecosystem with practical and impactful use cases that showcase the unique capabilities of our platform.  These projects will not only stress-test our tools and infrastructure, but also provide invaluable feedback to guide our engineering roadmap and improve developer experience. Additionally, the outcomes of these bounties, be it new token standards, creative applications, or innovative gameplay mechanics, will help position Midnight as a leading platform for data-protected DApps as we prepare for our mainnet launch. ### 📚 Resources https://docs.midnight.network/ ### 👀 Some example use cases The use cases are in our bounty descriptions. ### 💼 Recruitment Opportunities At the moment, none

Bring humor and creativity to Midnight! Build and launch the first meme token on the Midnight testnet, showcasing the potential of smart contracts written in Compact. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown 1st: $2500, 2nd: $1500 and 3rd: $1000 ### 📝 Requirements The requirements are in the bounty description. ### ✅ What does a successful project look like? Builders must create a functional smart contract for the meme token and a public-facing interface to mint the tokens. ### 🎨 UI/UX Design Requirements The application must have a functional user interface and a smart contract. ### 🧑‍⚖️ How are we judging it? Eligible entries will be judged by Sponsor in its sole discretion by a panel of three Sponsor employees, based on the below criteria. Equal weight will be assigned to each criterion. Entries should clearly identify and explain the contributions to each criterion.  Entries may include or be based on work you have previously worked on or completed (which may include, without limitation, open-source projects), provided that: (a) you clearly identify to Sponsor which component(s) of your entry are from pre-existing or open-source works; and (b) you acknowledge only the new functionality or features of your entry developed for the purposes of the Contest will be judged. 1. Technology (20%): How impressive was the technical execution of the entry? Did the entrant tackle a challenging technical problem? Did the entrant employ advanced programming techniques or integrate multiple components?  2. Innovation (20%): How creative is the entry? Does the entry introduce new ideas, methods or approaches to solve a problem? To what extent does the entry push the boundaries of current technologies or practices? Does it demonstrate originality and a fresh perspective?  3. Completion (20%): To what extent has the entrant delivered a functional solution within the given time frame? Does the entry achieve its intended goals and demonstrate a cohesive implementation? How well does it showcase the entrant’s ability to execute and deliver a finished product? 4. Real-life Application (20%): How relevant is the entry in addressing real-world challenges or needs? Does the entry have the potential for practical implementation or deployment? To what extent does it demonstrate usability, scalability and potential impact in real-world scenarios? 5. **Feedback (20%): How relevant is the entrant’s feedback about Sponsor’s developer experience, onboarding, documentation and support? Did the entrant discover a new bug? Did the entrant find a gap in Sponsor’s documentation? Sponsor wants to hear about the entrant’s struggles, and how Sponsor can improve the ecosystem and user experience for all developers.** ### 🌎 Impact on the organization As Midnight is currently in its testnet phase, having teams work on these bounties is crucial for fostering innovation and expanding our ecosystem.  Each of these challenges is designed to address key use cases that demonstrate the versatility of Midnight’s technology, from data-protecting social applications to hybrid DApps that integrate zk proofs. By encouraging developers to build on Midnight, we aim to populate our ecosystem with practical and impactful use cases that showcase the unique capabilities of our platform.  These projects will not only stress-test our tools and infrastructure, but also provide invaluable feedback to guide our engineering roadmap and improve developer experience. Additionally, the outcomes of these bounties, be it new token standards, creative applications, or innovative gameplay mechanics, will help position Midnight as a leading platform for data-protected DApps as we prepare for our mainnet launch. ### 📚 Resources https://docs.midnight.network/ ### 👀 Some example use cases The use cases are in our bounty descriptions. ### 💼 Recruitment Opportunities At the moment, none

Develop innovative card games, board games, or strategy games that use Midnight’s data protection features for data obfuscation, creating unique gameplay mechanics. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown 1st: $2500, 2nd: $1500 and 3rd: $1000 ### 📝 Requirements The requirements are in the bounty description. ### ✅ What does a successful project look like? The developers must create one or multiple smart contracts and a functioning front-end application that makes use of the smart contract(s) ### 🎨 UI/UX Design Requirements The application must have a clear and intuitive interface that is easy to understand and navigate, ensuring consistency across all screens. It should be responsive and accessible to all users. The interface should load reasonably, provide feedback for user actions, and handle errors gracefully. Users should be guided through the application with customised features. The game must be playable and validated through testing with real users. ### 🧑‍⚖️ How are we judging it? Eligible entries will be judged by Sponsor in its sole discretion by a panel of three Sponsor employees, based on the below criteria. Equal weight will be assigned to each criterion. Entries should clearly identify and explain the contributions to each criterion.  Entries may include or be based on work you have previously worked on or completed (which may include, without limitation, open-source projects), provided that: (a) you clearly identify to Sponsor which component(s) of your entry are from pre-existing or open-source works; and (b) you acknowledge only the new functionality or features of your entry developed for the purposes of the Contest will be judged. 1. Technology (20%): How impressive was the technical execution of the entry? Did the entrant tackle a challenging technical problem? Did the entrant employ advanced programming techniques or integrate multiple components?  2. Innovation (20%): How creative is the entry? Does the entry introduce new ideas, methods or approaches to solve a problem? To what extent does the entry push the boundaries of current technologies or practices? Does it demonstrate originality and a fresh perspective?  3. Completion (20%): To what extent has the entrant delivered a functional solution within the given time frame? Does the entry achieve its intended goals and demonstrate a cohesive implementation? How well does it showcase the entrant’s ability to execute and deliver a finished product? 4. Real-life Application (20%): How relevant is the entry in addressing real-world challenges or needs? Does the entry have the potential for practical implementation or deployment? To what extent does it demonstrate usability, scalability and potential impact in real-world scenarios? 5. **Feedback (20%): How relevant is the entrant’s feedback about Sponsor’s developer experience, onboarding, documentation and support? Did the entrant discover a new bug? Did the entrant find a gap in Sponsor’s documentation? Sponsor wants to hear about the entrant’s struggles, and how Sponsor can improve the ecosystem and user experience for all developers.** ### 🌎 Impact on the organization As Midnight is currently in its testnet phase, having teams work on these bounties is crucial for fostering innovation and expanding our ecosystem.  Each of these challenges is designed to address key use cases that demonstrate the versatility of Midnight’s technology, from data-protecting social applications to hybrid DApps that integrate zk proofs. By encouraging developers to build on Midnight, we aim to populate our ecosystem with practical and impactful use cases that showcase the unique capabilities of our platform.  These projects will not only stress-test our tools and infrastructure, but also provide invaluable feedback to guide our engineering roadmap and improve developer experience. Additionally, the outcomes of these bounties, be it new token standards, creative applications, or innovative gameplay mechanics, will help position Midnight as a leading platform for data-protected DApps as we prepare for our mainnet launch. ### 📚 Resources https://docs.midnight.network/ ### 👀 Some example use cases The use cases are in our bounty description. ### 💼 Recruitment Opportunities At the moment, none

Create privacy-preserving features for social applications using Midnight. Design solutions to protect sensitive user data while enabling interactions and communication in a decentralized manner. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown 1st: $2500, 2nd: $1500 and 3rd: $1000 ### 📝 Requirements The requirements are in the description of the bounty ### ✅ What does a successful project look like? The developers must create one or multiple smart contracts and a functioning application that makes use of the smart contract(s) ### 🎨 UI/UX Design Requirements The application must have a clear and intuitive interface that is easy to understand and navigate, ensuring consistency across all screens. It should be responsive and accessible to all users. The interface should load reasonably, provide feedback for user actions, and handle errors gracefully. Users should be guided through the application with customised features. The social dapp must be usable and validated through testing with real users. Off-chain data can be mocked. ### 🧑‍⚖️ How are we judging it? Eligible entries will be judged by Sponsor in its sole discretion by a panel of three Sponsor employees, based on the below criteria. Equal weight will be assigned to each criterion. Entries should clearly identify and explain the contributions to each criterion.  Entries may include or be based on work you have previously worked on or completed (which may include, without limitation, open-source projects), provided that: (a) you clearly identify to Sponsor which component(s) of your entry are from pre-existing or open-source works; and (b) you acknowledge only the new functionality or features of your entry developed for the purposes of the Contest will be judged. Technology (20%): How impressive was the technical execution of the entry? Did the entrant tackle a challenging technical problem? Did the entrant employ advanced programming techniques or integrate multiple components?  Innovation (20%): How creative is the entry? Does the entry introduce new ideas, methods or approaches to solve a problem? To what extent does the entry push the boundaries of current technologies or practices? Does it demonstrate originality and a fresh perspective?  Completion (20%): To what extent has the entrant delivered a functional solution within the given time frame? Does the entry achieve its intended goals and demonstrate a cohesive implementation? How well does it showcase the entrant’s ability to execute and deliver a finished product? Real-life Application (20%): How relevant is the entry in addressing real-world challenges or needs? Does the entry have the potential for practical implementation or deployment? To what extent does it demonstrate usability, scalability and potential impact in real-world scenarios? Feedback (20%): How relevant is the entrant’s feedback about Sponsor’s developer experience, onboarding, documentation and support? Did the entrant discover a new bug? Did the entrant find a gap in Sponsor’s documentation? Sponsor wants to hear about the entrant’s struggles, and how Sponsor can improve the ecosystem and user experience for all developers. ### 🌎 Impact on the organization As Midnight is currently in its testnet phase, having teams work on these bounties is crucial for fostering innovation and expanding our ecosystem.  Each of these challenges is designed to address key use cases that demonstrate the versatility of Midnight’s technology, from data-protecting social applications to hybrid DApps that integrate zk proofs. By encouraging developers to build on Midnight, we aim to populate our ecosystem with practical and impactful use cases that showcase the unique capabilities of our platform.  These projects will not only stress-test our tools and infrastructure, but also provide invaluable feedback to guide our engineering roadmap and improve developer experience. Additionally, the outcomes of these bounties, be it new token standards, creative applications, or innovative gameplay mechanics, will help position Midnight as a leading platform for data-protected DApps as we prepare for our mainnet launch. ### 📚 Resources https://docs.midnight.network ### 👀 Some example use cases The use cases are in our bounty descriptions ### 💼 Recruitment Opportunities At the moment, none

Adapt a popular Ethereum token standard (ERC-20, ERC-721, etc.) to Midnight, leveraging zero-knowledge proofs for data protection and enhanced functionality. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown 1st: $2500, 2nd: $1500 and 3rd: $1000 ### 📝 Requirements The requirements are in the bounty description. ### ✅ What does a successful project look like? The developers must create a smart contract in Compact that implements the token standard as well as tests to verify its functionality and safety. ### 🎨 UI/UX Design Requirements No user interface required ### 🧑‍⚖️ How are we judging it? Eligible entries will be judged by Sponsor in its sole discretion by a panel of three Sponsor employees, based on the below criteria. Equal weight will be assigned to each criterion. Entries should clearly identify and explain the contributions to each criterion.  Entries may include or be based on work you have previously worked on or completed (which may include, without limitation, open-source projects), provided that: (a) you clearly identify to Sponsor which component(s) of your entry are from pre-existing or open-source works; and (b) you acknowledge only the new functionality or features of your entry developed for the purposes of the Contest will be judged. 1. Technology (20%): How impressive was the technical execution of the entry? Did the entrant tackle a challenging technical problem? Did the entrant employ advanced programming techniques or integrate multiple components?  2. Innovation (20%): How creative is the entry? Does the entry introduce new ideas, methods or approaches to solve a problem? To what extent does the entry push the boundaries of current technologies or practices? Does it demonstrate originality and a fresh perspective?  3. Completion (20%): To what extent has the entrant delivered a functional solution within the given time frame? Does the entry achieve its intended goals and demonstrate a cohesive implementation? How well does it showcase the entrant’s ability to execute and deliver a finished product? 4. Real-life Application (20%): How relevant is the entry in addressing real-world challenges or needs? Does the entry have the potential for practical implementation or deployment? To what extent does it demonstrate usability, scalability and potential impact in real-world scenarios? 5. **Feedback (20%): How relevant is the entrant’s feedback about Sponsor’s developer experience, onboarding, documentation and support? Did the entrant discover a new bug? Did the entrant find a gap in Sponsor’s documentation? Sponsor wants to hear about the entrant’s struggles, and how Sponsor can improve the ecosystem and user experience for all developers.** ### 🌎 Impact on the organization As Midnight is currently in its testnet phase, having teams work on these bounties is crucial for fostering innovation and expanding our ecosystem.  Each of these challenges is designed to address key use cases that demonstrate the versatility of Midnight’s technology, from data-protecting social applications to hybrid DApps that integrate zk proofs. By encouraging developers to build on Midnight, we aim to populate our ecosystem with practical and impactful use cases that showcase the unique capabilities of our platform.  These projects will not only stress-test our tools and infrastructure, but also provide invaluable feedback to guide our engineering roadmap and improve developer experience. Additionally, the outcomes of these bounties, be it new token standards, creative applications, or innovative gameplay mechanics, will help position Midnight as a leading platform for data-protected DApps as we prepare for our mainnet launch. ### 📚 Resources https://docs.midnight.network/ ### 👀 Some example use cases The use cases are in our bounty description ### 💼 Recruitment Opportunities At the moment, none

Develop a solution that efficiently bridges off-chain computation with on-chain verification for **a specific use case**. The solution should minimize computational costs and latency while ensuring result validity through smart contracts. Core functionality 1. Decentralized Compute: Leverage decentralized compute networks to run logic off-chain like using a **confidential coprocessor or zkvm**. This keeps costs down and improves speed. 2. Verifiable Credentials: Use verifiable credentials (VCs) to establish trust between the user, anyone can prove the identity, authorization, and the validity of its computations. ### 🗂️ Bounty Category Feature Usage,Early Stage Startup ### 💰 Prize Amount 25000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown 1st place 12,000 2nd place 8,000 3rd place 5,000 **If we get less than three projects, or they're not meeting our criteria, the prize money might change. It could be between $1,000 and $12,000. If no project meets our criteria enough to win, we'll explain why.** ### 📝 Requirements We expect a well designed application that is based on verifiable off chain computing, and the solution solves a real world problem that can enhance the web3 adoption. Problem definition: If the problem is a solid and real problem that blocks the current mass adoption.  ### ✅ What does a successful project look like? A success application should utilize mature proof generation library and proof must be submitted to BNB Chain.  The problem the application targets to solve must be widely recognised by community, and the solution can solve the problem efficiently.  Reduce the user interaction steps as much as possible to streamline the user journey. ### 🎨 UI/UX Design Requirements The application must have a functional user-interface - either a command-line  program or a browser-based dApp. Browser-based dApps must be published to publicly accessible demo URL, command-line apps must be packaged in a Docker container or as an standalone executable for Windows, Linux or MacOS. ### 🧑‍⚖️ How are we judging it? Judge Criteria: We will evaluate the design, UX and code quality of the application, and also provide feedbacks and guidance to hackers. 1. Problem definition: if the problem is a solid and real problem that blocks the current mass adoption.  2.UX Design: if the application has a streamlined user journey that can abstract away the tech complexities.  3. Verifiable Offchain Computing: Must be built on the technology of verifiable offchain computing(such as confidential co-processor or zkvm), and the verification smart contract must be on BNB Chain. ### 🌎 Impact on the organization This would kick off the discussion how to utilize TEE/zkVM to offload computation offchain and verify on chain, and set an example of use case on BNB Chain ### 📚 Resources NA, this has been created just for this Hack ### 👀 Some example use cases An AI agent needs to execute a trade on a DEX. The agent performs complex price analysis off-chain. The results, along with a ZKP proving the validity of the analysis, are submitted to the smart contract. The smart contract verifies the proof and, if valid, executes the trade. ### 💼 Recruitment Opportunities NA

This bounty seeks to expand Quai Network's capabilities through the development of autonomous AI agents using the ZerePy framework. We invite developers to create intelligent agents that can interact with Quai Network's infrastructure while providing meaningful utility to users. These agents should demonstrate the ability to execute complex tasks, manage transactions, and interact with smart contracts based on user directives and market conditions. ### 🗂️ Bounty Category Meaningful Open Source Contribution ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 1.0 ### 🏆 Winner Breakdown Prize allocation may be adjusted based on submission quality. If submissions do not meet evaluation criteria, prizes may be partially awarded or withheld with detailed feedback provided. ### 📝 Requirements A successful submission must create an AI agent implementation that demonstrates sophisticated interaction with Quai Network. The agent should be capable of processing natural language instructions, executing blockchain transactions, and providing clear feedback to users. The implementation must include comprehensive documentation of the agent's capabilities, decision-making processes, and integration requirements. ### ✅ What does a successful project look like? **Core Functionality Requirements** The solution must demonstrate: - Seamless integration between ZerePy framework and Quai Network infrastructure - Natural language processing for user instruction interpretation - Automated transaction execution and management - Clear user feedback and status reporting mechanisms - Robust error handling and recovery procedures - Secure key management and transaction signing **Enhanced Features** Projects implementing these elements will receive additional consideration: - Multi-platform accessibility (Discord, Twitter, Telegram) - Automated market analysis capabilities - Portfolio management features - Custom strategy implementation - Advanced risk management protocols ### 🎨 UI/UX Design Requirements Application must have a fully functional user interface while being easy to use and understand. UI should account for and inform the user on common errors (transaction failures, wallet rejections, ect). Browser-based dApps must be published to a publicly accessible demo URL. ### 🧑‍⚖️ How are we judging it? 1. Technical Implementation (30%) - ZerePy integration quality - Agent intelligence and autonomy - Transaction handling efficiency - Security measures - Error handling robustness 2. User Experience (25%) - Instruction interpretation accuracy - Response clarity and usefulness - Interface accessibility - Documentation quality - Learning curve consideration 3. Market Potential (25%) - Use case viability - Target market identification - Adoption potential - Competitive advantage - Scaling strategy 4. Innovation (20%) - Novel application of AI - Feature originality - Problem-solving approach - Future adaptability ### 🌎 Impact on the organization Successful implementations will advance Quai Network's ecosystem by: - Demonstrating practical applications of AI in blockchain - Creating new user interaction paradigms - Establishing automated service frameworks - Expanding network utility - Attracting innovation-focused developers ### 📚 Resources **<https://docs.qu.ai>** **<https://github.com/dominant-strategies>** **<https://docs.qu.ai/sdk/introduction>** **<https://docs.qu.ai/guides/development/solidity>** **<https://discord.gg/FwvzQkJPK9>** <https://www.zerepy.org/> <https://github.com/blorm-network/zerepy> ### 👀 Some example use cases This is an emerging space so we're more interested in builders demonstrating their creativity and insights rather than following in the footsteps of anything that's come before. ### 💼 Recruitment Opportunities None at this time.

This bounty invites developers to create sophisticated lending and borrowing markets on Quai Network's single shard environment. The goal is to establish robust DeFi infrastructure that enables users to earn yield through lending while providing borrowing opportunities. Projects should demonstrate how Quai's blockchain design can enhance capital efficiency and reduce borrowing costs while maintaining upgradeability for future network developments. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 1.0 ### 🏆 Winner Breakdown Note: Prize allocation may be adjusted based on submission quality. If submissions do not meet evaluation criteria, prizes may be partially awarded or withheld with detailed feedback provided. ### 📝 Requirements A successful submission must demonstrate implementation of upgradeable smart contracts using the OpenZeppelin upgrades plugin or equivalent proxy patterns. The contracts should include lending pools with variable and/or fixed interest rate models, while maintaining future compatibility with Quai Network's planned sharding implementation. Projects must integrate the Quais.js SDK for transaction handling and state management, ensuring full compatibility with Pelagus Wallet. Submissions should include comprehensive documentation of upgrade paths and governance mechanisms for contract modifications. ### ✅ What does a successful project look like? Successful projects will demonstrate sophisticated implementations of liquidation mechanisms, oracle price feeds, and risk management systems. Additional consideration will be given to projects that implement governance mechanisms for protocol parameters, yield optimization strategies, and clear upgrade paths for future network developments. Projects should include detailed documentation of their interest rate models and pool mechanics. ### 🎨 UI/UX Design Requirements Application must have a fully functional user interface while being easy to use and understand. UI should account for and inform the user on common errors (transaction failures, wallet rejections, ect). Browser-based dApps must be published to a publicly accessible demo URL. ### 🧑‍⚖️ How are we judging it? 1. **Technical Implementation (35%)** - Smart contract upgradeability design - Security considerations and audit readiness - Interest rate model sophistication - Risk management mechanisms - Oracle implementation quality 2. **User Experience (20%)** - Interface clarity for borrowing and lending operations - Transaction flow optimization - Risk disclosure and management tools - Portfolio management features 3. **Project Completeness (25%)** - Feature implementation quality - Testing coverage and documentation - Upgrade mechanism documentation - Deployment readiness and maintainability 4. **Market Potential (20%)** - Projected Total Value Locked (TVL) - Quai token utility integration - Market demand analysis - Key Performance Indicators: - Target annual yield rates: 3-8% for stable assets - Expected daily volume: $100k-$500k initial target - Quai token utility mechanisms - Risk-adjusted returns ### 🌎 Impact on the organization This bounty advances Quai Network's DeFi ecosystem by establishing foundational lending infrastructure that can evolve with the network. The implementation of upgradeable contracts ensures long-term sustainability and adaptability as Quai Network implements sharding and other improvements. This approach creates a foundation for sustainable yield opportunities while maintaining flexibility for future protocol enhancements. ### 📚 Resources <https://docs.qu.ai> <https://github.com/dominant-strategies> <https://docs.qu.ai/sdk/introduction> <https://docs.qu.ai/guides/development/solidity> <https://discord.gg/FwvzQkJPK9> ### 👀 Some example use cases <https://aave.com/> <https://compound.finance/> <https://curve.fi/> ### 💼 Recruitment Opportunities None at this time

This bounty aims to enhance Quai Network's security infrastructure by developing sophisticated custody solutions that address the network's unique addressing requirements. We seek implementations that provide institutional-grade security measures while maintaining the accessibility and functionality required for widespread adoption. These solutions should extend beyond traditional hot wallet capabilities to offer robust security features suitable for both individual and institutional users. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 1.0 ### 🏆 Winner Breakdown **Note:** Prize allocation may be adjusted based on submission quality. If submissions do not meet evaluation criteria, prizes may be partially awarded or withheld with detailed feedback provided. ### 📝 Requirements Successful submissions must demonstrate comprehensive security architecture that addresses Quai Network's specific requirements. The implementation should provide secure key management, transaction signing mechanisms, and address validation systems that work seamlessly with Quai's unique address space. Solutions must include thorough documentation, security audits, and implementation guides for integration partners. ### ✅ What does a successful project look like? **Development Pathways** Developers may focus their submissions on one of these key areas: Multisignature Implementation: A solution must provide secure multi-party transaction approval mechanisms, featuring configurable signature thresholds, role-based access controls, and transaction monitoring capabilities. The implementation should demonstrate compatibility with Quai Network's transaction structure while maintaining industry security standards. Hardware Wallet Integration: Submissions should deliver a complete hardware wallet integration package that enables secure offline transaction signing. The solution must include firmware specifications, integration documentation, and development tools that facilitate adoption by major hardware wallet manufacturers. Institutional Custody Platform: Proposals should outline comprehensive custody solutions that feature automated transaction processing, robust security protocols, and audit trails suitable for institutional requirements. The implementation must demonstrate scalability, regulatory compliance capabilities, and integration potential with existing financial systems. ### 🎨 UI/UX Design Requirements Application must have a fully functional user interface while being easy to use and understand. UI should account for and inform the user on common errors (transaction failures, wallet rejections, ect). Browser-based dApps must be published to a publicly accessible demo URL. ### 🧑‍⚖️ How are we judging it? **Judging Criteria** 1. Security Architecture (35%) - Key management implementation - Transaction signing security - Access control mechanisms - Audit trail completeness - Recovery procedures 2. Technical Implementation (25%) - Integration completeness - Scalability design - Performance optimization - Error handling - Documentation quality 3. Market Viability (25%) - Institutional adoption potential - Competitive positioning - Regulatory compliance - Integration capabilities - Growth strategy 4. Innovation (15%) - Novel security approaches - Feature differentiation - Future adaptability - Market fit ### 🌎 Impact on the organization Successful implementations will strengthen Quai Network's position in the institutional market by providing enterprise-grade custody solutions that address the unique requirements of professional asset managers, custodians, and financial institutions. These solutions will establish the foundation for broader institutional adoption while maintaining the highest security standards. ### 📚 Resources **<https://docs.qu.ai>** **<https://github.com/dominant-strategies>** **<https://docs.qu.ai/sdk/introduction>** **<https://docs.qu.ai/guides/development/solidity>** **<https://discord.gg/FwvzQkJPK9>** ### 👀 Some example use cases Ledger, Gnosis Safe ### 💼 Recruitment Opportunities none at this time

This bounty seeks innovative payment solutions that leverage Quai Network's infrastructure to facilitate seamless global commerce. We invite developers to create integration tools that enable merchants worldwide to accept Quai and Qi tokens as payment methods, focusing on solutions that bridge the gap between traditional payment systems and blockchain technology. The ideal submission will demonstrate how Quai Network can provide efficient, secure, and accessible payment solutions for merchants across various market segments. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Meaningful Open Source Contribution ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 1.0 ### 🏆 Winner Breakdown **Note:** Prize allocation may be adjusted based on submission quality. If submissions do not meet evaluation criteria, prizes may be partially awarded or withheld with detailed feedback provided. ### 📝 Requirements **Technical Requirements and Success Criteria** A successful submission must demonstrate robust implementation of payment solutions through one or more of these integration pathways: **Enterprise Integration:** - Accounting software integration with major platforms (QuickBooks, NetSuite) - Automated transaction reconciliation - Detailed reporting and audit trail functionality - Compliance with accounting standards **Point of Sale Integration:** - Compatible with existing POS systems in emerging markets - Support for multiple currency conversions - Real-time exchange rate updates - Offline transaction queuing **E-commerce Solutions:** - "Pay with Quai" plugin for major e-commerce platforms - Shopping cart integration capabilities - Payment confirmation workflows - Order fulfillment tracking ### ✅ What does a successful project look like? A good example of a successful implementation would be a shopify app that allows ecommerce sites to accept payments in Quai ### 🎨 UI/UX Design Requirements Application must have a fully functional user interface while being easy to use and understand. UI should account for and inform the user on common errors (transaction failures, wallet rejections, ect). Browser-based dApps must be published to a publicly accessible demo URL. ### 🧑‍⚖️ How are we judging it? **Judging Criteria** Submissions will be evaluated based on: 1. Market Impact (30%) - Total addressable market size - Geographic reach potential - Market penetration strategy - Revenue generation potential - Merchant adoption barriers addressed 2. Technical Implementation (25%) - Integration completeness - Security measures - Scalability architecture - Performance optimization - Error handling robustness 3. User Experience (25%) - Merchant onboarding process - Customer payment flow - Interface design - Multi-platform support - Documentation quality 4. Innovation (20%) - Novel solution approaches - Market fit - Competitive advantage - Growth potential ### 🌎 Impact on the organization ### **1. Strengthening Quai’s Payment Infrastructure** This bounty will drive the development of innovative payment solutions that integrate Quai Network with global commerce, positioning Quai as a viable alternative to traditional payment systems. By incentivizing developers to build enterprise, POS, and e-commerce integrations, Quai enhances its utility and strengthens its payment infrastructure. ### **2. Accelerating Merchant Adoption** Encouraging the development of payment tools will lower barriers for merchants to accept Quai and Qi tokens. Solutions that integrate with existing accounting, POS, and e-commerce platforms will make Quai Network more accessible, boosting real-world adoption and transaction volume. ### **3. Expanding Quai’s Market Reach** The bounty’s emphasis on geographic impact ensures that solutions are designed for a global audience. By targeting both developed and emerging markets, Quai can expand its reach and compete in various economic environments. Addressing local regulatory compliance and cultural factors will further strengthen Quai’s position as a borderless payment solution. ### **4. Enhancing Quai’s Developer Ecosystem** By engaging developers in the creation of real-world payment solutions, this bounty fosters a more active and capable developer community around Quai Network. The competition structure encourages innovation, incentivizing high-quality submissions that could evolve into long-term projects within the ecosystem. ### **5. Driving Real-World Transaction Volume** If successful, the integrations developed through this bounty will directly contribute to increased Quai transaction volume. This will enhance Quai’s economic activity and validate its use case as a payment method in real-world commerce. ### **6. Competitive Differentiation in the Crypto Payments Space** This bounty encourages the development of solutions that provide a competitive advantage over existing blockchain payment solutions. Emphasizing seamless merchant onboarding, cross-platform integration, and efficiency improvements will position Quai Network as a leader in blockchain-based payments. ### 📚 Resources **<https://docs.qu.ai>** **<https://github.com/dominant-strategies>** **<https://docs.qu.ai/sdk/introduction>** **<https://docs.qu.ai/guides/development/solidity>** **<https://discord.gg/FwvzQkJPK9>** ### 👀 Some example use cases Plugins and app for platforms such as Shopify, Wix, and Squarespace. ### 💼 Recruitment Opportunities None at this time.

This bounty seeks to expand Quai Network's wallet connectivity ecosystem through the implementation of universal wallet-to-dApp connection protocols. The primary goal is to enhance user accessibility by enabling mobile wallet interactions through QR code scanning and seamless mobile dApp integration. We encourage submissions that explore various wallet connectivity solutions, including but not limited to WalletConnect or similar protocols, with particular emphasis on Pelagus wallet compatibility. ### 🗂️ Bounty Category Meaningful Open Source Contribution ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 1.0 ### 🏆 Winner Breakdown **Note: **Prize allocation may be adjusted based on submission quality. If submissions do not meet evaluation criteria, prizes may be partially awarded or withheld with detailed feedback provided. ### 📝 Requirements A successful submission must deliver a comprehensive wallet connectivity solution that demonstrates secure and efficient wallet-to-dApp communication. The implementation should include a robust connection protocol that enables QR code functionality for mobile connections, supports desktop-to-mobile wallet interactions, and provides complete documentation for developer integration. Each submission must include thorough implementation guides and a demonstration dApp that showcases the practical application of the connectivity solution. ### ✅ What does a successful project look like? The evaluation committee will give additional consideration to projects that demonstrate innovative approaches to wallet connectivity. This includes enhanced security features that go beyond standard implementations, support for multiple wallet protocols, Progressive Web App compatibility, and efficient deep linking support for mobile applications. Projects should focus on creating a seamless experience that minimizes friction in the wallet connection process while maintaining high security standards. ### 🎨 UI/UX Design Requirements Application must have a fully functional user interface while being easy to use and understand. UI should account for and inform the user on common errors (transaction failures, wallet rejections, ect). Browser-based dApps must be published to a publicly accessible demo URL. ### 🧑‍⚖️ How are we judging it? **Judging Criteria** Submissions will be evaluated based on: 1. Technical Implementation (30%) - Protocol implementation quality - Security architecture - Mobile optimization - Integration completeness - Documentation quality 2. User Experience (30%) - Connection flow efficiency - Mobile responsiveness - Error handling and recovery - Cross-platform consistency - QR code scanning reliability 3. Market Viability (25%) - Total addressable market analysis - User adoption potential - Integration ease for developers - Competitive advantage assessment - Growth strategy 4. Innovation (15%) - Novel connectivity solutions - Security enhancements - Feature differentiation - Future scalability ### 🌎 Impact on the organization Each submission must include a sample application that effectively demonstrates the complete wallet connection lifecycle. This should showcase the end-to-end connection flow, mobile wallet interaction capabilities, transaction signing processes, comprehensive error handling, and seamless cross-device synchronization. The demonstration should clearly illustrate the improved user experience and technical advantages of the implemented solution. ### 📚 Resources **<https://docs.qu.ai>** **<https://github.com/dominant-strategies>** **<https://docs.qu.ai/sdk/introduction>** **<https://docs.qu.ai/guides/development/solidity>** **<https://discord.gg/FwvzQkJPK9>** ### 👀 Some example use cases Wagmi, Viem, WalletConnect, and RainbowKit ### 💼 Recruitment Opportunities Not at this time

Build your next multichain app using Wormhole’s Native Token Transfers (NTT). This open-source and composable framework lets you transfer native tokens across blockchains while maintaining their properties and preventing liquidity fragmentation. ### 🗂️ Bounty Category Feature Usage,Early Stage Startup,Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 10000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st: $5000, 2nd: $3000, 3rd: $2000 We reserve the right to adjust prize distribution based on the quantity and quality of submissions: (1) If no project meets our minimum standards, no prizes will be awarded; (2) If we receive submissions but they do not meet the quality we expect, we may reduce prize amounts or award fewer prizes than originally listed. ### 📝 Requirements Submissions must integrate with Wormhole's Native Token Transfers (NTT) framework for cross-chain token transfers. Projects must demonstrate functional integration on testnet with supported Wormhole networks. We recommend using the NTT CLI, but it is not mandatory. You can also use Wormhole Connect with NTT if you do not want to build you own UI (optional). However, please note that only Wormhole Connect implementation in the frontend without NTT integration will not be eligible for bounty. The following is required: - Open-source code with well-documented repository - Comprehensive README - Verified transaction hash link from Wormholescan on Testnet - Open Github repository - Project demo link max 2min - Pitch deck (maximum 10 slides) ### ✅ What does a successful project look like? A successful submission demonstrates working integration of NTT's cross-chain capabilities. This is a highly flexible and very composable framework. You can be creative! ### 🎨 UI/UX Design Requirements While not mandatory, projects are encouraged to consider: Integration with Wormhole Connect is encouraged but not mandatory (React widget) Implementation of intuitive user flows especially for Defi app ### 🧑‍⚖️ How are we judging it? ### 1. Technical Implementation (50%) - Code quality and integration with Wormhole NTT - Novel or creative approaches to solving technical challenges - Feasibility and complexity of the design - UI/UX quality and clarity ### 2. Impact & Viability (50%) - Real-world usefulness and market potential - Innovation and uniqueness of the concept - Overall usability and user impact - Team strength and execution toward delivering a meaningful solution ### 🌎 Impact on the organization Successful projects can have a large impact on the Wormhole ecosystem as a whole. If you are interested in taking the next step in your entrepreneurial journey, have a look at the Wormhole Sigma Startup Program: https://sigma.wormhole.com/sprint ### 📚 Resources ### 📚 Resources Documentation: - NTT Overview:[ https://wormhole.com/docs/learn/messaging/native-token-transfers/overview/](https://wormhole.com/docs/learn/messaging/native-token-transfers/overview/) - Build with NTT:[ https://wormhole.com/docs/build/contract-integrations/native-token-transfers/](https://wormhole.com/docs/build/contract-integrations/native-token-transfers/) - NTT Tutorial:[ https://wormhole.com/docs/tutorials/by-product/native-token-transfers/](https://wormhole.com/docs/tutorials/by-product/native-token-transfers/) - Example Live of NTT:  - Reference For Connect: - NTT + Connect Tutorial Example:[ https://github.com/wormhole-foundation/example-ntt-token](https://github.com/wormhole-foundation/example-ntt-token) - Connect Implementation Example:[ https://github.com/wormhole-foundation/demo-ntt-connect](https://github.com/wormhole-foundation/demo-ntt-connect) - Wormhole Connect in Style. No-code platform for checking your Config file: <https://connect-in-style.wormhole.com/> - Example Live of application using Connect: PancakeSwap and Jupiter ### 👀 Some example use cases ### Possibilities are unlimited but here a few ideas: - Any Multichain Token Systems spanning across Wormhole's 42 blockchain ecosystems - AI-Enhanced Prediction Markets with cross-chain functionality - DeFi Solutions leveraging cross-chain token transfers and swaps - Cross-Chain Governance implementations (Uniswap governance token ex) - Any app going cross chain using Circle’s CCTP - Swapping/lending  - How to launch NTT with more than one cross-chain token framework (OFT, xERC20, CCIP, etc.) - Wallet integration (like Backpack did) ### 💼 Recruitment Opportunities https://wormhole.com/ecosystem/careers

Have you ever wanted to have some data from one chain while building on another? Say hello to Wormhole Queries! It offers on-demand access to Guardian-attested on-chain data via a simple REST endpoint to initiate an off-chain request via a proxy. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 6000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st: $3,000.00, 2nd: $2,000.00, 3rd: $1,000.00 We reserve the right to adjust prize distribution based on the quantity and quality of submissions: (1) If no project meets our minimum standards, no prizes will be awarded; (2) If we receive submissions but they do not meet the quality we expect, we may reduce prize amounts or award fewer prizes than originally listed. ### 📝 Requirements You must deliver a working proof-of-concept or product that leverages Queries in a meaningful, demonstrable way. The basic requirements include **fetching at least one** piece of data from a source chain and verifying it on another chain. If building a product and not a devtool, show how your smart contract uses the query response bytes to confirm correctness. Share an open source code repository with a README explaining the solution, setup and how to run a demo. Bonus for working demos of how an end user or developer can interact with your solution. It doesn’t have to be a fancy frontend, CLI or minimal UI are even better as long as it’s easy to follow. This must be your team’s own work and should highlight a usecase that specifically benefits from on-demand, multichain state reads or builds tooling around this infrastructure. These are the bare minimum requirements to show you’ve built something that harnesses Queries effectively. * Open-source code and repository  * Well written readme * Integration with at least two supported chains * Github repo * Project Demo Link * Project Details (very concise) * Pitch deck max 10 slides ### ✅ What does a successful project look like? Ultimately, success is about** innovation **and** practical utility **and you can approach this **as either a dApp or developer tooling.** End-to-end use cases are listed out in the examples below and can include things like lending dApps that query collateral on other chains in realtime, light oracle aggregators, or single interfaces showing multichain NFT attributes or quests. Developer tools or libraries could include a framework or CLI that automates building and verifying Query requests, making it simpler for other devs to integrate, or a frontend tool where devs can add in function signatures, chain IDs or block numbers to generate Query payloads and decode results, or middlewares such as a “Query Explorer”. We will also judge on integration depth such as showing useful use cases of batched queries, using Solana queries to pull useful information from Solana to EVM. We would like to ensure you have a clear understanding of Guardian verification, incorporate possible fallback mechanisms, and provide a clean overall architecture. Show you’ve considered real usage! Basically the more you push the envelope the higher your chance of winning :) show your solution solves a real problem and can be extended by other devs. ### 🎨 UI/UX Design Requirements We’re not looking for pixel-perfect design, but clear and intuitive user flows. We’d love to see clarity of workflows, step-by-step examples or small example scripts that are easy to run. We’d love to see realtime feedback on frontends if you have one, or showing attestation signatures or Guardian data in a debug tab, so users can more easily visualise and understand the trust-minimised angle! Any user guidance or clear READMEs are a plus, and the simpler overall, the better for a hackathon. Would definitely encourage open-ended creativity too, feel free to brand, style or narrate how you wish. The most important thing is function and clarity, you want judges to grasp how your solution works in under five minutes. ### 🧑‍⚖️ How are we judging it? 1. Technical Implementation (50%) - Code quality and integration with Wormhole NTT - Novel or creative approaches to solving technical challenges - Feasibility and complexity of the design - UI/UX quality and clarity 2. Impact & Viability (50%) - Real-world usefulness and market potential - Innovation and uniqueness of the concept - Overall usability and user impact - Team strength and execution toward delivering a meaningful solution ### 🌎 Impact on the organization Sucessful projects can have a large impact on the Wormhole ecosystem as a whole. If you are interested in taking the next step in your entrepreneiruial journey, have a look at the Wormhole Sigma Startup Program: https://sigma.wormhole.com/sprint ### 📚 Resources Learn about Wormhole: https://wormhole.com/docs/learn/fundamentals/ Start buidling with Queries: https://wormhole.com/docs/build/applications/queries/ Queries FAQ: <https://wormhole.com/docs/build/applications/queries/faqs/> Wormhole Hacker Cheat Sheet: <https://wormholefoundation.notion.site/Wormhole-Hacker-Cheat-Sheet-1138874942238059b563e68f5fa135d0> Video intro: <https://youtu.be/LwKQOToRS1c?si=M6GYUgpQgoio1e6l> ### 👀 Some example use cases Potential project examples: - A lightweight, chain-averaged multichain oracle - A multichain marketplace, gathering listing and ownership details from a remote chain - A dashboard for rates on all arbitrage-target assets like LRTs/Stablecoins across chains or even per DEX More details below: Multichain NFT or Game Inventory - Instead of bridging an NFT, let dApps read the latest NFT attributes from Solana and Ethereum using queries. - Show a unified inventory in realtime, verified on demand. - Build new primitives in the NFT or GameFi space. Multichain Collateral or Credit Score - Empowers more seamless lending experiences across chains. - A DeFi lending protocol on one chain can verify user collateral or credit score on another chain. Light Oracle or Lightning Price Feeds - A custom oracle aggregator could use Queries to fetch DEX spot prices or aggregator quotes from various chains, and return a single final price feed to any chain wanting an attested “global average price.” - Potentially huge cost/time savings vs. spinning up a custom bridging solution or paying gas on each chain. Multichain ID or Rep System - ZK badges anchored on Ethereum could use Queries on another chain to verify users meet specific criteria. - Could pair and be composable with other existing onchain ID solutions to bring them together and aggregate rep/DID systems. Solana Stake Pool Aggregator - Allow projects to easily show the realtime exchange rates from Solana using sol_account queries. - If needed, the EVM can trustlessly verify the stakepool ratio or total staked lamports in a single step before performing an action, perfect for multichain staking dashboards. Multichain KYC Composer - Query the user’s “isKYCed” status from Ethereum or other chains to return attested statements for destination chains to confirm this data on the spot. - Replaces the typical “update the whitelist on each chain” approach and lets you unify compliance logic in one place, but still enforce it on other chains. Games - Multichain puzzles or treasure hunts are now possible - Show how to unify data or create educational material with chain-agnostic quests or games! Have a look at live projects using Wormhole Queries:  - [Infinex](https://infinex.xyz/) (<https://x.com/SmolakovAndrej/status/1843512194044203268> - [Pyth](https://www.pyth.network/) (oracle) - [Jito](https://www.jito.network/) (crosschain price feed) - [Worldchain](https://world.org/world-chain) (World ID) - [Uniswap governance](https://gov.uniswap.org/) (latest deployment: <https://x.com/wormhole/status/1879561746102530129>) ### 💼 Recruitment Opportunities <https://wormhole.com/ecosystem/careers>

The Wormhole TypeScript SDK is useful for interacting with the chains Wormhole supports and the [protocols](https://wormhole.com/docs/build/applications/wormhole-sdk/wormhole-sdk/#protocols) built on top of Wormhole. This package bundles together functions, definitions, and constants that streamline the process of connecting chains and completing transfers using Wormhole. ### 🗂️ Bounty Category Feature Usage,Early Stage Startup ### 💰 Prize Amount 6000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st: $3,000.00, 2nd: $2,000.00, 3rd: $1,000.00 We reserve the right to adjust prize distribution based on the quantity and quality of submissions: (1) If no project meets our minimum standards, no prizes will be awarded; (2) If we receive submissions but they do not meet the quality we expect, we may reduce prize amounts or award fewer prizes than originally listed. ### 📝 Requirements Build on Wormhole's TypeScript SDK to create cross-chain applications. Projects must demonstrate functional integration on testnet with supported Wormhole networks. ### ✅ What does a successful project look like? How valuable this project is for adoption of Cross-chain features in web3. ### 🎨 UI/UX Design Requirements The application must have a functional user-interface - either a command-line program or a browser-based dApp. Browser-based dApps must be published to a publicly accessible demo URL. We understand that some features using the SDK might not have a fully functioning Front-end in some cases. However, we strongly value a great UX and a clean product flow. ### 🧑‍⚖️ How are we judging it? 1. Technical Implementation (50%) - Code quality and integration with Wormhole NTT - Novel or creative approaches to solving technical challenges - Feasibility and complexity of the design - UI/UX quality and clarity 2. Impact & Viability (50%) - Real-world usefulness and market potential - Innovation and uniqueness of the concept - Overall usability and user impact - Team strength and execution toward delivering a meaningful solution ### 🌎 Impact on the organization Successful projects can have a large impact on the Wormhole ecosystem as a whole. If you are interested in taking the next step in your entrepreneurial journey, have a look at the Wormhole Sigma Startup Program: https://sigma.wormhole.com/sprint ### 📚 Resources 📝 Requirements Submissions - Open-source code and repository  - Well written readme - Integration with at least two supported chains - Github repo - Project Demo Link - Project Details (very concise) - Pitch deck max 10 slides Please refer to the the Hacker Cheat Sheet for useful infos: https://wormholefoundation.notion.site/Hacker-Cheat-Sheet-1138874942238059b563e68f5fa135d0 ### 👀 Some example use cases 💡 Example Use Cases - Cross-chain token swaps and transfers - General message passing cctp (use cctp cross chain deposits) - Cross chain Asset management systems - Token bridge services - Cross-chain messaging applications - Data synchronization systems - Multichain savings account / yield aggregator (<https://x.com/uselulo> but multichain) ### 💼 Recruitment Opportunities https://wormhole.com/ecosystem/careers

We want you to build the first Central Limit Order Book (CLOB) Decentralized Exchange on Gravity Chain. This project aims to leverage Gravity Chain's high throughput, fast finality, and low gas fees to create a high-performance DEX.  ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 8000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown We're giving money prizes to the top three team projects: 3rd place will get at least $1,000. 2nd place will get at least $2,000. 1st place can get as much as $5,000. ### 📝 Requirements **_Core Deliverables_** 1. **Smart Contract System:** 1. Functional CLOB DEX implementation with order matching. Bonus: margin trading, and risk management 2. Minimum 90% test coverage with Foundry 3. Clear technical documentation 2. **Trading Infrastructure** 1. Off-chain orderbook with price-time priority matching 2. Secure on-chain settlement system 3. Support for common order types (e.g. limit and market orders) 3. **Bonus: Portfolio Margin Trading & Risk Management** 1. Margin trading with configurable leverage 2. Automated liquidation system 1. Insurance fund mechanism 2. The socialised loss system 3. Price oracle integration with funding rate mechanism 4. **User Interface** 1. Wallet integration 2. Basic trading interface with orderbook display 3. Position management functionality **_Submission Requirements_** 1. **Code and Documentation** 1. GitHub repository with complete source code 2. Documentation and setup guides 3. Test coverage results 2. **Working Implementation** 1. Contracts deployed on Gravity Alpha Mainnet 2. Functional frontend deployment 3. Demo video showcasing key features ### ✅ What does a successful project look like? **The demo should be able to:** 1. **Order Book & Trading Interface:** 1. Place a limit order with specific price and size 2. Show order appearing in the orderbook visualization 3. Place a market order and demonstrate instant execution and its workflow 4. Cancel or modify existing orders 5. Explain the price-time priority matching in action 2. **Bonus: Margin Trading Features:** 1. Open a leveraged position 2. Show position management interface 3. Demonstrate adjusting leverage 4. Set stop-loss and take-profit orders 5. View liquidation price and margin requirements 3. **Bonus: Risk Management & Liquidations:** 1. Show account health data 2. Demonstrate how price movements affect position margin 3. Walk through the liquidation process 4. Show funding rate calculations and payments 5. Display oracle price feeds integration **The code should:** 1. **Smart Contract Architecture** 1. Implement Core Protocol Contracts: Develop a modular smart contract system with clear separation of concerns. This should include contracts for order management, trade execution, margin handling, and settlement. (Optional) Follow the proxy pattern for upgradability. 2. State Management: Design efficient storage structures for managing user positions, balances, and order states. Implement proper access controls and state transitions with event emissions for off-chain tracking. 2. **Order Matching Engine** 1. Off-chain Orderbook: Create an off-chain order book system that maintains bid/ask orders and implements price-time priority matching. The system should be able to handle limit orders and market orders efficiently. 2. On-chain Settlement: Implement secure on-chain settlement mechanisms that validate and execute matched trades. Include proper signature verification and order validation logic. 3. **Bonus: Margin Trading System** 1. Collateral Management: Build a flexible collateral system supporting deposits and withdrawals. Implement proper accounting for user margins and position values 2. Leverage Trading: Enable leveraged trading with configurable maximum leverage ratios. Include proper risk checks and maintenance margin requirements. 4. **Bonus: Risk Management** 1. Liquidation Engine: Develop an automated liquidation system that monitors account health and executes liquidations when necessary. Include incentives for liquidators and proper price impact considerations. 2. Circuit Breakers: Implement safety mechanisms like trading halts during extreme volatility, maximum position sizes, and price deviation checks. 5. **Price Oracle Integration** 1. Oracle Implementation: Integrate with price oracles for reliable price feeds. Include fallback mechanisms and proper validation of oracle data. 2. Funding Rate Mechanism Implement a funding rate system to tether perpetual prices to the underlying asset price. 6. **User Interface** 1. Wallet Connection: Integrate a connect kit to let user connect. 2. Trading Interface: Create a trading interface showing the order book (optional: add depth charts to visualize market liquidity), recent trades, and user positions. Include basic trading functionality like placing/canceling orders. 3. Position Management: Provide interfaces for managing positions, including leverage adjustment, stop-loss orders, and position history. 4. (Optional)Trading history display: Display market trades and user's personal trading history with transaction details and filtering options. 7. **Testing and Documentation** 1. Test Coverage: Achieve at least 90% test coverage (foundry) including unit tests and integration tests. (Optional) fuzz and invariant tests. 2. Documentation: Provide clear documentation covering architecture, APIs, and deployment procedures. Include detailed explanations of key mechanisms. 8. **Additional Features and Innovation** 1. We strongly encourage teams to go beyond the basic requirements and showcase their creativity. Additional functionality that enhances trading experience, improves security, or adds valuable features will be viewed favorably in judging. ### 🎨 UI/UX Design Requirements 1. A browser-based dApp deployed to a public URL 2. Clean and intuitive order entry interface 3. Real-time order book visualization 4. Wallet connection and management 5. Trading history and position display 6. Responsive design 7. Clear transaction status indicators 8. (Optional) Charts for data visualization ### 🧑‍⚖️ How are we judging it? 10-point scale across each criterion: 1.Technical implementation and performance(60%): 1. Code quality and organization 2. Gas optimization 3. Test coverage 4. Security measures 5. Performance optimization 2.UI/UX (30%): 1. Interface design and usability 2. Trading experience smoothness 3. Responsive design 3.Documentation (10%) 1. Code documentation 2. API documentation 3. Deployment guides 4. User guides ### 🌎 Impact on the organization 1. Establish the first high-performance CLOB DEX on Gravity Chain 2. Demonstrate the chain's capabilities for complex DeFi applications 3. Create infrastructure for future DeFi projects 4. Attract more developers and users to the ecosystem ### 📚 Resources - <https://docs.gravity.xyz/> - <https://www.investopedia.com/terms/p/portfolio-margin.asp> - <https://insights.deribit.com/education/the-deribit-insurance-fund-and-socialised-loss-system/> - dydx repos: <https://github.com/dydxprotocol> - dydx contracts: <https://github.com/dydxprotocol/perpetual> ### 👀 Some example use cases 1. Traders can use limit orders to set their desired buy and sell prices. This lets them trade with more control over their entry and exit prices, just like on centralized exchanges. They can place orders at very specific price points to capture small price movements. 2. Market makers help keep the market active by placing both buy and sell orders. They can profit from the small difference between their buy and sell prices (the spread). The order book system lets them easily manage how much of each asset they hold.

This challenge focuses on developing an evaluation framework for crypto-focused agents, specialized in answering web3/crypto questions. Evaluations should be based on at least the following three key metrics: **Timeliness**, **Factuality**, and **Insightfulness**. ### 🗂️ Bounty Category Feature Usage,Meaningful Open Source Contribution ### 💰 Prize Amount 4000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown We're giving money prizes to the top two team projects: 2rd place will get at least $1,000. 1st place can get as much as $3,000. ### 📝 Requirements The evaluation framework will measure: - **Timeliness**: How effectively agents respond to real-time crypto events like price changes and news. Rather than measuring response latency, this metric assesses the ability to provide up-to-date, relevant information. This can potentially be evaluated through AI/machine checking. - **Factuality**: The accuracy of information compared to trusted sources, emphasizing the avoidance of misinformation. This can be machine-verified (e.g., comparing Bitcoin's highest daily price against reliable sources). - **Insightfulness**: The quality of meaningful, context-aware analysis, particularly in complex or ambiguous market situations. This requires human evaluation. - **Custom Metric**: You may define an additional metric to evaluate agent performance. For machine-verifiable metrics, the evaluation should be fully automated. For metrics requiring human judgment, the evaluation process should follow platforms like <https://lmarena.ai/>. ### What is required to complete this bounty 1. **Evaluation Framework/Methodology**: Design evaluation methods for each criterion. 2. **Human Evaluation App**: Develop an application that enables users to rate different agents' responses to the same questions. 3. **Performance Metrics**: Create a comprehensive scoring system for agent comparison. 4. **Evaluation Report & Leaderboard**: Build an application similar to <https://lmarena.ai/> that generates reports and displays a leaderboard. ### ✅ What does a successful project look like? **Success for the Crypto Agent Evaluation Framework looks like:** **1.Automated Testing Infrastructure for Factuality & Timeliness**: A system that can: - Interface with real-time crypto data feeds and news sources - Monitor agent response times to market events - Generate automated accuracy scores for factual claims 2.**Human Evaluation Platform for Insightfulness**: A user-friendly application that provides: - Side-by-side comparison of multiple agent responses - Structured rating system for insight quality - Expert feedback collection and aggregation - In-depth qualitative assessment capabilities **3.Comprehensive Reporting System**: Generate detailed evaluation reports and maintain a dynamic leaderboard similar to <https://lmarena.ai/>. **Possible Features to Look For:** 1. Novel evaluation methodologies beyond those specified above 2. Assessment of agent performance during unexpected events (market crashes, breaking news) 3. Evaluation of agent handling of speculative content, misinformation, and data gaps 4. Advanced evaluation techniques, such as LLM-based assessment ### 🎨 UI/UX Design Requirements The interface should mirror the structure of [lmarena.ai](http://lmarena.ai/), featuring: **1.Leaderboard Display**: - Customizable rankings based on multiple metrics - Clear visual performance indicators - Comprehensive agent-specific breakdowns - Performance history tracking **2.Automated Evaluation Dashboard**: - Clear visualization of evaluation results - Comparative analysis tools - Historical performance trends **3.Human Evaluation Interface**: - Multi-agent response comparison - Intuitive rating system - Expert feedback collection - Detailed qualitative assessment tools The design should balance simplicity with comprehensive functionality, following [lmarena.ai](http://lmarena.ai/)'s example. ### 🧑‍⚖️ How are we judging it? Projects will be judged on: - **Innovation**: Uniqueness and effectiveness of the evaluation framework and metrics - **Performance**: Efficiency and effectiveness of the evaluation system - **Documentation**: Clarity, comprehensiveness, and reproducibility of documentation - **UI/UX**: Intuitiveness and visual appeal of the design ### 🌎 Impact on the organization This project will establish a standardized evaluation framework for crypto agents, enabling more accurate and reliable performance assessment. ### 📚 Resources - <https://github.com/alva-ai/ethdenver25> ### 👀 Some example use cases - Developers can use the evaluation framework to evaluate the performance of the crypto agent, and the evaluation results can be used to improve the agent's performance. - Users can use the evaluation results to make more informed decisions about which crypto agent to use.

High-performance EVM blockchains is going to be one of the popular topics in 2025, just like LLM! For LLM, we have <https://lmarena.ai>, allowing developers and users to “benchmark” LLM performances. Since there will be so many high-perf EVM blockchains, we want to create a evm arena, setting the standard for EVM blockchain performance. ### 🗂️ Bounty Category Meaningful Open Source Contribution ### 💰 Prize Amount 4000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown We're giving money prizes to the top two team projects: 2rd place will get at least $1,000. 1st place can get as much as $3,000. ### 📝 Requirements This project should use versatile datasets to benchmark EVM blockchains, with properly defined standards like matchine spec (e.g. CPU, RAM size, IO Throughput and latency), network structure (e.g., network throughput, client to validator latency) and consensus configuration (single sequencer for L2, 3 nodes for L1, geographically distributed in 2 region)? The metrics should include at least: - **Throughput:** Gas usage per second (Gas/s) and transactions per second (TPS). - **Latency:** Time until a transaction receipt is available. - **Finality:** Time until a transaction is finalized and cannot be reverted without a hard fork. ### What is required to complete this bounty **Backend Development:** - Define a competition rules - Define standard: matchine spec (e.g. CPU, RAM size, IO Throughput and latency), network structure (e.g., network throughput, client to validator latency) and consensus configuration (single sequencer for L2, 3 nodes for L1, geographically distributed in 2 region) - Define how EVM chains can participate? - Chain setup - Benchmarking - How to ensure reproducibility? - Create a benchmarking script that interacts with multiple EVM-compatible blockchains via JSON-RPC, against different dataset. - Dataset should simulate real-world transaction scenarios, such as token transfers, contract deployments, and complex interactions like batch processing. - Bonus: Allow users to bring their own dataset! **Open-Source:** The benchmark script must be open-sourced and runnable against any EVM chain. **Frontend Development:** - Build a leaderboard application that aggregates and displays benchmarking metrics for different chains. - Provide a user-friendly interface for comparing blockchain performance across the key metrics (Throughput, Latency, Finality). ### ✅ What does a successful project look like? App should present a leaderboard page, showing metrics benchmark of different chains. A successful submission includes: 1.**Comprehensive Benchmarking Tool:** - A robust script capable of benchmarking multiple EVM chains. - Support for configurable scenarios, including high-throughput stress tests, smart contract interaction tests, and potentially parallelable transaction tests. 2.**Interactive Leaderboard:** A leaderboard that visualizes the performance data for all tested blockchains. Key metrics include: - **Gas/s and TPS:** How much throughput the chain can handle. - **Latency:** How quickly transaction receipts become available. - **Finality:** How fast transactions are finalized with no risk of reversal. 3.**Transparency and Reproducibility:** Provide detailed documentation on how the benchmarking was conducted, including parameters, configurations, and testing environments. 4.**Clear Insights:** - Highlight the strengths and weaknesses of each blockchain based on the benchmark data. - Showcase which platforms are most suitable for specific types of DApps, such as DeFi, GameFi, or NFT marketplaces. ### 🎨 UI/UX Design Requirements **1. Professional and Intuitive Interface:** - The leaderboard should present data clearly, with options to filter, sort, and compare chains based on their performance metrics. - Include visual aids such as bar charts, heatmaps, or radar graphs for a clear representation of results. **2. Flexibility for Developers:** - Allow developers to upload custom benchmarking scripts to test specific scenarios on selected blockchains. - Enable users to download and replicate the benchmark setup. **3. Live Updates:** Support real-time updates for leaderboard metrics, showing how chains perform under different conditions. ### 🧑‍⚖️ How are we judging it? **Evaluation Criteria:** **Accuracy and Realism:** - Does the benchmarking tool simulate real-world DApp scenarios effectively? - Are dataset versatile enough to cover different scenarios? - Are the results reliable, reproducible, and validated through on-chain data? **Comprehensiveness:** - Does the benchmarking tool cover some key metrics: Throughput, Latency, and Finality? - Do you have innovative metrics that reveals the performance different, especially those making huge difference for users, developers, and DApp. **Frontend Design and User Experience:** - Is the leaderboard visually appealing and easy to navigate? - Are data visualizations clear and informative? **Community Impact:** Does the benchmarking tool provide valuable insights for developers, investors, and blockchain enthusiasts? ### 🌎 Impact on the organization Setting the standard for the high-perf EVM blockchain community. ### 📚 Resources ### Resource Links - <https://docs.gravity.xyz/research/litepaper> - <https://docs.gravity.xyz/research/grevm> - <https://www.galxe.com/blog/gravity> - <https://github.com/Galxe/gravity-sdk> - <https://github.com/Galxe/grevm> ### 👀 Some example use cases There are too many highest-performant chains, talk is cheap, show me the benchmark:)

The objective of this bounty is to build a real-time alert system for Solana blockchain tokens, well, mostly for meme coins! The system will track various token and send customizable push alerts to users based on their selected criteria.  ### 🗂️ Bounty Category Feature Usage,Early Stage Startup ### 💰 Prize Amount 3000 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown We're giving money prizes to the top team: 1st place can get as much as $3,000. ### 📝 Requirements **Core Features:** - **Track Tokens on the Solana Blockchain**: Monitor all tokens on the Solana network. - **Customizable Alerts**: Users can set alerts based on specific token parameters, such as market cap, holders, trading volume, and more. - **Real-Time Push Notifications**: Alerts should be delivered instantly to users' mobile devices, helping them act quickly on important changes. Build a service or an app that allows user to configure alerts based on some parameters. Then user will receive notifications when conditions are met. ### ✅ What does a successful project look like? Track all tokens on the Solana blockchain and send push alerts based on the following parameters of a specific token ### ### **Required Parameters for Alerts:** - **Market Cap**: Track the total market capitalization of tokens. - **Market Cap Percentage Change**: Alert users if the market cap changes by a set percentage within a defined time period. - **Holders**: Monitor the number of token holders. - **Holders Percentage Change**: Alert users when the number of holders increases or decreases by a certain percentage over a specific time period. - **Trading Volume**: Track token trading volume within a given time period. - **Volume Percentage Change**: Notify users when trading volume changes significantly compared to the previous time period. - **Creation Time**: Monitor the token’s creation time to identify newly launched tokens. - **Buy/Sell Activity of Watchlist Addresses**: Track and alert based on buy/sell activities of addresses in a user’s watchlist (users can import or manually enter addresses). ### ### **Example Alerts:** 1. **Example 1**: 1. When a token’s market cap is between 500K and 5M, the number of holders exceeds 300, and in the last 5 minutes, trading volume increases 5x compared to the previous 5 minutes, send me an alert. 2. **Example 2**: 1. When a token’s creation time is less than 1 hour, more than 10 addresses in my watchlist have bought the token in the last 5 minutes, and the market cap is under 10M, send me an alert. ### 🎨 UI/UX Design Requirements - **Mobile Compatibility**: The system should be fully functional on mobile devices. - **Multiple Alerts**: Allow users to set and manage multiple alerts with customizable parameters. - **Push Notifications**: Users should receive real-time notifications via their phone’s notification system. - **Watchlist Management**: Users can easily import or manually enter wallet addresses to monitor their buy/sell activities. ### 🧑‍⚖️ How are we judging it? Projects will be judged on the following key aspects: 1. **Accuracy of Push Notifications**: How precise and relevant the alerts are in reflecting the user’s set conditions. 2. **Speed of Push Notifications**: Alerts must be delivered in real time with minimal delay. 3. **Ease of Interaction**: The system should be user-friendly, intuitive, and easy to navigate, especially on mobile devices. ### 🌎 Impact on the organization This system will help users stay ahead of market trends and enhance their trading strategies with personalized, timely alerts. The goal is to enable traders to monitor and respond to changes in the Solana ecosystem more effectively. ### 📚 Resources <https://github.com/alva-ai/ethdenver25> ### 👀 Some example use cases Meme coin trading.

This bounty challenges you to design and analyze **innovative mechanisms** tailored for parallel EVM chains. The goal is to create mechanisms that can incentivize the deployment and execution of **parallelizable smart contract. ** ### 🗂️ Bounty Category Feature Usage,On-chain Security,Meaningful Open Source Contribution,Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 3000 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown 1st place can get as much as $3,000. ### 📝 Requirements This research bounty is focused on exploring innovative and practical mechanisms for the next generation of parallel EVM chains. Submissions should provide a comprehensive design proposal, backed by theoretical analysis or simulation results. Participants can exploring new designs for parallel EVM chains, including but not limited to: - **New Transaction Types or Fields: **Propose novel transaction metadata fields that improve the context for parallel execution, such as conflict detection or resource utilization scores. - **New Priority Ordering Mechanism: **Parallelable transactions can have higher chance to be included in a block during network congestion? - **Innovative Gas meter: **Transactions that can be executed in parallel can have some gas refund? How to deterministically check if a transaction can be “parallelized” in a block? - **Enhanced Gas Pricing Models: **Redesign existing models (e.g., Base Fee and Priority Fee) to better adapt to dynamic network conditions or incentivize specific behaviors. ### ### What is required to complete this bounty **1.Research Proposal and Design:** - Develop a detailed research paper or technical report proposing a new mechanism for parallel EVM chains. - Include theoretical economic incentives, and expected impacts on network behavior. - NOTE: The algorithm must be deterministic **2.Simulation or Model Implementation:** - Create a simulation or prototype demonstrating the proposed mechanism’s feasibility. - Use scenarios such as parallelizable contract execution, varying transaction volumes, and network under-utilization to showcase effectiveness. **3.Parallelization and Concurrency Analysis:** - Analyze how the mechanism supports parallel execution, such as minimizes intra-block conflicts or balances network load. - Provide metrics to measure performance improvements, such as reduced gas costs, faster finality, or increased throughput. ### ✅ What does a successful project look like? **A successful submission should include:** **Core Requirements (50%)** **1. InnovativeMechanism & Research Paper** - **Comprehensive Analysis:** - Provide a structured research report detailing the proposed mechanism. The analysis should include theoretical foundations, supported by mathematical models, graphs, or case studies, to demonstrate the mechanism’s rationale and expected benefits. - **Address Key Challenges:** - The design should address the following core objectives: - **Incentives for Parallelizable Transactions:** Introduce mechanisms to reward or optimize fees for deploying and executing parallelizable txns. - **Low Activity Incentives:** Propose dynamic mechanism to encourage users to initiate transactions during periods of low block or network concurrency. - **Rationale and Trade-offs:** - Clearly explain the rationale behind the mechanism, including potential trade-offs or limitations. **2. Practical Simulation Results** - **Prototype or Simulation Validation:** - Submit a prototype or simulation that validates the proposed mechanism in practical scenarios, such as: - **High Parallelism Scenarios:** Demonstrate how the mechanism optimizes parallel execution and increases network throughput. - **Low Activity Scenarios:** Showcase how dynamic fee structures stimulate transaction activity during underutilized periods. - **Performance Metrics:** - Present key metrics to evaluate the effectiveness of the mechanism, such as: - **Network Utilization:** Improved Gas usage or increased transaction volume during low activity. - **Throughput (TPS):** Enhanced throughput enabled by parallel execution. - **User Cost Efficiency:** Reduced average transaction costs, especially during high activity. - **Visualization:** - Include clear and informative visualizations (e.g., time-series charts, heatmaps) to showcase simulation results and support your findings. **Bonus Components (50%)** **1.Impact on Scalability:** Analyze how the proposed mechanism impacts long-term scalability, particularly in terms of improved parallel execution and resource efficiency. **2.Behavioral Dynamics:** Explore how the mechanism may influence user behavior, such as encouraging the use of parallelizable contracts or initiating transactions during low activity periods. **3.Ecosystem Sustainability:** Provide insights into the mechanism economic sustainability, ensuring it avoids issues like resource abuse or disproportionate rewards. **4.Broader Applicability:** Discuss the potential for the mechanism to be adopted across other EVM-compatible chains or blockchain ecosystems. ### 🎨 UI/UX Design Requirements **Transparency and Accessibility:** - Provide clear, accessible outputs for simulation results, such as performance metrics or transaction cost visualizations. - **User-Centric Features:** - Allow customization of simulation parameters (e.g., transaction volume, concurrency level) to explore different scenarios. ### 🧑‍⚖️ How are we judging it? **Evaluation Criteria:** **1.Innovation and Feasibility:** - Is the mechanism novel and applicable to parallel EVM chains? - Does it address specific challenges in parallel execution or low network activity? **2.Economic and Technical Rigor:** - Is the proposal backed by sound economic and technical principles? - Are potential trade-offs and limitations clearly analyzed? **3.Simulation and Validation:** - Are simulation results or prototype implementations provided? - Do they validate the mechanism’s design and effectiveness? **4.Impact on Ecosystem:** - Does the mechanism provide clear benefits to the blockchain ecosystem, such as improved scalability, cost-efficiency, or fairness? - Can it inspire further research and innovation? **5.Clarity and Presentation:** - Is the submission well-structured and easy to understand? - Are theoretical and empirical results clearly presented? ### 🌎 Impact on the organization The research outputs from this bounty will help guide the development of future gas fee mechanisms for parallel EVM chains, enabling greater scalability, user engagement, and economic sustainability for Gravity and similar ecosystems. ### 📚 Resources - <https://github.com/ethereum/EIPs/blob/master/EIPS/eip-1559.md> - <https://docs.gravity.xyz/research/litepaper> - <https://docs.gravity.xyz/research/grevm> - <https://github.com/Galxe/grevm> - <https://arxiv.org/abs/2406.05568> ### 👀 Some example use cases **1.Dynamic Gas Pricing for Parallelism: **Mechanisms that provide lower fees for transactions or contracts that enable parallel execution. **2.Activity Incentives During Low Concurrency: **Dynamic discounts or rewards for initiating transactions during periods of low block utilization. **3.Predictable and Transparent Fees: **Designs that maintain user trust with consistent, understandable fee structures. **4.Sustainable Economic Models: **Mechanisms that adapt to long-term network growth while maintaining security and fairness.

Build a unique use case for issuance and verification of verifiable credentials using Humanity Protocol on the web. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Early Stage Startup ### 💰 Prize Amount 16000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st Place gets $10,000. 2nd Place gets $5,000. 3rd Place gets $1,000. If there are not three top projects, we might only give out some of the prizes listed above, or we may adjust prize amounts. If no project is good enough to win, we'll explain why. ### 📝 Requirements Project must be using Humanity Protocol API to issue verifiable credentials  - A GitHub repository containing the project artifacts (smart contracts, tests, documentation) and a solid README of the project must be submitted. The README should include: - a clear short one-sentence description of your submission - a short description of what you integrated Humanity with and how - short description of the team and their backgrounds - clear instructions for testing the integration - feedback describing your experience with building on Humanity - optionally, a short video demo or slide deck.  ### ✅ What does a successful project look like? A successful project is a project that captures the imagination of the developers with the power of verifiable credentials and how they can be used to create an identity graph in a privacy preserving manner. Unique use cases and features are welcome. The projects that are very technical may impress us if done correctly but simpler ideas may be easier to do well. A successful submission will feature a functional prototype that effectively addresses its intended problem. It should demonstrate innovation and creativity, whether through technical design or UI enhancements. The submission could either fully resolve a longstanding issue or present a concept with significant potential for future development. Regardless, it should make a meaningful contribution to the Humanity Protocol ecosystem. ### 🎨 UI/UX Design Requirements Intuitiveness of the UX will be taken into consideration.  For web applications, allow for interacting with MetaMask.  Keep the interface simple and clean. ### 🧑‍⚖️ How are we judging it? Functionality (The value of the use case)  - Functional (e.g. Does it work end to end?)  - Novelty  (e.g. is this enabling a new untapped use-case?) - DeFi possibilities it unlocks - Technical implementation (i.e. has it been engineered properly?) - UX (e.g. Does it have an intuitive UX?) ### 🌎 Impact on the organization Successful projects contribute to the broader adoption of Humanity Protocol’s decentralized identity graph and help capture the imagination of the developer community. This, in turn, strengthens the Humanity Protocol ecosystem and encourages more projects to build on Humanity Protocol. ### 📚 Resources Docs: <http://docs.humanity.org/> Humanity Discord: <https://discord.com/invite/humanityprot>  Explorer: <https://explorer.testnet.humanity.org>  Testnet: <https://testnet.humanity.org> ### 👀 Some example use cases Academic credentials and certifications - DEFI primitives (e.g. permissioned pools) - Employment records - Research validation and publication credentials - Vendor certifications, compliance credentials, and service-level agreements - Legal agreements - Tax and financial compliance credentials - Industry compliance and certification credentials ### 💼 Recruitment Opportunities We are open to providing larger grant amounts to teams or individuals that are interested in turning their hackathon project into real startups. We will be working closely with the larger grant recipients to help them turn their startups into successful ventures.  Additionally, Humanity Protocol is looking for people passionate about a decentralized identity world to join us. If you submit a project to this bounty and are looking for a full time role, please email developers@humanity.org with the header [ETHDenver Job Opportunity].

Mobile app for storage, presentation, and verification of a unique type of verifiable credential. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Early Stage Startup ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown 1st place gets $5,000 ### 📝 Requirements Project must be using Humanity Protocol API to issue verifiable credentials  - A GitHub repository containing the project artifacts (smart contracts, tests, documentation) and a solid README of the project must be submitted. The README should include: - a clear short one-sentence description of your submission - a short description of what you integrated Humanity with and how - short description of the team and their backgrounds - clear instructions for testing the integration - feedback describing your experience with building on Humanity - optionally, a short video demo or slide deck. ### ✅ What does a successful project look like? A successful project is a project that captures the imagination of the developers with the power of verifiable credentials and how they can be used to create an identity graph in a privacy preserving manner.  Unique use cases and features are welcome. The projects that are very technical may impress us if done correctly but simpler ideas may be easier to do well. A successful submission will feature a functional prototype that effectively addresses its intended problem. It should demonstrate innovation and creativity, whether through technical design or UI enhancements. The submission could either fully resolve a longstanding issue or present a concept with significant potential for future development. Regardless, it should make a meaningful contribution to the Humanity Protocol ecosystem. ### 🎨 UI/UX Design Requirements Intuitiveness of the UX will be taken into consideration.  Keep the interface simple and clean. ### 🧑‍⚖️ How are we judging it? Functionality (The value of the use case)  - Functional (e.g. Does it work end to end?)  - Novelty  (e.g. is this enabling a new untapped use-case?) - DeFi possibilities it unlocks - Technical implementation (i.e. has it been engineered properly?) - UX (e.g. Does it have an intuitive UX?) ### 🌎 Impact on the organization A successful mobile app that showcases the power of using verifiable credentials on a day to day basis contributes to the broader adoption of Humanity Protocol’s decentralized identity graph and inspires more developers to build in the Humanity Protocol ecosystem. This, in turn, strengthens the Humanity Protocol ecosystem. ### 📚 Resources Docs: <http://docs.humanity.org/> Humanity Discord: <https://discord.com/invite/humanityprot>  Explorer: <https://explorer.testnet.humanity.org>  Testnet: <https://testnet.humanity.org> ### 👀 Some example use cases - Storage, sharing, and verification of government IDs - Storage, sharing, and verification of university certificates - Storage, sharing, and verification of placement of work - Health records and vaccination certificates - Travel and border control credentials ### 💼 Recruitment Opportunities We are open to providing larger grant amounts to teams or individuals that are interested in turning their hackathon project into real startups. We will be working closely with some of the grant recipients to help them turn their startups into successful ventures.  Additionally, Humanity Protocol is looking for people passionate about a decentralized identity world to join us. If you submit a project to this bounty and are looking for a full time role, please email developers@humanity.org with the header [ETHDenver Job Opportunity].

The era of Autonomous Onchain Intelligence is here. Use AgentKit to create an agent with access to crypto to do something incredible. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 8000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown - 1st place: $5,000 - 2nd place: $2,000 - 3rd place: $1,000 ### 📝 Requirements We believe AgentKit is best fit for a few use cases: 1. Facilitating the agentic commerce revolution by allowing developers to seamlessly plug in fast & free payment and data transfer rails to their agents. 2. Creating the best crypto user experience by using LLMs to entirely abstract away all the complexities of crypto behind a natural language interface, creating a new distribution and interaction paradigm for protocols. 3. Crazy experiments that push the boundaries of what autonomous agents can do by allowing them to run on decentralized resilient infrastructure, pay for their hosting and inference, and have unguarded access to financial rails. What you build doesn’t have to be useful; we want to see some of the coolest ideas you have come to life with agents. Even more bonus points for creating a Replit Template, push a PR to our repo, or create composable building blocks that other devs can use in their implementation! ### ✅ What does a successful project look like? See ‘what is required to complete this bounty’ ### 🎨 UI/UX Design Requirements No specific design requirements; see criteria above What we’ve seen most commonly is an interface similar to <https://x.com/jsonhedman/status/1886135989678342407> . The easier you can make it for someone to interact with, the better. For this, we recommend integrating with other CDP tools, like Smart Wallet (<https://www.coinbase.com/wallet/smart-wallet>) and Onramp (<https://www.coinbase.com/developer-platform/products/onramp>). ### 🧑‍⚖️ How are we judging it? See ‘what is required to complete this bounty’ ### 🌎 Impact on the organization Improve CDP AgentKit ### 📚 Resources docs.cdp.coinbase.com [AgentKit Docs](https://docs.cdp.coinbase.com/agentkit/docs/welcome) <https://github.com/coinbase/agentkit>  [Winners from Coinbase SF AI Hackathon](https://x.com/CoinbaseDev/status/1886468701689631006) [Wishlist of open-source contributions to our repo](https://github.com/coinbase/agentkit/blob/master/WISHLIST.md) ### 👀 Some example use cases Test the boundaries of AI agent creativity - some ideas are: AI agents autonomously managing crypto portfolios, executing DeFi strategies, AI-driven financial advisors. ### 💼 Recruitment Opportunities https://www.coinbase.com/careers/positions/developer-platform

Your goal is to use the CDP SDK to create innovative, unique experiences that push the status quo of what’s possible using onchain apps. We’re looking for projects with practical value that leverage the benefits of being onchain, the programmability of MPC Wallets, and the customizability enabled through streamlined API calls. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 3000.0 ### 🥇 Number of Projects Awarded 2.0 ### 🏆 Winner Breakdown - 1st place: $2,000 - 2nd place: $1,000 ### 📝 Requirements CDP SDK allows you to get a comprehensive set of onchain interactions placed within your app using a developer-facing wallet. We’d like to see three components of your app: (1) Effective use of CDP SDK, (2) Innovation and creativity in solving real-world problems, (3) bonus points for creating a Replit Template or composable building blocks that other devs can use in their implementation! ### ✅ What does a successful project look like? Success is an app that leverages crypto as the backend piece of an application. You can build in any vertical and it doesn’t need to be useful, just a cool example of what’s possible with these tools. The winning apps will be those either pushing the envelope of the categories we’ve seen before (gaming, agents, payments) or experimenting in something entirely novel.  ### 🎨 UI/UX Design Requirements No specific design requirements; see criteria above ### 🧑‍⚖️ How are we judging it? See ‘what is required to complete this bounty’ ### 🌎 Impact on the organization Improve CDP SDK ### 📚 Resources docs.cdp.coinbase.com ### 👀 Some example use cases Innovation and creativity rewarded for this track ### 💼 Recruitment Opportunities https://www.coinbase.com/careers/positions/developer-platform

Onramp makes it easy to convert fiat to crypto. We’d love to see a fully open-sourced app using Onramp, taking advantage of USDC for transfers that are global, fast, and free on Base. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 3000.0 ### 🥇 Number of Projects Awarded 2.0 ### 🏆 Winner Breakdown - 1st place: $2,000 - 2nd place: $1,000 ### 📝 Requirements Build and open source a mobile or web app that helps anyone bring money onchain using their debit card via [Apple Pay](https://www.coinbase.com/blog/Fiat-to-crypto-in-seconds-with-Apple-Pay)** **or a bank account using [Coinbase Onramp](https://www.coinbase.com/developer-platform/products/onramp).  Users of your app should successfully make a transaction with Coinbase Onramp to fund their wallet, ideally on Base! Judges will be checking to make sure this works! ### ✅ What does a successful project look like? **Anyone can easily bring money into your app from their bank account or debit card** - Takes advantage of [zero-fee USDC](https://www.coinbase.com/developer-platform/discover/launches/zero-fee-usdc)** **onramps to make stablecoins more accessible!  Uses the Onramp APIs to create a smooth Onramp experience within your app. ### 🎨 UI/UX Design Requirements Keep it simple! Imagine your users don’t know much about crypto. - Keep it fun! Start with the goal in mind - pick something you and your friends would want to do onchain and then add Coinbase Onramp. - Not a front end wizard? Use our [<FundCard />](https://onchainkit.xyz/fund/fund-card) React component for a smooth UX ### 🧑‍⚖️ How are we judging it? Your app successfully utilizes the [Coinbase Onramp SDK or APIs](https://docs.cdp.coinbase.com/onramp/docs/api-overview) by loading a pay.coinbase.com/ URL where anyone can complete a fiat -> crypto transaction - Your submission should include a video of this working in your app (bonus points for recording a video of someone doing it on their phone!) - We’re looking for fun use cases that highlight the power of bringing money onchain! ### 🌎 Impact on the organization Showcase the power of stablecoins in bringing [economic freedom](https://www.coinbase.com/blog/how-crypto-enables-economic-freedom) to the world! Your app will show easy it is to bring money onchain and advance Coinbase’s mission. ### 📚 Resources **Onramp docs: <https://docs.cdp.coinbase.com/onramp/docs/api-overview>** **Sample app repo to get started: <https://github.com/coinbase/onramp-demo-application> (hosted [here](https://onramp-demo-application.vercel.app/))  ** Onramp front-end component to drop into your app: https://onchainkit.xyz/fund/fund-card **Need help using the Onramp SDK + APIs?** Drop us a message in the #onramp channel in Discord or come to our booth at ETH Denver! Check out our FAQs: https://docs.cdp.coinbase.com/onramp/docs/faq ### 👀 Some example use cases - Dollar savings, enabling users to earn yield on USDC - Paying and sending money globally for free!  - Trading, enabling easy trading of tokens for users without money on Base - Splitting bills, enabling friends to split costs in USDC  - Buying NFTs directly from fiat ### 💼 Recruitment Opportunities Want to join the Onramp team? Apply [here](https://boards.greenhouse.io/cdpjobs/jobs/6587974) or drop an email to uddhav.marwaha@coinbase.com

In honor of this year’s ETHDenver theme being “Year of the Regenerates,” we’re putting up a prize for builders focused on leveraging blockchain technology to drive meaningful improvement in the realms of society or the environment. LFB and let’s change the world! ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 3000.0 ### 🥇 Number of Projects Awarded 2.0 ### 🏆 Winner Breakdown - 1st place: $2,000 - 2nd place: $1,000 ### 📝 Requirements We want you to build something with a relation to the ReFi movement, which includes concepts like environmental focus, sustainable economics, decentralized governance, transparency and accountability, and financial inclusion.  ### ✅ What does a successful project look like? See ‘what is required to complete this bounty’ ### 🎨 UI/UX Design Requirements No specific design requirements; see criteria above ### 🧑‍⚖️ How are we judging it? See ‘what is required to complete this bounty’ ### 🌎 Impact on the organization Showcase use of CDP products for Regen use cases ### 📚 Resources docs.cdp.coinbase.com ### 👀 Some example use cases Regen use cases ### 💼 Recruitment Opportunities https://www.coinbase.com/careers/positions/developer-platform

In the famous words of Paul Graham, “Build something people want.” We want to see a crypto app meant for broad consumer adoption, built on CDP SDK and OnchainKit. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 2000.0 ### 🥇 Number of Projects Awarded 1.0 ### 🏆 Winner Breakdown $2,000 for the best project ### 📝 Requirements We built CDP to make it possible to build amazing crypto applications that aren’t solely for financial applications but anything in need of onchain rails. Your tasks is to: (1) Use CDP SDK and OnchainKit in a meaningful way in an innovative consumer crypto application, (2) Think Big, working backwards from a vision that would bring a billion users onchain. ### ✅ What does a successful project look like? Success is an application with an easy onboarding experience, simplified/abstracted crypto interactions, and a delightful set of features for users. It can be oriented toward crypto natives, but we encourage taking a stab at seeing what’s possible if you build with crypto behind the scenes and use it to power unique experiences. ### 🎨 UI/UX Design Requirements The easier you can make it for someone to interact with, the better. For this, we recommend integrating with other CDP tools, like Smart Wallet (<https://www.coinbase.com/wallet/smart-wallet>) and Onramp (<https://www.coinbase.com/developer-platform/products/onramp>). ### 🧑‍⚖️ How are we judging it? See ‘what is required to complete this bounty’ ### 🌎 Impact on the organization Showcase use of CDP products for consumer crypto use cases and potentially become a case study for CDP. ### 📚 Resources docs.cdp.coinbase.com ### 👀 Some example use cases Consumer use cases ### 💼 Recruitment Opportunities https://www.coinbase.com/careers/positions/developer-platform

Improve our tools and documentation by submitting valuable feedback,PRs, and templates for others to use. The best submission will receive a $1000 prize. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 1000.0 ### 🥇 Number of Projects Awarded 1.0 ### 🏆 Winner Breakdown $1000 for best feedback ### 📝 Requirements Our main reason for sponsoring hackathons is to help promote and find builders, and get feedback on how we can make our products better. This bounty is aimed to reward the team who does the best job of making our products more usable for others by providing us thoughtful feedback and/or creating templates that others can use. (1) Submit a project in one of the other tracks, (2) Provide feedback in DeForm (https://app.deform.cc/form/edf00fc5-2027-470c-bfc6-3cd01de36523/?page\_number=0) along with your project ### ✅ What does a successful project look like? Some of the things we’d like to see include: - Templates for creating various different types of AI agents or a frontend interface for them - Bringing together multiple CDP products into one app or template ### 🎨 UI/UX Design Requirements No specific design requirements; see criteria above ### 🧑‍⚖️ How are we judging it? See ‘what is required to complete this bounty’ ### 🌎 Impact on the organization Improve Coinbase Developer Platform ### 📚 Resources See docs.cdp.coinbase.com ### 👀 Some example use cases Developer feedback on CDP products ### 💼 Recruitment Opportunities https://www.coinbase.com/careers/positions/developer-platform

Add a Story plugin or integration into a functioning AI Agent, register the agent and its training data as IP, or license other agent’s data as IP. Agents should be able to recognize and execute on licensing, royalties, and/or disputing. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 10000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st Place gets $6,000. 2nd Place gets $3,000. 3rd Place gets $1,000. Story team reserves the right to reward less than the total number of awards or the award amount allocated for this track if submissions quality don't meet the criteria. ### 📝 Requirements - Submissions must integrate with the Story smart contracts or SDK. At a bare minimum read on-chain state. Top prizes will prioritize submissions that extensively interact with Story through on-chain state writes and reads. - Although all agents that integrate will qualify, judging will be based on how thoughtful the integration/plugin is of the ATCP/IP Whitepaper. For example, an agent that is registered as IP, licenses data from other agents, and licenses its own training data/outputs will be prioritized more than an agent that simply registers its image generation output. ### ✅ What does a successful project look like? Ideally a submission has clear understanding of the ATCP/IP Whitepaper and showcases agent ↔ agent transactions, along with registration & licensing of training data and agent outputs. - This bounty is specifically related to AI Agents. For example (but not limited to): licensing training data from other agents, an agent licensing its own training data, licensing agent outputs (ex. image generation), licensing its personality, exchanging IP and paying royalty to other agents. - You could also extend existing frameworks by creating a Story plugin for the GoatSDK, Zerepy, Virtuals, or extending the existing elizaOS plugin, etc. ### 🎨 UI/UX Design Requirements There are no explicit UI/UX design requirements. ### 🧑‍⚖️ How are we judging it? How focused the project is around Story (higher = better) - How thoughtful it is of the ATCP/IP Whitepaper - Adoption possibilities it unlocks - Technical implementation and degree of completion (i.e. functioning MVP) ### 🌎 Impact on the organization AI is the most important technology of our lifetimes, and Story will be the home for open Artificial General Intelligence (AGI). Alongside the ATCP/IP Whitepaper, your project will prove the importance of having an open standard for agent ↔ agent transactions. - We will be working closely with all participating hackathon teams beyond the BUIDLathon itself. This is an opportunity to build one of the first real integrations / infrastructure / tooling / products on the decentralized IP layer of the internet and work closely with the core protocol team in helping us shape the future. - Story is more than a global IP repository, it is laying the foundation for agent ↔ agent transactions, a necessary step towards achieving AGI. - There is a very high chance for follow up funding/grants if the project is high quality and the team members are keen to continue the journey to mainnet. ### 📚 Resources - Documentation: <https://docs.story.foundation> - GitHub: <https://github.com/storyprotocol> - Discord: <https://discord.gg/storyprotocol> - Eliza Story Plugin: <https://github.com/elizaOS/eliza/tree/main/packages/plugin-story> - AI Agents on Story Docs: <https://docs.story.foundation/docs/ai-agents-on-story#/> - ATCP/IP Whitepaper: <https://drive.google.com/file/d/1IM74cpN8TfS811gTaXxxkRH8QgpLFzZs/view> ### 👀 Some example use cases Examples include (but are not limited to): - Licensing training data from other agents - An agent licensing its own training data - An agent that can exchange IP with other agents - Adding a plugin to popular frameworks like Eliza (ex. <https://github.com/elizaOS/eliza/tree/main/packages/plugin-story>) - Creating your own agent that is registered on Story (ex. <https://explorer.story.foundation/ipa/0x123C52537C98d6064bF7BbdC7D4A93A9D9c8E43A>) - Creating a plugin for the GoatSDK, Zerepy, Virtuals, or extending the existing elizaOS plugin. ### 💼 Recruitment Opportunities There is a high chance for follow up funding/grants if the project is high quality and the team members are keen to continue the journey to mainnet.

Leverage Story to build out DeFi primitives that enable liquidity of IP (IPFi). Anything goes: trading, collateralization, SocialFi, RWA’s, revenue sharing, the opportunities are untapped and ready to be explored. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st Place gets $3,000. 2nd Place gets $1,000. 3rd Place gets $1,000. Story team reserves the right to reward less than the total number of awards or the award amount allocated for this track if submissions quality don't meet the criteria. ### 📝 Requirements - Submissions must integrate with the Story smart contracts or SDK. At a bare minimum read on-chain state. Top prizes will prioritize submissions that extensively interact with Story through on-chain state writes and reads. - Only DeFi related submissions qualify, and judging will be based on how thoughtful the integration is and how centric Intellectual Property and native Story functionality is to the project. ### ✅ What does a successful project look like? - Ideally a submission has a clear use-case for increasing liquidity of intellectual property or new monetization models for creators. - The project is built on Story and is thoughtfully integrated such that it makes sense from both a technical and use-case perspective. - Keep in mind Story is introducing a completely new layer to both web3 and web2: the layer of intellectual property, attribution and licensing – the opportunities are endless! ### 🎨 UI/UX Design Requirements There are no explicit UI/UX design requirements, but judges will appreciate smooth UX flows that are focused around providing a magical user (and/or developer) experience. - For this track, more emphasis will be put on the DeFi functionality vs the “make up” such as the UI (but we all love a beautiful UI!) ### 🧑‍⚖️ How are we judging it? Functionality - Creativity / novelty (is this unlocking a new untapped use-case?) - How focused the project is around Story (higher = better) - DeFi possibilities it unlocks - Technical implementation and degree of completion (i.e. functioning MVP) ### 🌎 Impact on the organization - We will be working closely with all participating hackathon teams beyond the BUIDLathon itself. This is an opportunity to build one of the first real integrations / infrastructure / tooling / products on the decentralized IP layer of the internet and work closely with the core protocol team in helping us shape the future. - Story is more than a global IP repository, it is the foundation for the next era of human creativity - be part of the journey! - There is a high chance for follow up funding/grants if the project is high quality and the team members are keen to continue the journey to mainnet. ### 📚 Resources Documentation: <https://docs.story.foundation> - GitHub: <https://github.com/storyprotocol> - Discord: <https://discord.gg/storyprotocol> - Royalty Module Docs: <https://docs.story.foundation/docs/royalty-module> - Existing IPFi applications (go to the DeFi/IPFi section!): <https://www.story.foundation/ecosystem> ### 👀 Some example use cases Examples include (but are not limited to): - Derivative instruments based on intellectual property and royalties - Borrowing, lending, and fractionalization of IP - Integrating IP of RWAs - Novel on-chain financial primitives around IPs - Integration with other DeFi, NFT-Fi projects - Innovative trading mechanics that are specific to IP - New membership models based on bonding curve/FT style - New Kickstarter/ICO type of capital formation with royalty participation or other benefits ### 💼 Recruitment Opportunities There is a high chance for follow up funding/grants if the project is high quality and the team members are keen to continue the journey to mainnet.

Integrate with Story and add decentralized Intellectual Property tracking, licensing and royalties for any content. Get automatic tracking of attribution, derivative work, licensing and royalty payments on Story’s IP Graph. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st Place gets $3,000. 2nd Place gets $1,000. 3rd Place gets $1,000. Story team reserves the right to reward less than the total number of awards or the award amount allocated for this track if submissions quality don't meet the criteria. ### 📝 Requirements Submissions must integrate with the Story smart contracts or SDK. At a bare minimum read on-chain state. Top prizes will prioritize submissions that extensively interact with Story through on-chain state writes and reads. - Although all projects that integrate will qualify, judging will be based on how thoughtful the integration is and how centric Intellectual Property and native Story functionality is to the project. For example, a DApp fully focused on IP will have a higher chance of winning compared to a DApp that randomly calls a function just to qualify for the bounty. Be creative! - We prefer usage that covers more functions in the protocol, from registration of IP to licensing. Ideally it would use 2 or more modules (Licensing, Royalty, or Dispute - all found in our documentation). - Projects that are related to AI Agents or IPFi will not quality for this track. Those projects should submit under one of the other two tracks. ### ✅ What does a successful project look like? Ideally a submission has a clear use-case for Story and is thoughtfully integrated such that it makes sense from both a technical and use-case perspective. - This bounty is not theme specific and therefore eligible for all ideas (except AI Agents and IPFi). For example (but not limited to): automatic royalty tracking and distribution for licensed IP, music licensing, photo library with built-in IP registration, LLM attribution and provenance, IP onboarding tools, IP marketplaces, short video remixing, collaborative platforms like GitHub for IP franchises, Webtoon/Wattpad with new monetization mechanism for creators, all the way to application contracts that interact with the protocol itself. We encourage novel ideas and usage of the protocol. - Keep in mind Story is introducing a completely new layer to both web3 and web2: the layer of intellectual property, attribution and licensing – the opportunities are endless! ### 🎨 UI/UX Design Requirements There are no explicit UI/UX design requirements, but judges will appreciate smooth UX flows that are focused around providing a magical user (and/or developer) experience. ### 🧑‍⚖️ How are we judging it? Functionality (either for users and/or developers) - Creativity / novelty (is this a new use-case or experience?) - How focused the project is around Story (higher = better) - Adoption possibilities it unlocks - Technical implementation and degree of completion (i.e. functioning MVP) ### 🌎 Impact on the organization - We will be working closely with all participating hackathon teams beyond the BUIDLathon itself. This is an opportunity to build one of the first real integrations / infrastructure / tooling / products on the decentralized IP layer of the internet and work closely with the core protocol team in helping us shape the future. - Story is more than a global IP repository, it is the foundation for the next era of human creativity - be part of the journey! - There is a high chance for follow up funding/grants if the project is high quality and the team members are keen to continue the journey to mainnet. ### 📚 Resources - Documentation: <https://docs.story.foundation> - GitHub: <https://github.com/storyprotocol> - Discord: <https://discord.gg/storyprotocol> - Existing projects/ecosystem: <https://www.story.foundation/ecosystem> ### 👀 Some example use cases Examples include (but are not limited to): - Automatic royalty tracking distribution and distribution for licensed IP - Music Licensing - Photo library with built-in IP registration, - Automatic LLM attribution and provenance, - IP onboarding tools, - IP marketplaces, - Collaboration platforms like GitHub for IP franchises - Content consumption platforms like Wattpad/Webtoon with new monetization mechanism for creators - Short-video remixing with built-in IP registration, - Application contracts that interact with the protocol and unlock new functionality - Tools to visualize the IP graph - Customized smart contracts that use the building blocks of the protocol - SocialFi with native IP integration, registration, and remixing - API Marketplace for Agentic training data feeds ### 💼 Recruitment Opportunities There is a high chance for follow up funding/grants if the project is high quality and the team members are keen to continue the journey to mainnet.

Build an AI-driven persona tool or bot that utilizes **TrendMoon’s processed social insights** (sentiment, mindshare, social trends) and **Chappe’s raw Telegram data** (chat messages, group statistics) to support crypto communities. Your goal is to redefine how communities and projects engage with their audience using data-driven AI tools. We’re providing full access to **TrendMoon APIs** and **Chappe APIs** so you can build impactful solutions. Some ideas, - AI Persona Creator: Generate AI personas that represent communities based on language, engagement patterns, and sentiment insights from TrendMoon, combined with raw chat data from Chappe. These personas can: - Promote the community/project by interacting in Telegram, Discord, or Twitter. - Serve as the unique "voice" of the community. - Be tokenized, enabling creative use within the community. - Data-Driven Insights Bot: Leverage TrendMoon’s sentiment analysis, mindshare, and trend metrics to inform and guide communities about risks, opportunities, and emerging narratives. - Moderation Enhancer: Use Chappe’s raw chat data to create bots that detect spam, track user engagement, and foster healthy group interactions. - Your Own Creative Idea: Build a novel tool that integrates AI personas and combines TrendMoon insights with Chappe raw data to serve a unique purpose. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st place: 2500 2nd place: 1500 3rd place: 1000 If there are not three top projects, we might only give out some of the prizes listed above, or we may adjust prize amounts. If no project is good enough to win, we'll explain why. ### 📝 Requirements This bounty is for everyone—from beginner hackers to seasoned pros. To win the prize, your bot or app must meet the following criteria: 1. **Use TrendMoon insights and/or Chappe raw chat data** effectively. 2. **Provide clear community engagement benefits** through its functionality. 3. **Integrate with Telegram** or other relevant platforms like Discord or Twitter. ### ✅ What does a successful project look like? A successful project will be functional, innovative, and impactful, supporting crypto communities through AI-driven personas or tools that enhance engagement, communication, or management. ### 🎨 UI/UX Design Requirements None. Functionality and impact take precedence over design. ### 🧑‍⚖️ How are we judging it? Submissions will be evaluated based on the following criteria: 1. **Innovation**: Is the idea unique and groundbreaking? 2. **Functionality**: Does the tool or bot work as intended and solve a real problem? 3. **Impact**: How effectively does the project improve community engagement? 4. **Ease of Use**: Is the solution easy to use and deploy? 5. **Bonus Points**: Extra credit for projects built on **Eliza OS** or using the **Taraxa chain**. ### 🌎 Impact on the organization By showcasing innovative use cases for **TrendMoon insights** and **Chappe raw data**, your project helps demonstrate how social analytics and raw data can be used to empower crypto communities. ### 📚 Resources https://taraxa.io/ethdenver/build ### 👀 Some example use cases - **AI Persona Bot**: Creates personas based on TrendMoon insights and Chappe data to represent community identities. - **Sentiment Analytics Bot**: Tracks and reports sentiment shifts in a community, using **TrendMoon sentiment analysis**. - **Spam Detector**: Detects spam and manages group health using **Chappe raw chat data**. - **Narrative Tracker**: Identifies and tracks trending narratives within a Telegram community using **TrendMoon insights**. - **Your Unique Idea**: Surprise us with an innovative use case that combines raw data and insights to redefine community engagement.

Build an automated memecoin generator that leverages **TrendMoon’s social insights** (emerging topics, trends, sentiment) and integrates with the **OLAS stack** to create and deploy memecoins end-to-end. The model should identify trending narratives or memecoin-worthy topics in social data, create a corresponding character/persona, and automate the memecoin creation process, including branding and deployment. As a proof of concept (POC), we encourage using the **OLAS stack** to design the AI agent. While integration with **taraxa.fun** (a clone of pump.fun) is not compulsory, it’s a valuable bonus for a seamless user experience. Some ideas, - **Memecoin Trend Detector**: Use **TrendMoon insights** (e.g., trend analysis, narrative dominance, sentiment) to automatically identify memecoins or viral topics. - **AI Character/Persona Creator**: Design an AI system that generates a unique character/persona representing the identified trend, complete with a backstory or branding. - **Memecoin Creator**: Automate the technical aspects of memecoin creation, including smart contracts, tokenomics, and deployment on a blockchain, using the **OLAS stack**. - **End-to-End System**: Optionally integrate with **taraxa.fun** to provide a fully automated pipeline, from trend detection to memecoin deployment. - **Your Own Creative Idea**: Any innovative solution that combines social data, AI, and automation to create memecoins is eligible. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st place: 2500 2nd place: 1500 3rd place: 1000 If there are not three top projects, we might only give out some of the prizes listed above, or we may adjust prize amounts. If no project is good enough to win, we'll explain why. ### 📝 Requirements To be eligible, your project must: 1. **Use TrendMoon insights** to identify memecoin-worthy trends or topics. 2. **Leverage the OLAS stack** for building the AI agent and automating the creation process. 3. **Provide an end-to-end solution** for automating memecoin creation, including branding, deployment, and tokenomics. 4. Bonus points for integrating with **taraxa.fun** for seamless deployment. ### ✅ What does a successful project look like? A successful project will showcase an automated system that: - Accurately identifies emerging trends from social data. - Creatively generates personas or branding for memecoins. - Automates technical aspects like smart contract creation and blockchain deployment. - Optionally integrates with **taraxa.fun** for a user-friendly interface. ### 🎨 UI/UX Design Requirements None. The focus is on functionality and automation rather than visual design. ### 🧑‍⚖️ How are we judging it? Submissions will be judged based on: 1. **Innovation**: How unique and groundbreaking is the solution? 2. **Functionality**: Does it accurately identify trends and automate memecoin creation? 3. **Impact**: How effectively does it demonstrate the potential of the OLAS stack and TrendMoon insights? 4. **Ease of Use**: Is the system intuitive and reliable? 5. **Bonus Points**: For integrating with **taraxa.fun** or adding unique features like AI branding or community involvement. ### 🌎 Impact on the organization By automating the detection and creation of memecoins, your project will demonstrate how social insights can drive innovation in blockchain applications, showcasing the power of TrendMoon data and the OLAS stack. ### 📚 Resources https://taraxa.io/ethdenver/build ### 👀 Some example use cases - **AI Memecoin Generator**: Automatically detects a trending topic, generates a character, and deploys a memecoin on the blockchain. - **Trend-Based Token Creator**: Builds a system that mints tokens linked to emerging social trends, complete with automated tokenomics. - **Narrative-Driven Coin Branding**: Develops a memecoin persona and branding based on the most viral social narratives. - **End-to-End Pipeline**: Fully integrates with **taraxa.fun** to automate memecoin deployment from beginning to end. - **Your Creative Idea**: Surprise us with an innovative use case that showcases the OLAS stack’s potential!

Your mission is to create a plugin for **Eliza OS** that integrates the rich social datasets from **Chappe** (raw Telegram data) and **TrendMoon** (processed insights and vectorized data). Whether you build sentiment-tracking tools, enhance AI agents with context, or create something entirely new, the goal is to showcase how this data can drive innovation in the crypto space. We’re providing API keys and documentation to give you access to both raw data from Chappe and processed insights from TrendMoon, including advanced features like sentiment analysis, semantic search, and social trend metrics. Build something functional, creative, and impactful that demonstrates the power of these datasets. Here are some ideas to inspire your project: - **Sentiment Analysis for Projects or Coins**: Use **TrendMoon’s Get Sentiment on Coins endpoint** to create an AI agent that tracks market sentiment for specific projects. - **Project Summarizer**: Leverage **TrendMoon’s Summarize Project Activity endpoint** to build a bot that generates daily or weekly updates about a project’s community discussions. - **Semantic Search for Telegram Insights**: Use **TrendMoon’s Semantic Search in Vectorized Database** to enable your agent to retrieve relevant discussions across 18.5k Telegram groups, even when specific keywords aren’t mentioned. - **Raw or Clean Message Retrieval**: Use **Chappe’s Get Raw Messages or Get Clean Messages endpoints** to fetch chat data and build bots that understand community behavior or assist with moderation. - **Social Trend Analytics**: Combine metrics from **TrendMoon’s Social Trend Data and Category Dominance endpoints** to identify emerging narratives or assess a project’s performance in its category. - **Community Token Generator**: Use **Chappe/TrendMoon data** to build a tool that generates community tokens based on Telegram activity, with features like airdrop distribution. - **Retrieval-Augmented Generation (RAG) for LLMs**: Use **TrendMoon’s vectorized database** as a knowledge base for your AI agent, enhancing its ability to generate insightful responses by embedding Telegram data into LLM queries. - **Your Creative Idea**: Have a unique vision? Go for it! Any plugin that leverages **Chappe/TrendMoon data** and integrates with **Eliza OS** is eligible. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st place: 2500 2nd place: 1500 3rd place: 1000 If there are not three top projects, we might only give out some of the prizes listed above, or we may adjust prize amounts. If no project is good enough to win, we'll explain why. ### 📝 Requirements To be eligible, your plugin must: 1. **Integrate with Eliza OS** and use **TrendMoon/Chappe APIs** effectively. 2. **Provide clear functionality** that demonstrates the power of social data. 3. **Deliver an innovative solution** for sentiment tracking, social analytics, or another impactful use case. ### ✅ What does a successful project look like? A successful project is functional, impactful, and showcases innovative use of **TrendMoon insights** and **Chappe raw data**. Whether it’s a sentiment tracker, narrative analyzer, or unique tool, we want to see creative ways of driving innovation with social datasets. ### 🎨 UI/UX Design Requirements None. The focus is on the plugin’s functionality and impact. ### 🧑‍⚖️ How are we judging it? Submissions will be evaluated based on: 1. **Functionality**: Does the plugin integrate with Eliza OS and provide meaningful data or actions? 2. **Innovation**: How creative and impactful is the solution? 3. **Ease of Use**: Is the plugin modular and easy to integrate into Eliza OS? 4. **Adaptability**: Can the plugin inspire or enable other use cases in the crypto ecosystem? 5. **Bonus Points**: Extra credit for projects built on the **Taraxa chain** or creatively using **Eliza OS**. ### 🌎 Impact on the organization This bounty demonstrates how social insights and raw data can drive innovation in the crypto ecosystem, showcasing the capabilities of **TrendMoon**, **Chappe**, and **Eliza OS**. ### 📚 Resources [taraxa.io/ethdenver/build](http://taraxa.io/ethdenver/build) ### 👀 Some example use cases - **Sentiment Tracker Plugin**: Tracks sentiment for specific coins or projects using **TrendMoon’s Get Sentiment endpoint**. - **Narrative Search Tool**: Retrieves trending discussions using **TrendMoon’s Semantic Search in Vectorized Database**. - **Community Behavior Bot**: Analyzes raw Telegram data from **Chappe** to evaluate user behavior and group engagement. - **Trend Analyzer Plugin**: Identifies emerging social trends using **TrendMoon’s Social Trend Data**. - **Your Unique Idea**: Build something creative and impactful using **TrendMoon and Chappe data**!

Build a modern, realtime and responsive dashboard for the Taraxa L1 Network. If completed successfully, this dashboard will allow the Taraxa community to monitor and get an overview of the network as a whole. For this challenge you will need to create a modular frontend application (we prefer React) and a set of components that use a charts library to display the most important network statistics on the Taraxa L1 network plus a backend that stores these stats in a timeseries database and exposes them to the frontend application. Making it modular will allow other kinds of stats to be added easily. The easiest way to start this project is to use the taraxa-indexer project as a backend and add the functionality for saving and serving the stats. The taraxa-indexer already connects to a node and syncs all DAG blocks, PBFT blocks and transactions. It also has a small set of API endpoints that can be extended to serve the stats as well. The only requirement here is to know Golang. Another option would be to create a new type of “indexer” in your preferred programming language. Keep in mind that this needs to be fast as the Taraxa L1 network supports a lot of transactions per second. This means that you need to save the data in a database that is made for storing timeseries data. We also would prefer it if this could be descentralized (local database, each instance runs close to one RPC node) Some statistics that would be interesting for us: - **Current finalization time (time between blocks)** - **Total number of transactions** - **Daily transactions graph** - **TPS** - **Highest TPS** - **Total number of wallet addresses** - **Number of unique wallet addresses over time** - **Number of validators** - **Number of active / inactive validators** These stats can be separated into multiple categories like **Overview**, **Network**, **Validators**, etc. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 2500 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown 1st place: 1500 2nd place: 1000 If there are not 2 top projects, we might only give out some of the prizes listed above, or we may adjust prize amounts. If no project is good enough to win, we'll explain why. ### 📝 Requirements To be eligible, your app must: 1. Be realtime by keeping up with the network speed of block production. 2. Look modern and, preferably, in the style of other Taraxa ecosystem apps. 3. Have enough stats that a user can get an overview of the network at a glance. ### ✅ What does a successful project look like? A successful project is functional, looks good, and is useful for both the Taraxa team and community. ### 🎨 UI/UX Design Requirements We prefer the dashboard app to look like other Taraxa apps or like the Taraxa website but it definitely needs to be modern, slick and maybe have a few animations. ### 🧑‍⚖️ How are we judging it? Submissions will be evaluated based on: 1. **Functionality**: Does the app work and does it show relevant stats? 2. **Design**: Does the app look modern and feels realtime? 3. **Performance**: Can it keep up with the block productions and does not lag? 4. **Bonus Points**: World map with the Taraxa Validators ### 🌎 Impact on the organization This is a project both we internally need to check the network health and would be useful for the community or people interested in our project.  ### 📚 Resources https://taraxa.io/ethdenver/build ### 👀 Some example use cases - **AVAX Dashboard**: This is the closest to what we want - <https://stats.avax.network/dashboard/overview/> - **Etherscan Charts**: <https://etherscan.io/charts> - **ETH Stats**: <https://ethstats.dev/>

Taraxa is 100% EVM compatible, but much faster & lower-cost than Ethereum. Build any dApp that uses Taraxa as if it were a L2 for Ethereum. For example, Taraxa could be used to offload high-frequency but low-value transactions away from Ethereum, with periodic settlements between the two networks. FYI Taraxa currently bridged to ETH via the Ficus Root Bridge which you could use for this bounty, but you could also make use of anything else you'd like (even if it's centralized). **Core Goals:** - Demonstrate with a dApp how Taraxa's L1 network could be used as a L2 for Ethereum, e.g., by offloading transactions from Ethereum to Taraxa with periodic settlements - The dApp could be anything, but it needs to actually solve a real world problem - Bonus: in addition to Ethereum, make Taraxa into a L2 for a non-EVM compatible network as well. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 2500 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown 1st place: 1500 2nd place: 1000 If there are not 2 top projects, we might only give out some of the prizes listed above, or we may adjust prize amounts. If no project is good enough to win, we'll explain why. ### 📝 Requirements You have a working, clickable dApp. - Your contracts are deployed on at least the Taraxa Testnet and verified on [www.testnet.to](http://www.testnet.to) - Present a great demo!  ### ✅ What does a successful project look like? dApp connects Ethereum (maybe more than just Ethereum) with Taraxa  - dApp’s core use case must involve assets / data being bridged between Ethereum and Taraxa, with most of the work being done on Taraxa - dApp is obviously useful and solves a real world problem - don’t have to think too hard to understand its utility ### 🎨 UI/UX Design Requirements A winning project must have a functional UI accessible from either mobile or desktop. Telegram mini apps would also be welcome! ### 🧑‍⚖️ How are we judging it? - Innovation: How creative is the base idea for the Dapp? How impactful is it? Is it already existent on other chains? - Functionality: Is the Dapp using smart contracts? How many other chains is the Dapp connecting to?   - Creativity: Is the approach fresh, exciting, or unexpected?  - Bonus Points: Integration with Taraxa Ficus Root Bridge. ### 🌎 Impact on the organization Showcase that Taraxa could conceivably be used as a fast, low-cost and decentralized (no sequencers) L2 for Ethereum. ### 📚 Resources https://taraxa.io/ethdenver/build ### 👀 Some example use cases - An on-chain authentication service whereby the records are stored on Ethereum, but are periodically cached onto Taraxa, where the actual high-frequency authentication actions take place, with the results periodically updated back to Ethereum, and where Taraxa’s cache of identities are periodically refreshed from Ethereum  - A DEX on Ethereum that bridges part of its liquidity onto Taraxa and conducts its higher-frequency trades via Taraxa, with periodic liquidity settlements back to Ethereum  - A micropayment platform where the assets reside on Ethereum, but the actual payments take place on Taraxa with periodic state synchronization back to Ethereum

The best projects that deploy on Zircuit will receive special recognition. MVP here doesn’t stand only for Minimum Viable Product, but also for Most Valuable Player. These apps can be anything, like DeFi, AI, social, gaming, infra, etc… but only the best ones will win this prize. The project should be well built, tested, and have a compelling use case. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 8000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown The top two teams: First place: $6000 Second place: $2000 ### 📝 Requirements The project needs to be deployed on Zircuit Mainnet or Testnet. In order to qualify for the first place, it needs to be fully operational and offer a good interface for the users. The smart contracts must be deployed on Zircuit and verified via the Zircuit Explorer. A GitHub repository containing the project artifacts (smart contracts, tests, documentation) and a solid README of the project must be submitted. The README should include: - a clear short one-sentence description of your submission - a short description of what you integrated Zircuit with and how - short description of the team and their backgrounds - clear instructions for testing the integration - feedback describing your experience with building on Zircuit - optionally, a short video demo or slide deck.  Any project is eligible as long as these requirements are met. This bounty will select the top two projects deployed on Zircuit. ### ✅ What does a successful project look like? These gems are the projects that will both attract web3 users, and inspire future hackathon projects because of their outstanding quality. Creative, complete, and secure projects are those that fit into this category. Any use case and features are welcome: those that are very technical may impress the judges if done correctly but simpler ideas may be easier to do well. The projects can include custom smart contracts, or can in a central way use and integrate other projects that are already deployed on Zircuit. A successful submission will include a functional product, or a prototype, that solves the problem it’s intended to address. It will showcase some innovation and creativity, either through technological or UI improvements. It may be complete and solve a long-standing open problem, introduce something with a lot of potential for future development, or it can just attract users (human or AI) and offer an outstanding web3 experience. The primary objective for success is to have a positive impact for the Zircuit users and ecosystem. ### 🎨 UI/UX Design Requirements There are no external UI/UX design requirements, though the best projects will be accompanied by a clean user interface. The interface is a requirement for the first prize award. The interface should be simple and clear. It can be web-based, integrated through a messaging application, or via the command line. Users should be able to interact with Zircuit deployed code via wallets connected to the network. The dApp (or its documentation) should be responsive and easy to navigate. The requirement to include a UI doesn’t apply for the second prize.   Winning projects should have a user-centered design that makes it easy for the target audience. This can be end users or developers integrating the project into their own codebase. The best-of-the-best may also include consistent visually pleasing designs. ### 🧑‍⚖️ How are we judging it? This bounty will be judged based on completeness, execution, creativity, and ability to attract and engage users. Completeness and execution mean that the project is functional. These are the most important categories. Winning submissions should be as close to functional as possible and engineered properly. Ideally there are good test cases, designs for complicated use cases, and other supporting documentation. The sophistication of the code and whether it implements the project requirements may be considered. However, a brilliant but incomplete dApp is less impressive than one that works completely.  Creativity will be assessed primarily to break ties. Winning projects should motivate their decision to build this solution, indicating which new problem they are solving, how they are solving a problem differently, or what new technology they are bringing to Zircuit. Other factors might include whether or not the system will scale, if there appear to be easier solutions, and the presentation of the solution itself. We’ll need to understand what you built and submitted. ### 🌎 Impact on the organization These bounties aim to help attract users and new applications to the Zircuit network. Interested participants may receive ongoing support and partnerships with Zircuit that will enable them to operate, and become even further embedded into the Zircuit ecosystem. ### 📚 Resources - Deploy on Zircuit Quick Start <https://docs.zircuit.com/build-on-zircuit/deploy-on-zircuit>  - Zircuit RPC Endpoints <https://docs.zircuit.com/dev-tools/rpc-endpoints>  - Verifying Contracts on Zircuit <https://docs.zircuit.com/dev-tools/verifying-contracts>  - List of Sepolia Faucets <https://docs.zircuit.com/dev-tools/faucet>  - Zircuit Discord: <https://discord.com/invite/zircuit> ### 👀 Some example use cases Any interesting blockchain applications are welcome: games, ZK apps, DeFi, AI, bridges, and more. Novel ideas are more impressive than clones of existing projects, though there are certainly some times where a clone includes significant improvements. ### 💼 Recruitment Opportunities Zircuit is always looking for the best and brightest team members to build the best possible rollup. Visit our [careers page](https://jobs.ashbyhq.com/Zircuit) to see open positions. Some positions we’re actively looking for include Applied Cryptographer, GoLang Engineer, and Senior DevOps. If you’re interested in joining the team but don’t see an exact fit, come by our table at buidlhub or email [jan@zircuit.com](mailto:jan@zircuit.com).

This bounty is all about empowering DeFi with AI to build DeFAI. This bounty is to leverage Zircuit’s AI potential to simplify trading, create autonomous agents, or simply farm yield in the most efficient way possible. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown Prizes will go to the top two projects: First place: $3000 Second place: $2000 ### 📝 Requirements Project smart contracts must be deployed on the Zircuit Mainnet or Testnet and verified via the Zircuit Explorer. The submission must use or support AI – please indicate which models are used or supported, if applicable. A GitHub repository containing the project artifacts (smart contracts, tests, documentation) and a solid README of the project must be submitted. The README should include: - a clear short one-sentence description of your submission - a short description of what you integrated Zircuit with and how - short description of the team and their backgrounds - clear instructions for testing the integration - feedback describing your experience with building on Zircuit - optionally, a short video demo or slide deck.  Any project is eligible as long as these requirements are met and they are not better suited to another Zircuit bounty category (e.g., social dApps). This bounty will select the top three projects deployed on Zircuit. The top projects will be determined by functionality (fewest bugs or perceived problems with the solution), the uniqueness of the problem to be solved or the approach to solving it, and overall completeness. ### ✅ What does a successful project look like? **Zircuit + DeFi + Ai = The Dream Team. **Success looks like eerily life-like on-chain agents, sky-high yields collected by an AI model, or infra to empower the future of AI on-chain. We’re not looking for anything specific, but the combination of AI and DeFi is critical. The AI can reside off-chain, but some part of the app should use or empower an AI model in a meaningful capacity. A successful submission will include a functional prototype that solves the problem it’s intended to address. It will showcase some innovation and creativity, either through technological or UI improvements. It may be complete and solve a long-standing open problem or introduce something with a lot of potential for future development. Either way, it has an impact on the Zircuit ecosystem. ### 🎨 UI/UX Design Requirements There are no external UI/UX design requirements, though the best projects will be accompanied by a clean interface (or necessary documents). The simple and clear UI can be web-based, through another smart contract integration, or via the command line. Users should be able to interact with Zircuit deployed code via MetaMask connected to the network. The dApp (or its documentation) should be responsive and easy to navigate. Winning projects should have a user-centered design that makes it easy for the target audience. This can be end users or developers integrating the project into their own codebase. The best-of-the-best may also include clean and consistent visual designs. ### 🧑‍⚖️ How are we judging it? This bounty will be judged based on completeness, execution, and creativity. Completeness and execution mean that the project is functional. These are the most important categories. Winning submissions should be as close to functional as possible and engineered properly. Ideally there are good test cases, designs for complicated use cases, and other supporting documentation. The sophistication of the code and whether it implements the project requirements may be considered. However, a brilliant but incomplete dApp is less impressive than one that works completely.  Creativity will be assessed primarily to break ties. Winning projects should motivate their decision to build this solution, indicating which new problem they are solving, how they are solving a problem differently, or what new technology they are bringing to Zircuit. Other factors might include whether or not the system will scale, if there appear to be easier solutions, and the presentation of the solution itself. We’ll need to understand what you built and submitted. ### 🌎 Impact on the organization These bounties aim to help test the Zircuit network and build the Zircuit ecosystem. By bringing real-world AI projects onto the network, we can optimize for these use cases. The diversity of the Zircuit ecosystem grows and allows for more collaborations, integrations, and use cases with each submission. ### 📚 Resources - Deploy on Zircuit Quick Start <https://docs.zircuit.com/build-on-zircuit/deploy-on-zircuit>  - Zircuit RPC Endpoints <https://docs.zircuit.com/dev-tools/rpc-endpoints>  - Verifying Contracts on Zircuit <https://docs.zircuit.com/dev-tools/verifying-contracts>  - List of Sepolia Faucets <https://docs.zircuit.com/dev-tools/faucet>  - Zircuit Discord: <https://discord.com/invite/zircuit>  ### 👀 Some example use cases Any interesting blockchain applications are welcome: games, ZK apps, DeFi, bridges, and more. Novel ideas are more impressive than clones of existing projects, though there are certainly some times where a clone includes significant improvements. ### 💼 Recruitment Opportunities The Zircuit team is growing! Visit our [careers page](https://jobs.ashbyhq.com/Zircuit) to see open positions. Some roles we’re actively looking for include Applied Cryptographer, GoLang Engineer, and Senior DevOps. If you’re interested in joining the team but don’t see an exact fit, come by our table at Buidlhub or email [jan@zircuit.com](mailto:jan@zircuit.com).

**Telegram mini-apps are great ways to connect users, and we’re looking for the next standout dapp or game to set the standard. Create an engaging, impactful application that integrates seamlessly with Telegram and runs on Zircuit. ** ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown Prizes to the top two projects: First place: $3000 Second place: $2000 ### 📝 Requirements A proof-of-concept Telegram mini-app, where project smart contracts must be deployed on the Zircuit Mainnet or Testnet and verified via the Zircuit Explorer. A GitHub repository containing the project artifacts (smart contracts, tests, documentation) and a solid README of the project must be submitted. The README should include: - a clear short one-sentence description of your submission - a short description of what you integrated Zircuit with and how - short description of the team and their backgrounds - clear instructions for testing the integration - feedback describing your experience with building on Zircuit - optionally, a short video demo or slide deck.  Any project is eligible as long as these requirements are met and they are not better suited to another Zircuit bounty category. This bounty will select the top three Telegram apps that connect to Zircuit. The top projects will be determined by functionality (fewest bugs or perceived problems with the solution), the uniqueness of the problem to be solved or the approach to solving it, and overall completeness. ### ✅ What does a successful project look like? This bounty is all about combining social reach with cutting-edge blockchain tech to bring users a fresh and fun experience. Your challenge is to build a fully functional dapp or game that leverages Telegram’s API and deploy it on Zircuit. Whether it’s a game, utility tool, or community hub, your project should show off Zircuit’s technical strengths while offering something new for Telegram users. A successful submission will include a functional prototype that solves the problem it’s intended to address. It will showcase some innovation and creativity, either through technological or UI improvements. It may be complete and solve a long-standing open problem or introduce something with a lot of potential for future development. Either way, it has an impact on the Zircuit ecosystem. ### 🎨 UI/UX Design Requirements There are no external UI/UX design requirements, though the best projects will be accompanied by a clean interface (or necessary documents). Users should be able to interact with the dapp on Telegram, and on Zircuit-deployed code via MetaMask connected to the network if necessary. The dApp (or its documentation) should be responsive and easy to navigate; better yet; the Telegram app be self-contained so that users don’t need to seek out external sites to interact with it. ### 🧑‍⚖️ How are we judging it? This bounty will be judged based on completeness, execution, and creativity. Completeness and execution mean that the project is functional. These are the most important categories. Winning submissions should be as close to functional as possible and engineered properly. Ideally there are good test cases, designs for complicated use cases, and other supporting documentation. The sophistication of the code and whether it implements the project requirements may be considered. However, a brilliant but incomplete dApp is less impressive than one that works completely.  Creativity will be assessed primarily to break ties. Winning projects should motivate their decision to build this solution, indicating which new problem they are solving, how they are solving a problem differently, or what new technology they are bringing to Zircuit. Other factors might include whether or not the system will scale, if there appear to be easier solutions, and the presentation of the solution itself. We’ll need to understand what you built and submitted. ### 🌎 Impact on the organization These bounties aim to help test the Zircuit network and build the Zircuit ecosystem. Through this act, we can ensure that the network performs as expected, correct any issues, and plan for any missing but desirable features. Through these project submissions, the diversity of the blockchain ecosystem grows and allows for more collaborations, integrations, and use cases. ### 📚 Resources - Telegram dapp boiler plate, provided by Zircuit: <https://github.com/zircuit-labs/web3-telegram-mini-app>  - Deploy on Zircuit Quick Start <https://docs.zircuit.com/build-on-zircuit/deploy-on-zircuit>  - Zircuit RPC Endpoints <https://docs.zircuit.com/dev-tools/rpc-endpoints>  - Verifying Contracts on Zircuit <https://docs.zircuit.com/dev-tools/verifying-contracts>  - List of Sepolia Faucets <https://docs.zircuit.com/dev-tools/faucet>  - Zircuit Discord: <https://discord.com/invite/zircuit> ### 👀 Some example use cases Any interesting Telegram applications are welcome: games, ZK apps, DeFi, AI, bridges, and more. Novel ideas are more impressive than clones of existing projects, though there are certainly some times where a clone includes significant improvements. As long as they connect to Telegram and Zircuit, we’re interested in it! ### 💼 Recruitment Opportunities The Zircuit team is growing! Visit our [careers page](https://jobs.ashbyhq.com/Zircuit) to see open positions. Some roles we’re actively looking for include Applied Cryptographer, GoLang Engineer, and Senior DevOps. If you’re interested in joining the team but don’t see an exact fit, come by our table at Buidlhub or email [jan@zircuit.com](mailto:jan@zircuit.com).

_An open-ended category for developers building DeFi projects on Unichain._ ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 7500.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown 1st Place gets $5,000 2nd Place gets $1,500 3rd Place gets $1,000 ### 📝 Requirements To successfully complete this bounty, projects must integrate **DeFi Innovation on** **Unichain** as core components while demonstrating clear functionality and technical feasibility. ### ✅ What does a successful project look like? A successful project will push the boundaries of DeFi innovation, leveraging the unique benefits of Unichain, to create efficient, scalable, and impactful solutions. The project should demonstrate technical soundness, clear usability, and potential real-world adoption. ### 🎨 UI/UX Design Requirements A user interface (UI) is not mandatory, but projects should provide clear, structured documentation and a way to test the solution efficiently. ### 🧑‍⚖️ How are we judging it? **Technical Excellence (50%)** - How well does the project create DeFi innovation Unichain? - Is the implementation robust, efficient, and scalable? **Innovation & Impact (20%)** - Is the idea unique or a new approach to an existing problem? - Does it introduce meaningful improvements in liquidity, trading, or DeFi efficiency? **Documentation & Presentation (20%)** - Is the project well-documented with clear setup, architecture, and testing instructions? - Can others easily understand and build on top of it? **Ecosystem Potential (10 %)** - Does it address a genuine problem and have potential for further development? ### 🌎 Impact on the organization This bounty aims to expand the Unichain ecosystem by encouraging developers to build innovative, gas-efficient, and impactful DeFi solutions that are built leveraging the unique benefits of Unichain. By working on this bounty, teams will contribute directly to the growth, adoption, and refinement of Unichain’s DeFi infrastructure. ### 📚 Resources [Unichain Documentation](https://docs.unichain.org/docs) - [Unichain Builder Toolkit](https://www.unichain.org/builder-toolkit) - [Uniswap Foundation Developer Support](https://discord.gg/TpMx5RPx) ### 👀 Some example use cases - DeFi Innovations! Unique, innovative, creative, and valuable DeFi innovations that leverage the unique benefits of Unichain - Could include, but certainly not limited to: - **Lending Protocols** – New lending models utilizing Uniswap v4 Hooks for optimized interest rates. - **Derivatives Trading** – Options, futures, or structured financial products using AMM mechanisms. - **Token Launchers** – Smart contract frameworks for new token launches with dynamic liquidity allocation. - **AI Agents & DAOs** – Automated decision-making models for DeFi governance and risk management. - **MEV-Taxation Strategies** – Implement mechanisms to redistribute MEV profits back to liquidity providers. - **Yield Optimization Tools** – Automated strategies for compounding rewards and maximizing LP returns. - **NFT & Real-World Use Cases** – Applications in ticketing, gaming, and tokenizing real-world assets for DeFi. ### 💼 Recruitment Opportunities <https://job-boards.greenhouse.io/uniswaplabs>

An open-ended category for developers building on Uniswap v4 projects on Unichain ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Early Stage Startup,On-chain Security ### 💰 Prize Amount 7500.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown 1st Place gets $5,000 2nd Place gets $1,500 3rd Place gets $1,000 ### 📝 Requirements To successfully complete this bounty, projects must integrate **Uniswap v4 on Unichain** as core components while demonstrating clear functionality and technical feasibility. Hackers should implement a feature-complete hook that compiles and is well tested. The scope of the hook itself is entirely up to the developer. ### ✅ What does a successful project look like? A successful project will push the boundaries of innovation by leveraging Uniswap v4 Hooks on Unichain to create efficient, scalable, and impactful solutions. The project should demonstrate technical soundness, clear usability, and potential real-world adoption. ### 🎨 UI/UX Design Requirements A user interface (UI) is not mandatory, but projects should provide clear, structured documentation and a way to test the solution efficiently. ### 🧑‍⚖️ How are we judging it? **Technical Excellence (50%)** - How well does the project leverage Uniswap v4 and Unichain? - Is the implementation robust, efficient, and scalable? **Innovation & Impact (20%)** - Is the idea unique or a new approach to an existing problem? - Does it introduce meaningful improvements in liquidity, trading, or DeFi efficiency? **Documentation & Presentation (20%)** - Is the project well-documented with clear setup, architecture, and testing instructions? - Can others easily understand and build on top of it? **Ecosystem Potential (10 %)** - Does it address a genuine problem and have potential for further development? ### 🌎 Impact on the organization This bounty aims to expand the Uniswap v4 and Unichain ecosystem by encouraging developers to build innovative, gas-efficient, and impactful solutions that integrate Uniswap v4 on Unichain. By working on this bounty, teams will contribute directly to the growth, adoption, and refinement of Uniswap v4 Hooks within Unichain’s infrastructure. ### 📚 Resources ### Developer Resources - [Uniswap v4 Documentation](https://docs.uniswap.org/) - [Uniswap v4 Started Kit](https://github.com/uniswapfoundation/v4-template) - [OpenZeppelin v4 Hooks Library](https://github.com/OpenZeppelin/uniswap-hooks) - [Unichain Documentation](https://docs.unichain.org/docs) - [Unichain Builder Toolkit](https://www.unichain.org/builder-toolkit) - [Uniswap Foundation Developer Support](https://discord.gg/TpMx5RPx) ### 👀 Some example use cases Liquidity Optimization & LP Profitability - **Dynamic Fee Hook** – Adjust swap fees based on market volatility or liquidity depth. - **LVR/MEV Protection Hook** – Reduce impermanent loss and arbitrage inefficiencies. - **Liquidity Redistribution Mechanism** – Automate liquidity shifts between pools based on utilization. - Advanced Trading Strategies & Market Mechanisms - **MetaDEX Hook** – Implement novel tokenomics within a Hook to incentivize liquidity depth. - **Outcome-Based AMM (pm-AMM)** – Design new AMM invariants supporting structured financial products. - **Cross-Asset Support Hook** – Enable dynamic UX wrappers for pools including index tokens, NFTs, and institutional assets. - Automated Liquidations & Lending Enhancements - **Liquidation Protection Hook** – Automatically split or delay liquidations based on price trends. - **Discounted Swap Fee for Liquidations** – Reduce execution costs for forced liquidations. - **On-Chain Borrowing Limit Adjustments** – Adjust lending parameters dynamically based on market liquidity. - Uniswap v4 Event Indexing & Analytics - **Automated Hook Indexing via Ponder** – Track Uniswap v4 event logs and liquidity movements in real-time. - **PnL Tracking for LPs** – Use Geometric Brownian Motion to model and visualize LP performance. - **Backtesting Infrastructure** – Simulate Uniswap v4 strategies before deploying capital - Ecosystem Tooling & Contributions - **OpenZeppelin Hook Library Contributions** – Develop new examples such as Dynamic Fee or CSMM Hooks. - **Vanity Hook Address Miner** – Optimize gas fees and Hook deployment parameters. - **Scaffold-ETH2 Uniswap v4 Widgets** – Build pre-integrated UI tools for liquidity provisioning and swaps. - DeFi Innovations & Yield Strategies - **Lending Protocols** – New lending models utilizing Uniswap v4 Hooks for optimized interest rates. - **Derivatives Trading** – Options, futures, or structured financial products using AMM mechanisms. - **Token Launchers** – Smart contract frameworks for new token launches with dynamic liquidity allocation. - **AI Agents & DAOs** – Automated decision-making models for DeFi governance and risk management. - **MEV-Taxation Strategies** – Implement mechanisms to redistribute MEV profits back to liquidity providers. - **Yield Optimization Tools** – Automated strategies for compounding rewards and maximizing LP returns. - **NFT & Real-World Use Cases** – Applications in ticketing, gaming, and tokenizing real-world assets for DeFi. ### 💼 Recruitment Opportunities <https://job-boards.greenhouse.io/uniswaplabs>

Build something awesome using Chainlink CCIP! Chainlink CCIP is a blockchain interoperability protocol that enables developers to build secure applications that can transfer tokens, messages (data), or both tokens and messages across chains. Given the [inherent risks of cross-chain interoperability](https://docs.chain.link/resources/bridge-risks), CCIP features [defense-in-depth security](https://blog.chain.link/five-levels-cross-chain-security/#level_5__defense-in-depth) and is powered by Chainlink's industry-standard oracle networks which have a proven track record of securing tens of billions of dollars and enabling over $14 trillion in onchain transaction value. You can now also create a Cross-Chain Token with [Token Manager](https://tokenmanager.chain.link/)! This newly released app gives you the ability to launch new tokens or upgrade existing tokens into CCTs, no code required. Read more in the [docs](https://docs.chain.link/ccip/tutorials/token-manager). Additionally, use our CCIP Local Simulator to speed up your development on your local Hardhat, Foundry or Remix network, then use our Faucet to easily get testnet funds when you're ready for testnet. Links to both at the bottom in the 'Resources' Section! ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 9000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown $3,000 for the best 3 projects that integrate Chainlink CCIP in a meaningful way. ### 📝 Requirements - Each project must use Chainlink CCIP in some form to make a state change on a blockchain, otherwise it will not be eligible for the Chainlink core prizes. This means that a front end simply reading from Chainlink Data Feeds doesn't count. Using Chainlink CCIP inside your smart contracts is required, though you are encouraged to utilize Chainlink Data Feeds, Chainlink Data Streams, Chainlink VRF, and Chainlink Proof of Reserve as well.  - While all project submissions are evaluated holistically, there will be bonus points given to projects that use Chainlink CCIP together with other Chainlink services in a meaningful way. - Please let us know how you use Chainlink in the project description. - It must be possible for the judges to find the Chainlink use in your code. Only the intention to use is not valid. ### ✅ What does a successful project look like? Possible use cases: Cross-chain DeFi app with liquidity across multiple chains; Cross Chain DeFi yield aggregator; Token bridge powered by CCIP Multihop CCIP Router; You want to send cross-chain message from blockchain A to blockchain B without worrying if the lane between them exists. ### 🎨 UI/UX Design Requirements The application must have a functional user-interface, any way that the judges can test and use the project. ### 🧑‍⚖️ How are we judging it? We will look at the following criteria: - UI/UX/DX - How useful is your application? Is it visually appealing? - Blockchain technology application - How valuable this project is for decentralization and adoption of Blockchain and Web3 - Wow Factor - Anything not covered above! This is if you blow us away in some other way. ### 🌎 Impact on the organization An application doesn't need to be limited by one blockchain. Chainlink CCIP provides the resources to create your cross-chain solution and we are looking forward to see you project! ### 📚 Resources - <https://docs.chain.link/resources/hackathon-resources> - <https://dev.chain.link/> - <https://docs.chain.link/ccip> - <https://chain.link/faucets> - <https://docs.chain.link/ccip/concepts/cross-chain-tokens> - <https://github.com/smartcontractkit/chainlink-local> ### 👀 Some example use cases Take your DeFi, Gaming or AI dApp and enhance its potential user base and liquidity by making it a CCIP enabled cross-chain application. Use cases:  - Cross-chain DeFi app with liquidity across multiple chains  - Cross-Chain game where players on chain A can play players on chain B - Cross chain liquid staking protocol ### 💼 Recruitment Opportunities <https://chainlinklabs.com/careers>

Build something awesome using Chainlink! Anything that came from the Chainlink Documentation counts - using Price Feeds, Data Streams, PoR, VRF, Automation or Chainlink Functions! ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 6000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown $2,000 for the 3 best projects that use Chainlink VRF, Automation, PoR, Data Feeds, Data Streams, Functions or multiple Chainlink Services ### 📝 Requirements - Each project must use a Chainlink service in some form to make a state change on a blockchain, otherwise it will not be eligible for the Chainlink core prizes. This means that a front end simply reading from Chainlink Data Feeds doesn't count. Using Chainlink inside your smart contracts is required. - While all project submissions are evaluated holistically, there will be bonus points given to projects that use multiple Chainlink services in a meaningful way. - Please let us know how you use Chainlink in the project description. - It must be possible for the judges to find the Chainlink use in your code. Only the intention to use is not valid. ### ✅ What does a successful project look like? You can see examples of successful implementations of Chainlink services below ### 🎨 UI/UX Design Requirements The application must have a functional user-interface, anyway that the judges can test and use the project. ### 🧑‍⚖️ How are we judging it? We will look at the following criteria: - UI/UX/DX - How useful is your application? Is it visually appealing? - Blockchain technology application - How valuable this project is for decentralization and adoption of Blockchain and Web3 - Wow Factor - Anything not covered above! This is if you blow us away in some other way. ### 🌎 Impact on the organization Applications will have real use cases when connected to the world outside the Blockchain. Chainlink provides the resources to make this possible and we are looking forward to see you project! ### 📚 Resources You can get started with any resources by checking out the Chainlink hackathon resources page: **<https://docs.chain.link/resources/hackathon-resources>** You’ll find: - Smart Contract Starter Tutorial - Documentation for all the Chainlink features - Hardhat Starter Kits - Brownie Starter Kits Additionally, you have: - <https://dev.chain.link/> - <https://docs.chain.link/> - <https://chain.link/faucets> ### 👀 Some example use cases Use cases include: - Use VRF to build the next big Web3 game. - Using blockchains and smart contracts to provide guardrails for offchain AI systems.Use Functions to connect to offchain systems and services as part of a consumer app (e.g., send an email or SMS with Twilio.) - Build a SocialFi application using Functions to connect to offchain systems or Web2 social data. - Use Functions to build a new [Lens Open Action](https://www.lens.xyz/openactions) or [Farcaster frame](https://docs.farcaster.xyz/learn/what-is-farcaster/frames). - Fractionalize tokenized assets and make high-value ticket items easily accessible across the DeFi landscape.  - Develop a system that enables banks and asset managers to easily tokenize any asset and make it available on any blockchain. - Synchronize offchain ledgers of record and onchain contracts to create a unified Golde Record for banks, protocols, and end users. - Enhancing smart contracts by leveraging AI to run computation, statistical analysis, heuristics, pattern matching, or other forms of offchain computation, then returning the result back onchain to the smart contract. - Using blockchains and smart contracts to provide guardrails for offchain AI systems. - Use offchain AI as part of a Web3 game to act as a non-player character. ### 💼 Recruitment Opportunities <https://chainlinklabs.com/careers>

Somnia is a High-performance EVM-compatible blockchain capable of doing 400k TPS with sub-second latency. For this track, we want developers to build dApps for millions of users that push the boundaries of what can be built on-chain. Make it easy to use and harness the performance of Somnia to its maximum. We are particularly interested in these areas: - Gaming - Fully on-chain games taking advantage of Somnia's throughput and latency - SocialFi - Applications where millions of users can interact fully on-chain - Defi - Finance applications that work in real-time for millions of users, fully on-chain. - Prediction markets - Build applications that allow for real-time resolution of prediction on-chain. Plug into the existing data sources in the Somnia ecosystem. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 10000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st place - $5,000 2nd place - $3,000 3rd place - $2,000 If we get less than three projects, or they're not meeting our criteria, the prize money might change. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements Work must be deployed on Somnia - Shared artefacts (GitHub, planning documents, and a short video). ### ✅ What does a successful project look like? The north star for this bounty is creating apps which an average user could use and takes advantage of Somnia’s high performance. ### 🎨 UI/UX Design Requirements Applications should have a user-friendly interface. Bonus for easy onboarding and responsiveness. ### 🧑‍⚖️ How are we judging it? Potential user appeal Does the project use case have the ability to reach millions of potential users? Usage of Somnia How much does it use the capabilities of Somnia? Creativity How innovative is the project. Does it stand out from other dApps in the space? Usability and UX How easy is the project to use. Is it easy for new users to onboard? Functionality How complete is the project given the time in the hackathon? Demo Is the demo clear? does it demonstrate the project and its potential well? ### 🌎 Impact on the organization Our goal with Somnia is to enable new applications that can appeal to millions of users worldwide. We are in testnet so we value your feedback! ### 📚 Resources [Somnia Documentation](https://codex.somnia.network/) - [Somnia Network Information](https://codex.somnia.network/developer/network-info) - [Somnia Faucet](https://devnet.somnia.network/) - [Somnia Twitter](https://x.com/Somnia_Network) - [Somnia Discord](https://discord.com/invite/somnia) - Recommend tools - **[Sequence](https://sequence.build/) ** - **[Thirdweb](https://thirdweb.com/)** - **[Ankr](https://www.ankr.com/) ** ### 👀 Some example use cases - Gaming - Strategy experiences – fully on-chain strategy games. Think civilisation on-chain. - Simulation games - Think of games like Eve online or dwarf fortress but with their logic and data on-chain - RPGs - Think of games like world of warcraft or but fully on-chain - On-chain social networks - Messaging apps or social networks fully on-chain - Prediction markets - Think polymarket but with real-time markets and resolution. All using on-chian data. - On-chain LOB - Limit order books systems that are normally centralized but now fully on-chain ### 💼 Recruitment Opportunities We have front end and protocol engineer roles avaiable.

Somnia is a High-performance EVM-compatible blockchain capable of doing 400k TPS with sub-second latency. For this track, we want developers to build dApps that can only be built with Somnia’s capabilities.** **We are looking for creative new applications that push the boundaries of blockchain dApps. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 5 ### 🏆 Winner Breakdown $2,000 - For the best app $1,000 - For three runners up If we get less than four projects, or they're not meeting our criteria, the prize money might change. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements Work must be deployed on Somnia - Shared artefacts (GitHub, planning documents, and a short video). ### ✅ What does a successful project look like? We don’t know exactly what the dApps will look like. But they should have some of the following properties: - Use Somnia’s high TPS capabilities - Use Somnia’s low latency characteristics - Use Somnia’s reactive framework We are looking for new ideas that have never been seen before, and proof of concept builds. ### 🎨 UI/UX Design Requirements No UI/UX is needed but you must be able to demo your app to show what it could do. ### 🧑‍⚖️ How are we judging it? Somnia enables dApps that can not be built on other chains. We have some ideas on what those could be but we need developers to explore the new possibilities. ### 🌎 Impact on the organization **Usage of Somnia’s key features** Usage of Somnia performance and reactive features. **Novelty** New dApps that have never been seen before and could not of been possible before. **Potential usage by the target market** We want to see apps that could potentially solve a problem for some target market. **Demo** Is the demo clear? Does it demonstrate the project and its potential well? ### 📚 Resources [Somnia Documentation](https://codex.somnia.network/) - [Somnia Network Information](https://codex.somnia.network/developer/network-info) - [Somnia Faucet](https://devnet.somnia.network/) - [Somnia Twitter](https://x.com/Somnia_Network) - [Somnia Discord](https://discord.com/invite/somnia) - Recommend tools - **[Sequence](https://sequence.build/) ** - **[Thirdweb](https://thirdweb.com/)** - **[Ankr](https://www.ankr.com/) ** ### 👀 Some example use cases We actually don’t know that’s the point! Use Somnia's throughput, low latency and reactive features to develop something never before seen in web3. ### 💼 Recruitment Opportunities We have front-end and protocol engineer roles available. Speak to our team for details.

Develop a custom hook to introduce a feature(s) in Silo's lending market. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 15000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st: 7,500 2nd: 5,000 3rd: 2,500 ### 📝 Requirements Participants should develop a hook (feature) that can be introduced to future Silo lending markets. ### ✅ What does a successful project look like? **Hooks**: Silo v2’s hooks expand the capability of lending markets, opening the door for adding features that deliver benefits to users. We expect participants to conceptualize a hook idea and develop it. Examples of hooks:  - Deploying idle liquidity to other apps (ie. UniV4) - Creating fixed-term lending markets - Exchanged incentives between lenders and borrowers - Automating actions to guard users from liquidations - Allow loan defaults (lenders are reimbursed in collateral asset for insolvent loans instead of traditional liquidation) - Leverage for correlated tokens (ie. flashloan S to stake and get stS, deposit stS, borrow S, repay flashloan) ### 🎨 UI/UX Design Requirements There is no UI/UX requirement for this bounty.  ### 🧑‍⚖️ How are we judging it? - Usable: The hook delivers a benefit to borrowers or lenders, or both; - Functional: The hook works; - Simplicity: The hook is easy to implement; ### 🌎 Impact on the organization Hooks will be available to DeFi users wishing to deploy lending markets that introduce additional benefits to lenders and borrowers using Silo Finance. ### 📚 Resources We will provide detailed resources, including an example of a hook, by February 7, 2025.  - Silo Docs: <https://docs.silo.finance/> - Hooks Docs: <<https://docs.silo.finance/dev-tutorials/hooks>> - Hooks quickstart repo: <https://github.com/silo-finance/silo-v2-hooks-quickstart> - Use Silo v2 today: https://v2.silo.finance/ ### 👀 Some example use cases Similar to Uniswap v4 hooks, Silo v2 hooks enable programmers to include custom features into lending markets that deliver benefits to users. UX benefits include simplifying the lending/borrowing process, automating users' actions, i.e. one-click leverage, and integrating with other dapps. Other benefits can include optimizing yield for lenders by utilizing idle liquidity in a DEX (i.e., UniV4), ERC4626 vault, or any custom contract. ### 💼 Recruitment Opportunities Silo team is looking to expand its smart contract team. We will be in touch with top participants.

Extend the AlphaSwarm starter kit by enhancing data intelligence, improving reasoning and strategy, and designing novel on-chain actions. Build AI agents that analyze data, optimize execution, and coordinate in a swarm to tackle real-world DeFi challenges. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup ### 💰 Prize Amount 15000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown A bounty is split into three tracks. There will be one winner per track. A single team can compete on one or on all three tracks. A single team may win all three tracks. Or 3 teams may be winners in each track.  1. Signal Intelligence Challenge (Track 1 - Data) Expand AlphaSwarm’s intelligence by integrating new data sources and market signals. Improve trading strategies by leveraging emerging narratives from Twitter, AIXBT insights, copy trading models, anti-rug detection, and cross-channel data aggregation. The goal is to give agents better foresight by tapping into high-value, real-time information. **The winning submission gets $5,000.** 2. AIFi Alpha Architect (Track 2 - Reasoning & Strategy) Take AlphaSwarm’s decision-making to the next level by enhancing its planning and execution logic. Improve alpha detection, risk assessment, and yield optimization to create a more adaptive and resilient agent. Whether it’s refining how the AI reasons about market conditions or optimizing risk-adjusted returns, this bounty is for AI strategists looking to push the boundaries of autonomous finance. **The winning submission gets $5,000.** 3. On-Chain Action Innovator (Track 3 - Unique Use Cases) Move beyond trading—design new agent-driven actions in DeFi. This could include automated liquidity provisioning, vault management, liquid restaking, or AVS monitoring. The challenge is to demonstrate how AI agents can autonomously manage complex financial interactions, unlocking novel DeFi opportunities. **The winning submission gets $5,000.** If we get less than three projects, or they're not meeting our criteria, the prize money might change. ### 📝 Requirements Participants must integrate the **AlphaSwarm Starter Kit** and demonstrate an AI agent that: Track 1. **Processes novel data sources** (e.g., Twitter trends, AIXBT insights, copy trading, anti-rug detection). Track 2. **Enhances reasoning & strategy** (e.g., alpha detection, risk management, yield optimization). Track 3. **Executes novel on-chain actions** (e.g., liquidity provisioning, vault management, liquid restaking). ### ✅ What does a successful project look like? An ambitious **successful project** that hits all 3 tracks might include an agent or a set of agents that automatically analyzes market data from **Dexcreener** and **Cookie.fun**, detects changes in **liquidity levels**, and autonomously adjusts a **liquidity pool** position across multiple DEXes. It could use **Twitter sentiment analysis** to predict market shifts, trigger actions on a **Uniswap** pool, and adjust positions based on **risk tolerance** set by the user. ### 🎨 UI/UX Design Requirements There are **no UI/UX design requirements** for this bounty, as the **AlphaSwarm Starter Kit** provides terminal and **Telegram** interfaces out of the box as examples of user interaction. These interfaces are fully functional and designed for quick interaction with the system. However, participants are welcome to integrate the kit with other interfaces, such as **Discord** (for community interaction) or any other platform, depending on their use case. The focus is on the **underlying functionality and logic** of the AI agent, not the visual design or user-facing experience. The starter kit is designed to be flexible and allows for easy integration into various messaging platforms or command-line environments. ### 🧑‍⚖️ How are we judging it? **Evaluation Criteria:** ** 1. Wholesomeness** – Provides an end-to-end solution where output is consumable by either a human or another agent. 2. **Specificity** – Clearly states which track(s) the project competes for and how each part contributes. 3. **Innovation & Uniqueness** – Introduces novel strategies, data sources, or use cases. 4. **Code Quality & Documentation** – Well-structured, maintainable, and documented for future use. 5. **Usability & Deployment** – Easy to use and deploy for other builders. 6. **Ease of Extension** – Showcases how easy it is for others to build upon the solution, demonstrating the flexibility and scalability of the **AlphaSwarm** framework. ### 🌎 Impact on the organization 1. **Accelerated Innovation:** By contributing new strategies, novel data integrations, and on-chain actions, the team will help us rapidly expand the capabilities of the **AlphaSwarm Starter Kit**, driving innovation in the **AIFi agent space**. 2. **Community Engagement:** The integration of **new platforms and interfaces** (like Discord or other messaging tools) helps us expand our ecosystem, attracting more **builders** and **developers** to our community, fostering **collaboration** and **knowledge-sharing**. 3. **Real-World Use Cases:** By addressing tangible challenges (e.g., liquidity management, vault management, and risk optimization), the team will contribute **real-world use cases** that demonstrate the viability and versatility of **AIFi agents** across different sectors of DeFi and beyond. 4. **Inspiration for Future Developers:** We want your work to **inspire other developers** to build with **AlphaSwarm**, showing them the power and flexibility of the framework. Your contributions will set a **strong example** for others to follow, further expanding the **AlphaSwarm ecosystem**. ### 📚 Resources All information and support links are listed on <https://buidlAIFi.com> ### 👀 Some example use cases • Integrate your starter kit into your app. • Build a proper TG UI, not just in natural language (similar to the Bana Gun bot). • Develop a web application that integrates AlphaSwarm with your online community (e.g., Discord bot or TG). • Use sentiment for trading (e.g., LLM). • Implement copy trading of a wallet but add LLM logic for filtering. • Develop a sentiment-driven trading bot that adjusts strategies based on financial news, social media, and earnings reports. • Create an automated risk management system that monitors portfolios and dynamically adjusts exposure to protect against losses. • Integrate voice recognition into AlphaSwarm to enable hands-free trading using voice commands. • Develop a real-time market anomaly detector that identifies unusual market behavior and alerts traders instantly. • **Dynamic Fee Adjustment:** AI modifies swap fees in real-time based on volatility or liquidity signals. • **AI-Powered Market Making:** AI optimizes price ranges and rebalances positions to maximize LP returns. • **Liquidity Protection & Insurance:** AI collects micro-fees to build a protection fund and compensates severe impermanent loss. • **MEV Mitigation:** AI detects front-running patterns and adjusts swap parameters to thwart sandwich attacks. • **Credit Scoring & Conditional Access:** AI analyzes on-chain activity to grant or limit trading privileges. • **Automated Arbitrage & Multi-Pool Coordination:** AI balances prices across multiple pools, capturing arbitrage opportunities. ### 💼 Recruitment Opportunities https://www.theoriq.ai/careers

The AI Agents track invites participants to push boundaries by developing intelligent systems that leverage blockchain for decision-making and action execution. With Wire Network's gas-free transactions, participants can design AI-powered agents capable of performing tasks such as decentralized trading, transaction management, or automated DeFi participation on behalf of users. Envision creating marketplace systems for AI agents, autonomous NFT curation platforms, or even collaborative AI-driven governance models. This is your chance to explore groundbreaking applications where AI meets blockchain, unlocking unprecedented possibilities for user experience and automation. ### 🗂️ Bounty Category Meaningful Open Source Contribution,Early Stage Startup,Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 2.0 ### 🏆 Winner Breakdown $3500 for first place $1500 for second ### 📝 Requirements Participants must create a fully functional AI-driven agent or system that operates on Wire Network, demonstrating the agent’s ability to make autonomous decisions and execute actions on-chain. The solution could highlight how Wire’s gas-free transactions enable more frequent or nuanced operations, while also showcasing real utility for end-users. Submissions should include well-tested smart contracts, integration with AI or machine learning models, and clear documentation explaining how the agent learns, decides, and executes tasks within the Wire ecosystem. ### ✅ What does a successful project look like? Successful projects will go beyond simple automation scripts to deliver intelligent agents capable of meaningful decision-making. Features might include: strategies for decentralized trading or portfolio rebalancing, adaptive smart contract interactions for governance voting, or AI-powered management of NFT assets. The key is demonstrating how AI logic can recognize, process, and respond to on-chain data in a way that significantly benefits users. For instance, an autonomous yield aggregator that continually optimizes user investments based on market signals would be an excellent proof of concept, especially if it leverages Wire’s cross-chain interoperability for expanded liquidity and investment opportunities. ### 🎨 UI/UX Design Requirements The application must provide a clear way for users to configure, monitor, and override the AI agent’s decisions. A browser-based dashboard or command-line tool should be published to a publicly accessible environment, with straightforward deployment and usage instructions. If using a graphical interface, it should include real-time data visualizations and logs to track how the agent processes information and executes transactions on Wire Network. Transparent reporting of AI-driven actions is crucial for user trust, so thoughtful UX design should clarify the agent’s logic flow and reasoning wherever possible. ### 🧑‍⚖️ How are we judging it? We will assess each submission based on its technical depth, robustness, and the practical value it delivers. Submissions should demonstrate secure implementation of both AI logic and on-chain integrations, as well as well-structured code and thorough testing. Judges will look for originality in how the agent applies AI to on-chain scenarios, clarity of documentation, and a cohesive user experience. Approaches that highlight Wire Network’s unique capabilities—such as gas-free transactions or interoperability—will be considered especially compelling. ### 🌎 Impact on the organization Encouraging AI-powered use cases on Wire Network underscores the versatility of our Universal Transaction Layer. By promoting cutting-edge applications that blend AI with blockchain, we expand Wire’s ecosystem, attract a broader range of developers, and highlight advanced automation capabilities. This ultimately strengthens our platform’s position as a destination for forward-thinking projects that prioritize scalability, interoperability, and innovation. ### 📚 Resources **Links:** Docs: https://docs.wire.network/ Github: https://github.com/Wire-Network/ ### 👀 Some example use cases We foresee AI agents autonomously managing user portfolios, analyzing NFT market trends to curate art galleries, or facilitating advanced cross-chain arbitrage strategies without human oversight. There is also potential for collaborative AI governance models, where agents represent user interests in decentralized organizations. By leveraging on-chain data for continuous learning and decision-making, these intelligent agents unlock possibilities for automation that were previously too costly or complex to manage. We look forward to seeing how teams push the boundaries of AI-powered autonomy on Wire Network. ### 💼 Recruitment Opportunities We are actively hiring talented developers with expertise in C++, especially those who are passionate about blockchain technology and decentralized finance. Participants showcasing exceptional skills during the #BUIDLathon are highly encouraged to apply.

In the Gaming track, participants can integrate the Wire Network’s unique capabilities into gaming experiences, creating seamless blockchain-powered ecosystems. Consider crafting NFT-based games with tokens for in-game assets or leveraging the Wire Name Service for player identities. Developers can go further by building fully on-chain games, taking advantage of the scalability and interoperability of the Universal Transaction Layer. Imagine decentralized marketplaces for game assets, play-to-earn or play-to-airdrop questing platforms, or new ways for users to collaborate and compete in blockchain-based metaverses. The Wire Network empowers developers to build games that redefine digital ownership and interaction. ### 🗂️ Bounty Category Meaningful Open Source Contribution,Early Stage Startup,Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 2.0 ### 🏆 Winner Breakdown $3500 for first place $1500 for second ### 📝 Requirements Participants must build a working blockchain-powered gaming application on Wire Network that leverages our Universal Transaction Layer. This can range from an NFT-based collectible game to a fully on-chain interactive experience. The solution should demonstrate the unique advantages of Wire’s cross-chain interoperability, scalability, or distinctive features like the Wire Name Service for player identities. Projects must deliver both technical excellence and a clear, engaging gameplay loop that showcases real value to users. ### ✅ What does a successful project look like? A successful submission will incorporate blockchain components that drive meaningful gameplay and enhance user experience rather than simply adding tokens. We are looking for innovations such as NFT-based asset ownership, on-chain game logic, or robust marketplaces for trading in-game items. Features that highlight Wire’s interoperability—such as cross-chain item transfers or multi-network questing—are highly encouraged. A polished final product with immersive gameplay and clear utility for gamers will stand out. ### 🎨 UI/UX Design Requirements The game or gaming dApp must provide a user-friendly interface that clearly guides new players. If deploying a web-based application, please make it available at a public demo URL with instructions on how to set up accounts, connect wallets, and participate in gameplay. If building a desktop or mobile client, supply an executable or installation package alongside clear usage documentation. In either case, the dApp should highlight Wire Network’s blockchain interactions in an intuitive manner, ensuring players understand how and why they’re using on-chain assets. ### 🧑‍⚖️ How are we judging it? We will assess entries on their creative use of blockchain technology in gaming, focusing on how they leverage Wire’s interoperability and scalability. Judging will factor in gameplay depth, overall design quality, and stability. We will also look for security best practices in smart contracts, transparent on-chain mechanics, and a demonstrated understanding of how Wire’s ecosystem can elevate the gaming experience. Seamless integration of NFTs, marketplaces, or other DeFi components relevant to gaming will be highly valued. ### 🌎 Impact on the organization By fostering innovative blockchain gaming on Wire Network, we showcase the versatility of our Universal Transaction Layer. Successful submissions increase platform utility, attract new users, and drive engagement within our developer and gamer communities. A compelling gaming dApp highlights Wire’s suitability for complex, real-time, and scalable interactions, ultimately expanding our network’s reach and strengthening its long-term viability. ### 📚 Resources **Links:** Docs: https://docs.wire.network/ Github: https://github.com/Wire-Network/ ### 👀 Some example use cases We envision scenarios such as immersive NFT-based RPGs where items can be traded across multiple chains; on-chain tournaments that settle match results via smart contracts; and fully decentralized virtual worlds where players own land or items that can be ported into other games. Additionally, projects exploring fully on-chain game states are of high-interest. Play-to-earn models, play-to-airdrop quests, or unique collaborative gameplay events also hold tremendous potential. By empowering developers to explore these possibilities, we aim to push the boundaries of what blockchain-based gaming can achieve. ### 💼 Recruitment Opportunities We are actively hiring talented developers with expertise in C++, especially those who are passionate about blockchain technology and decentralized finance. Participants showcasing exceptional skills during the #BUIDLathon are highly encouraged to apply.

### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 2.0 ### 🏆 Winner Breakdown 1st place gets $3,500 2nd place gets $1,500 Create a project that utilizes the MutAgent or expands the MutAgent functionality. The MutAgent is an AI Agent protocol where you can mint agents and characters to chat with that have ever-evolving personalties that are stored on the blockchain. **What is required to complete this bounty?** MutAgents are unique, blockchain-backed AI characters with personalities that evolve based on user interactions. Every conversation, whether positive or hostile, shapes their traits and is recorded as an immutable record on the blockchain. To complete this bounty, participants must incorporate MutAgents into an engaging game or application that highlights this evolving personality concept, or significantly expand or improve the existing project. This can include making the MutAgents smarter, building a robust platform to host them, or introducing any other innovative features. **✅ What does a successful project look like?** Success is demonstrated through a working demo that shows either the MutAgents functioning in an interactive game or application, or a significant enhancement to the project such as improved functionality, smarter interactions, or an expanded platform for broader usage. **🎨 UI/UX Design Requirements** Participants must provide a clean, intuitive user interface and user experience. There should be a publicly accessible web application or hosted demo allowing anyone to interact with the MutAgents and see how their personalities evolve. **🧑‍⚖️ How are we judging it?** Projects will be judged on their creativity, technical execution, user experience, and alignment with the MutAgents concept. Criteria include the degree of innovation, scalability, and overall quality of the final product or enhancements. **🌎 Impact on the organization** By supporting this bounty, the organization benefits from creative experiments with MutAgents, which can lead to new ways for dApp and game developers to integrate evolving AI characters into their projects. This fosters both community engagement and expanded possibilities for the broader ecosystem. **Bounty Resources** Resource Links: - Docs: https://docs.wire.network/ - Github: https://github.com/Wire-Network/ **👀 Some example use cases** Possible use cases include a roleplaying game where non-player characters evolve personalities in response to player behavior, a virtual companion app that adapts to a user’s daily moods and interactions, or a Discord chatbot that acts as a fun and evolving AI moderator. These examples illustrate how MutAgents can bring fresh, dynamic storytelling and engagement to various platforms. **💼 Recruitment Opportunities** We are actively hiring talented developers with expertise in C++, especially those who are passionate about blockchain technology and decentralized finance. Participants showcasing exceptional skills in designing and implementing DeFi protocols, cross-chain solutions, or other blockchain innovations during the #BUIDLathon are highly encouraged to apply.

EthStorage is a layer 2 solution that provides programmable dynamic storage based on Ethereum's data availability. Web3:// (ERC-4804) establishes a standard for accessing decentralized applications and on-chain Web3 content, eliminating the necessity for the conventional HTTP URL format.  The bounty pertains to the development of a decentralized On-chain Gaming using Web3:// and EthStorage. ### 🗂️ Bounty Category Feature Usage,Early Stage Startup ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown 1 winner with $5,000. If we don’t get any submissions, or the projects do not meet our criteria, the prize money might change. It could be between $1,000 and $5,000. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements To successfully complete this bounty for building a Decentralized On-chain Gaming using Web3:// and EthStorage, you would likely need the following: 1. Knowledge of Web3:// (ERC-4804): Gain a solid understanding of the Web3:// standard (ERC-4804) to enable access to decentralized applications and on-chain Web3 content without relying on traditional HTTP URL formats. 2. Smart Contract Development: Proficiency in smart contract development is crucial for creating the necessary contracts to interact with EthStorage and implement the desired functionalities for a Decentralized On-chain Gaming. 3. Decentralized Application (DApp) Development: Develop a decentralized application (DApp) that integrates with EthStorage and utilizes Web3:// for accessing on-chain content. This could involve front-end development using web technologies and integration with smart contracts. 4. Testing: Rigorous testing of both smart contracts and the DApp to ensure security, functionality, and user experience. 5. Documentation: Provide comprehensive documentation for the developed solution, including instructions for users and developers on how to interact with the Decentralized On-chain Gaming. 6. Submission Requirements: Understand and adhere to any specific submission requirements outlined in the bounty. This may include submitting code repositories, documentation, and other relevant materials. ### ✅ What does a successful project look like? We’re looking for the same features as the listed web applications. Success in completing the bounty would likely involve achieving the following features and objectives: 1. Using Web3:// Standard Access: Implementation of the Web3:// standard (ERC-4804) to enable seamless access to decentralized applications and on-chain Web3 content without relying on traditional HTTP URL formats. 2. Decentralized On-chain Gaming DApp: Development of a decentralized application (DApp) that functions as a Decentralized On-chain Gaming, allowing users to create, edit, and view content stored on EthStorage. 3. User Interface (UI): A user-friendly and intuitive user interface for the DApp, ensuring a positive user experience for creating, editing, and accessing decentralized content. ### 🎨 UI/UX Design Requirements 1. Intuitive Navigation: Ensure a clear and intuitive navigation structure that allows users to easily explore and navigate through the decentralized application. 2. User-Friendly Interface: Design a user interface that is visually appealing and user-friendly, considering ease of use for users with varying levels of technical expertise. 3. Content Creation and Editing: Provide an intuitive interface for users to create and edit the website-based content. Include features like text formatting options, image embedding, and other relevant functionalities. 4. Decentralized Content Access: Implement a seamless mechanism for users to access on-chain Web3 content using the Web3:// standard. Consider how users can interact with decentralized data without relying on traditional HTTP URL formats. ### 🧑‍⚖️ How are we judging it? While the specific judging criteria may depend on the details provided in the bounty or project guidelines, here are some criteria that we value most:  1. Functionality: The core functionalities of the Decentralized On-chain Gaming should be fully implemented, allowing users to create, edit, and access content seamlessly. 2. EthStorage Integration and Web3:// Implementation: Successful integration of EthStorage and implementation of the Web3:// standard (ERC-4804). 3. Smart Contract Implementation: Well-designed and secure smart contracts that handle key functionalities such as content creation, editing, and retrieval. 4. User Interface (UI) Design: A user-friendly and intuitive UI that enhances the user experience, including clear navigation, responsive design, and accessibility considerations. 5. Innovation and Creativity: Recognition of innovative and creative solutions that go beyond basic requirements and bring added value to the project. 6. Documentation: Comprehensive and well-organized documentation that guides users and developers on how to interact with the Decentralized On-chain Gaming, including setup instructions and usage guidelines. The Criteria for hackers to receive the first stage of funding should be at least complete 1-4. ### 🌎 Impact on the organization - Promotion of EthStorage and Web3://: The organization may contribute to the adoption and promotion of EthStorage and Web3://, potentially leading to increased awareness and usage of these technologies. - Potential Partnerships: Depending on the nature of the project, a successful implementation could attract attention from potential partners interested in similar decentralized solutions. ### 📚 Resources EthStorage Website: <https://ethstorage.io/> - Web3:// Website:[ https://w3url.w3eth.io/](https://w3url.w3eth.io/) - Github: <https://github.com/ethstorage/> - Documentation: <https://docs.web3url.io/> - Related ERCs: [ERC-4804](https://eips.ethereum.org/EIPS/eip-4804), [ERC-6860](https://eips.ethereum.org/EIPS/eip-6860), [ERC-6821](https://eips.ethereum.org/EIPS/eip-6821), [ERC-6944](https://eips.ethereum.org/EIPS/eip-6944), [ERC-7087](https://github.com/ethereum/ERCs/pull/98) - Tools: - Gateway: w3link.io - etfs-uploader: <https://www.npmjs.com/package/ethfs-uploader> - web3curl: <https://www.npmjs.com/package/web3curl> - Web3 native browser: <https://github.com/nand2/evm-browser> - Web3 Chrome extension: <https://github.com/ComfyGummy/chrome-web3> ### 👀 Some example use cases The use cases for a Decentralized On-chain Gaming using Web3:// and EthStorage can be diverse, showcasing the versatility of blockchain and decentralized technologies. Here are some examples of potential use cases: 1. Censorship-Resistant Content Publishing: Enabling users to publish content in a decentralized manner, making it resistant to censorship and ensuring that information remains accessible even in regions with restricted internet access. 2. Immutable Documentation: Creating an immutable and tamper-proof documentation system where historical records or information cannot be altered, providing a reliable source of information over time. 3. Collaborative Knowledge Creation: Facilitating collaborative knowledge creation by allowing multiple users to contribute to a decentralized On-chain Gaming such as (Wikipedia or Mirror) content-based documentation system, with changes recorded on the blockchain. 4. Decentralized Web3 Content: Building decentralized web applications ensures that decentralized applications and on-chain data remain accessible without relying on traditional HTTP URL formats. 5. Creative Commons and Open Content: Supporting the creation and sharing of creative commons-licensed and open content in a decentralized environment, fostering a culture of collaboration and knowledge sharing. 6. Community-Driven Platforms: Empowering communities to build and maintain their decentralized knowledge repositories, fostering community-driven initiatives for information sharing. These examples highlight the potential for a Decentralized On-chain Gaming to address a range of needs, from content creation and collaboration to ensuring the availability and accessibility of information in a decentralized manner.

QuarkChain is pushing the boundaries of blockchain technology with its advanced Super World Computer (SWC) Layer 2, tailored for decentralized AI applications. By leveraging its fast-finality fault-proof algorithm and EthStorage’s petabyte-level scalable storage, QuarkChain creates an ideal environment for building and deploying autonomous on-chain AI agents. Additionally, the web3**://** standard (ERC-4804/6860) enables direct access to the decentralized on-chain front end, bypassing centralized HTTP URLs. This bounty challenges developers to create an **autonomous on-chain AI agent** that operates seamlessly on **QuarkChain SWC L2**, utilizes **EthStorage** for data storage, and implements the **web3://** standard for decentralized data access. ### 🗂️ Bounty Category Early Stage Startup,On-chain Security,Feature Usage ### 💰 Prize Amount 5000 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown 1 winner with $5,000. If we don’t get any submissions, or the projects do not meet our criteria, the prize money might change. It could be between $1,000 and $5,000. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements To successfully deliver an autonomous on-chain AI agent, the following are necessary: 1. **AI Agent Development**: Design and implement an AI agent capable of autonomous operation, with the ability to make decisions and perform tasks on-chain. 2. **Utilize EthStorage**:  1. Store essential AI data, such as memory, configuration, or even AI models, using EthStorage. 2. Leverage EthStorage for storing generated content, such as outputs, logs, or assets (e.g., NFT files). 3. **Use Web3:// Standard**: Use web3:// (ERC-4804/6860) for accessing on-chain decentralized front end without relying on centralized HTTP-based systems. 4. **Smart Contract Integration**: Develop smart contracts that enable interaction between the AI agent, QuarkChain SWC L2, and EthStorage. 5. **Testing**: Ensure the security, reliability, and performance of the AI agent through rigorous testing. 6. **Comprehensive Documentation**: Provide detailed documentation for the project, including setup instructions, user guides, and developer insights. 7. **Meet Submission Guidelines**: Submit the complete codebase, documentation, and any additional required materials as per the bounty’s submission criteria. ### ✅ What does a successful project look like? A successful submission should achieve the following: 1. **On-Chain AI Agent**: An autonomous AI agent capable of performing tasks and making decisions, running fully on QuarkChain SWC L2. 2. **EthStorage Integration**: 1. Critical data such as AI models, configuration files, and memory are stored on EthStorage. 2. AI-generated content (e.g., NFT images, and logs) is stored on EthStorage. 3. **Web3:// Utilization**: Data of the AI agent are accessible through the Web3:// standard, ensuring decentralized and seamless retrieval. 4. **End-to-End Functionality:** 1. **The AI agent demonstrates smooth operation with intuitive interaction for developers and users.** ### 🎨 UI/UX Design Requirements 1. **Ease of Use**: A simple and intuitive interface for interacting with the AI agent. 2. **Engaging Design: **Encourage user interaction through an appealing and interactive design. ### 🧑‍⚖️ How are we judging it? Submissions will be evaluated based on: 1. **AI Agent Functionality**: The AI agent should demonstrate autonomous decision-making and execution capabilities on QuarkChain SWC L2. 2. **EthStorage Integration**: Seamless storage and retrieval of AI data using EthStorage. 3. **Web3:// Standard Implementation**: Proper use of the Web3:// (ERC-4804) standard for decentralized access to the AI agent’s data and functionality. 4. **Innovation and Creativity**: Solutions that exceed the minimum requirements and introduce novel features or approaches will be highly regarded. 5. **Documentation**: Well-organized and thorough documentation, enabling users and developers to understand and use the solution easily. ### 🌎 Impact on the organization - Promotion of QuarkChain, EthStorage and Web3://: The organization may contribute to the adoption and promotion of EthStorage and Web3://, potentially leading to increased awareness and usage of these technologies. - Potential Partnerships: Depending on the nature of the project, a successful implementation could attract attention from potential partners interested in similar decentralized solutions. ### 📚 Resources QuarkChain Website: <https://quarkchain.io/>  - EthStorage Website: <https://ethstorage.io/> - Web3:// Website:[ https://w3url.w3eth.io/](https://w3url.w3eth.io/) - Github: <https://github.com/ethstorage/> - Documentation: - <https://docs.quarkchain.io>  - <https://docs.ethstorage.io>  - <https://docs.web3url.io/> - Related ERCs: [ERC-4804](https://eips.ethereum.org/EIPS/eip-4804), [ERC-6860](https://eips.ethereum.org/EIPS/eip-6860), [ERC-6821](https://eips.ethereum.org/EIPS/eip-6821), [ERC-6944](https://eips.ethereum.org/EIPS/eip-6944), [ERC-7087](https://github.com/ethereum/ERCs/pull/98) - Tools: - Gateway: w3link.io - ethfs-cli: <https://www.npmjs.com/package/ethfs-cli> - web3curl: <https://www.npmjs.com/package/web3curl> ### 👀 Some example use cases 1. AI tools for analyzing and managing data in decentralized social networks. 2. Autonomous AI agents for on-chain content moderation and management. 3. Decentralized AI-driven assistants in gaming platforms or virtual worlds.

EthStorage is a layer 2 solution that provides programmable dynamic storage based on Ethereum's data availability. Web3:// (ERC-4804) establishes a standard for accessing decentralized applications and on-chain Web3 content, eliminating the necessity for the conventional HTTP URL format.  The bounty pertains to the development of a decentralized Content Management System using Web3:// and EthStorage. ### 🗂️ Bounty Category Early Stage Startup ### 💰 Prize Amount > Prize Amount and number of winners have been updated by the sponsors. The decision is based on the submission quality of the bounties. 5000 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown 1 winner with $5,000. If we don’t get any submissions, or the projects do not meet our criteria, the prize money might change. It could be between $1,000 and $5,000. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements To successfully complete this bounty for building a Decentralized Content Management System using Web3:// and EthStorage, you would likely need the following: 1. Knowledge of Web3:// (ERC-4804): Gain a solid understanding of the Web3:// standard (ERC-4804) to enable access to decentralized applications and on-chain Web3 content without relying on traditional HTTP URL formats. 2. Smart Contract Development: Proficiency in smart contract development is crucial for creating the necessary contracts to interact with EthStorage and implement the desired functionalities for a Decentralized Content Management System. 3. Decentralized Application (DApp) Development: Develop a decentralized application (DApp) that integrates with EthStorage and utilizes Web3:// for accessing on-chain content. This could involve front-end development using web technologies and integration with smart contracts. 4. Testing: Rigorous testing of both smart contracts and the DApp to ensure security, functionality, and user experience. 5. Documentation: Provide comprehensive documentation for the developed solution, including instructions for users and developers on how to interact with the Decentralized Content Management System. 6. Submission Requirements: Understand and adhere to any specific submission requirements outlined in the bounty. This may include submitting code repositories, documentation, and other relevant materials. ### ✅ What does a successful project look like? We’re looking for the same features as the listed web applications. Success in completing the bounty would likely involve achieving the following features and objectives: 1. Using Web3:// Standard Access: Implementation of the Web3:// standard (ERC-4804) to enable seamless access to decentralized applications and on-chain Web3 content without relying on traditional HTTP URL formats. 2. Decentralized  Content Management System DApp: Development of a decentralized application (DApp) that functions as a Decentralized Content Management System, allowing users to create, edit, and view content stored on EthStorage. 3. User Interface (UI): A user-friendly and intuitive user interface for the DApp, ensuring a positive user experience for creating, editing, and accessing decentralized content. ### 🎨 UI/UX Design Requirements 1. Intuitive Navigation: Ensure a clear and intuitive navigation structure that allows users to easily explore and navigate through the decentralized application. 2. User-Friendly Interface: Design a user interface that is visually appealing and user-friendly, considering ease of use for users with varying levels of technical expertise. 3. Content Creation and Editing: Provide an intuitive interface for users to create and edit the website-based content. Include features like text formatting options, image embedding, and other relevant functionalities. 4. Decentralized Content Access: Implement a seamless mechanism for users to access on-chain Web3 content using the Web3:// standard. Consider how users can interact with decentralized data without relying on traditional HTTP URL formats. ### 🧑‍⚖️ How are we judging it? While the specific judging criteria may depend on the details provided in the bounty or project guidelines, here are some criteria that we value most:  1. Functionality: The core functionalities of the Decentralized Content Management System should be fully implemented, allowing users to create, edit, and access content seamlessly. 2. EthStorage Integration and Web3:// Implementation: Successful integration of EthStorage and implementation of the Web3:// standard (ERC-4804). 3. Smart Contract Implementation: Well-designed and secure smart contracts that handle key functionalities such as content creation, editing, and retrieval. 4. User Interface (UI) Design: A user-friendly and intuitive UI that enhances the user experience, including clear navigation, responsive design, and accessibility considerations. 5. Innovation and Creativity: Recognition of innovative and creative solutions that go beyond basic requirements and bring added value to the project. 6. Documentation: Comprehensive and well-organized documentation that guides users and developers on how to interact with the Decentralized Content Management System, including setup instructions and usage guidelines. The Criteria for hackers to receive the first stage of funding should be at least complete 1-4. ### 🌎 Impact on the organization - Promotion of EthStorage and Web3://: The organization may contribute to the adoption and promotion of EthStorage and Web3://, potentially leading to increased awareness and usage of these technologies. - Potential Partnerships: Depending on the nature of the project, a successful implementation could attract attention from potential partners interested in similar decentralized solutions. ### 📚 Resources EthStorage Website: <https://ethstorage.io/> - Web3:// Website:[ https://w3url.w3eth.io/](https://w3url.w3eth.io/) - Github: <https://github.com/ethstorage/> - Documentation: <https://docs.web3url.io/> - Related ERCs: [ERC-4804](https://eips.ethereum.org/EIPS/eip-4804), [ERC-6860](https://eips.ethereum.org/EIPS/eip-6860), [ERC-6821](https://eips.ethereum.org/EIPS/eip-6821), [ERC-6944](https://eips.ethereum.org/EIPS/eip-6944), [ERC-7087](https://github.com/ethereum/ERCs/pull/98) - Tools: - Gateway: w3link.io - etfs-uploader: <https://www.npmjs.com/package/ethfs-uploader> - web3curl: <https://www.npmjs.com/package/web3curl> - Web3 native browser: <https://github.com/nand2/evm-browser> - Web3 Chrome extension: <https://github.com/ComfyGummy/chrome-web3> ### 👀 Some example use cases The use cases for a Decentralized Content Management System using Web3:// and EthStorage can be diverse, showcasing the versatility of blockchain and decentralized technologies. Here are some examples of potential use cases: 1. Censorship-Resistant Content Publishing: Enabling users to publish content in a decentralized manner, making it resistant to censorship and ensuring that information remains accessible even in regions with restricted internet access. 2. Immutable Documentation: Creating an immutable and tamper-proof documentation system where historical records or information cannot be altered, providing a reliable source of information over time. 3. Collaborative Knowledge Creation: Facilitating collaborative knowledge creation by allowing multiple users to contribute to a decentralized Content Management System such as (Wikipedia or Mirror) content-based documentation system, with changes recorded on the blockchain. 4. Decentralized Web3 Content: Building decentralized web applications ensures that decentralized applications and on-chain data remain accessible without relying on traditional HTTP URL formats. 5. Creative Commons and Open Content: Supporting the creation and sharing of creative commons-licensed and open content in a decentralized environment, fostering a culture of collaboration and knowledge sharing. 6. Community-Driven Platforms: Empowering communities to build and maintain their decentralized knowledge repositories, fostering community-driven initiatives for information sharing. These examples highlight the potential for a Decentralized Content Management System to address a range of needs, from content creation and collaboration to ensuring the availability and accessibility of information in a decentralized manner.

EthStorage is a layer 2 solution that provides programmable dynamic storage based on Ethereum's data availability. Web3:// (ERC-4804) establishes a standard for accessing decentralized applications and on-chain Web3 content, eliminating the necessity for the conventional HTTP URL format.  The bounty pertains to the development of a decentralized Social Network using Web3:// and EthStorage. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount > Prize Amount and number of winners have been updated by the sponsors. The decision is based on the submission quality of the bounties. 5000 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown 1 winner with $5,000. If we don’t get any submissions, or the projects do not meet our criteria, the prize money might change. It could be between $1,000 and $5,000. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements To successfully complete this bounty for building a Decentralized  Social Network using Web3:// and EthStorage, you would likely need the following: 1. Knowledge of Web3:// (ERC-4804): Gain a solid understanding of the Web3:// standard (ERC-4804) to enable access to decentralized applications and on-chain Web3 content without relying on traditional HTTP URL formats. 2. Smart Contract Development: Proficiency in smart contract development is crucial for creating the necessary contracts to interact with EthStorage and implement the desired functionalities for a Decentralized Social Network. 3. Decentralized Application (DApp) Development: Develop a decentralized application (DApp) that integrates with EthStorage and utilizes Web3:// for accessing on-chain content. This could involve front-end development using web technologies and integration with smart contracts. 4. Testing: Rigorous testing of both smart contracts and the DApp to ensure security, functionality, and user experience. 5. Documentation: Provide comprehensive documentation for the developed solution, including instructions for users and developers on how to interact with the Decentralized  Social Network. 6. Submission Requirements: Understand and adhere to any specific submission requirements outlined in the bounty. This may include submitting code repositories, documentation, and other relevant materials. ### ✅ What does a successful project look like? We’re looking for the same features as the listed web applications. Success in completing the bounty would likely involve achieving the following features and objectives: 1. Using Web3:// Standard Access: Implementation of the Web3:// standard (ERC-4804) to enable seamless access to decentralized applications and on-chain Web3 content without relying on traditional HTTP URL formats. 2. Decentralized Social Network DApp: Development of a decentralized application (DApp) that functions as a Decentralized  Social Network, allowing users to create, edit, and view content stored on EthStorage. 3. User Interface (UI): A user-friendly and intuitive user interface for the DApp, ensuring a positive user experience for creating, editing, and accessing decentralized content. ### 🎨 UI/UX Design Requirements 1. Intuitive Navigation: Ensure a clear and intuitive navigation structure that allows users to easily explore and navigate through the decentralized application. 2. User-Friendly Interface: Design a user interface that is visually appealing and user-friendly, considering ease of use for users with varying levels of technical expertise. 3. Content Creation and Editing: Provide an intuitive interface for users to create and edit the website-based content. Include features like text formatting options, image embedding, and other relevant functionalities. 4. Decentralized Content Access: Implement a seamless mechanism for users to access on-chain Web3 content using the Web3:// standard. Consider how users can interact with decentralized data without relying on traditional HTTP URL formats. ### 🧑‍⚖️ How are we judging it? While the specific judging criteria may depend on the details provided in the bounty or project guidelines, here are some criteria that we value most:  1. Functionality: The core functionalities of the Decentralized Social Network should be fully implemented, allowing users to create, edit, and access content seamlessly. 2. EthStorage Integration and Web3:// Implementation: Successful integration of EthStorage and implementation of the Web3:// standard (ERC-4804). 3. Smart Contract Implementation: Well-designed and secure smart contracts that handle key functionalities such as content creation, editing, and retrieval. 4. User Interface (UI) Design: A user-friendly and intuitive UI that enhances the user experience, including clear navigation, responsive design, and accessibility considerations. 5. Innovation and Creativity: Recognition of innovative and creative solutions that go beyond basic requirements and bring added value to the project. 6. Documentation: Comprehensive and well-organized documentation that guides users and developers on how to interact with the Decentralized Social Network, including setup instructions and usage guidelines. The Criteria for hackers to receive the first stage of funding should be at least complete 1-4. ### 🌎 Impact on the organization - Promotion of EthStorage and Web3://: The organization may contribute to the adoption and promotion of EthStorage and Web3://, potentially leading to increased awareness and usage of these technologies. - Potential Partnerships: Depending on the nature of the project, a successful implementation could attract attention from potential partners interested in similar decentralized solutions. ### 📚 Resources EthStorage Website: <https://ethstorage.io/> - Web3:// Website:[ https://w3url.w3eth.io/](https://w3url.w3eth.io/) - Github: <https://github.com/ethstorage/> - Documentation: <https://docs.web3url.io/> - Related ERCs: [ERC-4804](https://eips.ethereum.org/EIPS/eip-4804), [ERC-6860](https://eips.ethereum.org/EIPS/eip-6860), [ERC-6821](https://eips.ethereum.org/EIPS/eip-6821), [ERC-6944](https://eips.ethereum.org/EIPS/eip-6944), [ERC-7087](https://github.com/ethereum/ERCs/pull/98) - Tools: - Gateway: w3link.io - etfs-uploader: <https://www.npmjs.com/package/ethfs-uploader> - web3curl: <https://www.npmjs.com/package/web3curl> - Web3 native browser: <https://github.com/nand2/evm-browser> - Web3 Chrome extension: <https://github.com/ComfyGummy/chrome-web3> ### 👀 Some example use cases The use cases for a Decentralized  Social Network / On-chain Gaming / Content Management System using Web3:// and EthStorage can be diverse, showcasing the versatility of blockchain and decentralized technologies. Here are some examples of potential use cases: 1. Censorship-Resistant Content Publishing: Enabling users to publish content in a decentralized manner, making it resistant to censorship and ensuring that information remains accessible even in regions with restricted internet access. 2. Immutable Documentation: Creating an immutable and tamper-proof documentation system where historical records or information cannot be altered, providing a reliable source of information over time. 3. Collaborative Knowledge Creation: Facilitating collaborative knowledge creation by allowing multiple users to contribute to a decentralized  Social Network / On-chain Gaming / Content Management System such as (Wikipedia or Mirror) content-based documentation system, with changes recorded on the blockchain. 4. Decentralized Web3 Content: Building decentralized web applications ensures that decentralized applications and on-chain data remain accessible without relying on traditional HTTP URL formats. 5. Creative Commons and Open Content: Supporting the creation and sharing of creative commons-licensed and open content in a decentralized environment, fostering a culture of collaboration and knowledge sharing. 6. Community-Driven Platforms: Empowering communities to build and maintain their decentralized knowledge repositories, fostering community-driven initiatives for information sharing. These examples highlight the potential for a Decentralized  Social Network / On-chain Gaming / Content Management System to address a range of needs, from content creation and collaboration to ensuring the availability and accessibility of information in a decentralized manner.

An open-source AI agent that detects vulnerabilities in Solidity smart contracts. It features a chat-based interface for code analysis, GitHub integration, and is pre-trained on real audit reports for accurate assessments. Self-hostable and trainable. ### 🗂️ Bounty Category Meaningful Open Source Contribution,On-chain Security ### 💰 Prize Amount 10000 ### 🥇 Number of Projects Awarded 2 ### 🏆 Winner Breakdown We are awarding a total of **$10,000 USDC** to the top two projects: - **1st Place:** $7,000 - **2nd Place:** $3,000 If fewer than two projects meet the criteria, we may adjust the prize distribution accordingly. If no project meets the minimum quality standards, we reserve the right to withhold awards and will provide an explanation. ### 📝 Requirements The goal of this bounty is to develop an **AI-powered security agent** that detects vulnerabilities in Solidity smart contracts. The agent should be **open-source, self-hostable, and capable of continuous learning** using real-world security audit data. The **MVP** must feature a **chat-based interface**, allowing users to submit smart contracts via text input or GitHub integration for automated scanning. The AI model should be **pre-trained on real audit reports** and security vulnerabilities to ensure high accuracy. ### ✅ What does a successful project look like? A successful implementation of this bounty will result in a fully functional, **AI-powered smart contract security auditor** that can: ✅ **Analyze Solidity smart contracts** through a **chat-based interface** or **GitHub repository integration** ✅ **Detect security vulnerabilities** using **static analysis + AI reasoning** ✅ **Provide actionable reports** that classify risks and suggest mitigations ✅ **Be self-hostable and extendable**, allowing further training on private datasets ### 🎨 UI/UX Design Requirements The application must have a **functional user interface**, which can be: - A **chat-based interface** (web-app, CLI, or messaging bot). - A **browser-based dApp** that allows users to submit smart contracts for analysis. **For browser-based interfaces:** - Must be **publicly accessible via a demo URL**. - Should include an **input field for pasting Solidity code** and an option to **connect a GitHub repository**. - Results must be displayed **clearly** with vulnerability classifications and explanations. **For command-line applications:** - Must be **packaged in a Docker container** for easy deployment. - Should support Linux/MacOS environments. ### 🧑‍⚖️ How are we judging it? ### **Success Criteria** **1. AI-Powered Smart Contract Security Analysis (40%)** - ✅ Successfully accepts Solidity code and GitHub repositories as input. - ✅ Identifies common vulnerabilities (reentrancy, overflows, access control issues, logic bugs). - ✅ Uses a **combination of static analysis tools (Slither, Semgrep, Foundry) + AI-based reasoning** for enhanced accuracy. - ✅ Provides **explanations and context** for each detected vulnerability. **2. AI Model Training & Security Knowledge (30%)** - ✅ Model is **pre-trained on real-world audit reports** provided in JSON/CSV format. - ✅ Demonstrates **understanding of security best practices** by correctly classifying vulnerabilities. - ✅ Supports **additional training with new security datasets**, allowing continued improvement. **3. Deployment & Usability (20%)** - ✅ Can be **self-hosted on a VPS** with a Docker-based deployment. - ✅ Includes **clear documentation** on how to install, configure, and extend the system. - ✅ Outputs reports in **JSON, PDF, or Markdown** format, making them easy to integrate into security workflows. **4. Innovation & Scalability (10%)** - ✅ Allows **future customization** by supporting additional datasets for fine-tuning. - ✅ Demonstrates potential for **integration into security pipelines** for continuous auditing. - ✅ Shows creative ways to enhance AI-powered vulnerability detection beyond static analysis. ### **Example of a Successful Submission** A team submits a project where: 1. **Users can paste Solidity code or connect a GitHub repo** via a chat-based interface. 2. The AI agent **scans the smart contract using static analysis + AI-powered reasoning** to detect vulnerabilities. 3. The system **outputs a structured security report** with **severity classifications and suggested fixes**. 4. The **pre-trained model leverages real-world audit data**, improving its detection capabilities. 5. The project is **fully self-hostable on a VPS** and can be further trained with additional datasets. Projects that meet or exceed these expectations will be eligible for the **$7,000 (1st place) and $3,000 (2nd place) prizes**. ### 🌎 Impact on the organization The development of this **AI-powered smart contract security auditor** will have a significant impact on our organization, both in the short term (hackathon MVP) and long term (internal adoption and refinement). ### **1. Enhancing Smart Contract Security Audits** - Automates **initial security assessments**, reducing the time required for manual reviews. - Improves the efficiency of **bug bounty report triage**, helping security teams prioritize high-risk findings. - Assists developers in **catching vulnerabilities earlier in the development cycle**, leading to more secure deployments. ### **2. Open-Source and Self-Hosting Benefits** - By making the system **open-source and self-hostable**, it ensures that **security teams, researchers, and developers** can run private security audits without external dependencies. - Provides an adaptable foundation for future **internal security automation and research**. ### **3. AI Model as a Long-Term Security Asset** - **Pre-training the AI on real audit reports** will create a powerful knowledge base that continuously improves with new data. - Our organization can **further refine the AI model** using proprietary security datasets, enhancing its ability to detect novel attack vectors. ### **4. Strengthening the Web3 Security Ecosystem** - By contributing to an **AI-driven security tool**, we support the broader Web3 security community in building **scalable, AI-assisted security solutions**. - Encourages **collaboration between researchers and developers**, aligning with the mission of improving smart contract security at scale. By working on this bounty, teams will directly contribute to a **practical and impactful security tool** that benefits both **our internal security processes** and the **Web3 security industry as a whole**. ### 📚 Resources **Development Resources** - **Sample Training Data:** [Smart Contract vulndb](https://github.com/tintinweb/smart-contract-vulndb) - [Hacken Public reports](https://docs.hacken.io/rest-api/audits) - [Solodit Public reports](https://github.com/solodit/solodit_content/tree/main/reports) **Helpful References** - **Static Analysis Tools:** - [Slither](https://github.com/crytic/slither) – Solidity static analysis tool - [Semgrep](https://semgrep.dev/) – Code analysis tool - [Foundry](https://github.com/foundry-rs/foundry) – Smart contract development and testing framework - **Machine Learning Resources for Security** - [Hugging Face](https://huggingface.co/) – LLM model hosting and fine-tuning - [LangChain](https://www.langchain.com/) – AI-based reasoning for security analysis ### 👀 Some example use cases ### **1. Automated Smart Contract Security Audits** - Developers and auditors can **submit Solidity code or GitHub repositories** for automated security analysis. - The AI agent detects vulnerabilities such as **reentrancy, access control issues, integer overflows, and gas inefficiencies**. - Generates structured reports with **risk classifications and mitigation suggestions**. **Example:** - A Web3 startup is about to deploy a DeFi contract and wants a **quick, AI-powered security check** before an official audit. ### **2. AI-Assisted Bug Bounty Report Triage** - Security platforms can **integrate the AI agent to assist in triaging bug bounty submissions**. - AI provides **an initial severity assessment**, helping prioritize critical vulnerabilities. **Example:** - A security researcher submits a vulnerability to a bug bounty platform. The AI agent **analyzes the report and the affected contract**, helping security teams decide whether the issue is valid and high-risk. ### **3. Developer Security Copilot** - The AI assistant acts as a **real-time security advisor** while developers write Solidity code. - Provides **instant security feedback**, similar to how GitHub Copilot assists with coding. **Example:** - A developer writing a **Solidity smart contract in VS Code** pastes a function into the AI assistant’s chat interface and gets an immediate **security analysis with improvement suggestions**. ### **4. GitHub Integration for Continuous Security Monitoring** - Teams can **connect GitHub repositories**, and the AI will **automatically scan smart contract commits** for vulnerabilities. - The system flags **high-risk changes** before they reach production. **Example:** - A DAO manages governance contracts and wants to **run security checks on every GitHub pull request** before deploying changes on-chain. ### 💼 Recruitment Opportunities We are actively looking for **top security researchers, AI engineers, and Web3 developers** who are passionate about blockchain security and AI-driven automation. 🚀 **The best projects from this bounty will be considered for internal hiring opportunities.** 🚀 **Potential Roles** 1. **Smart Contract Security Researcher** - Analyze smart contracts for vulnerabilities and conduct security audits. - Work with AI-driven tools to enhance vulnerability detection. 2. **AI/ML Engineer (Security-Focused)** - Develop and fine-tune AI models for smart contract security analysis. - Work with LLMs, NLP, and security datasets to improve automated detection. 3. **Security Automation Engineer** - Build and integrate security automation tools into CI/CD pipelines. - Enhance AI-assisted vulnerability scanning capabilities. ### **How to Get Noticed** - Build a **high-quality submission** that aligns with our judging criteria. - Show innovation in **AI-powered security automation** and **scalability of your solution**. - Provide **clear documentation and strong execution** of your project. If you're interested in **joining our team**, this is a great opportunity to showcase your skills. Feel free to **connect with us during ETHDenver** or reach out after the event!

Hack a Blockchain with Polkadot! Submit vulnerabilities to [Polkadot](https://hackenproof.com/companies/polkadot) & [Parity](https://hackenproof.com/companies/parity) bug bounty programs hosted on HackenProof during ETHDenver and earn extra bounties. Join the challenge, secure Web3, and get rewarded for your findings! ### 🗂️ Bounty Category On-chain Security,Meaningful Open Source Contribution ### 💰 Prize Amount 3000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown **The top three projects get awarded $1,000 each. ** If fewer than three security researchers meet the criteria, we may adjust the prize distribution accordingly. If no security researcher meets the requirements, we reserve the right to withhold awards and will provide an explanation. ### 📝 Requirements This bounty is for everyone, you can get extra rewards for valid issues submitted to [Polkadot](https://hackenproof.com/companies/polkadot) & [Parity](https://hackenproof.com/companies/parity) bug bounty programs hosted on HackenProof - Registered hacker's account at [HackenProof.com ](https://hackenproof.com/) ### ✅ What does a successful project look like? Clear, well-documented vulnerability reports with reproducible proof-of-concept (PoC) - The top 3 researchers with the highest severity findings will be rewarded ### 🧑‍⚖️ How are we judging it? Only valid reports submitted to the selected bug bounty programs will be eligible for rewards. - The severity of findings will determine rankings and rewards. - A **Public Leaderboard** will be available on [HackenProof.com](https://hackenproof.com), tracking top researchers and their contributions. ### 🌎 Impact on the organization This bounty will enhance the security of Polkadot and Parity by leveraging the expertise of ethical hackers. By hosting the program on HackenProof during ETHDenver, we attract top-tier security researchers, leading to the discovery and mitigation of critical vulnerabilities.  ### 📚 Resources - Polkadot Bug Bounty programs: <https://hackenproof.com/companies/polkadot> - Parity Bug Bounty programs: <https://hackenproof.com/companies/parity> - Guide on how to submit report: <https://docs.hackenproof.com/dashboard/hacker-dashboard/submit-a-report> ### 👀 Some example use cases We are looking to identify and mitigate security vulnerabilities that could impact the Polkadot and Parity ecosystems

Detector should be configured on a Token contract which is has a peg to another token or a value (e.g. stablecoin, Liquid staking, LRT) Detector should monitor for token price deviation from an safe range. Detector should generate event for out of range condition. ### 🗂️ Bounty Category On-chain Security ### 💰 Prize Amount 1000 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown 1st place: $1000 ### 📝 Requirements Teams must develop a Depeg Monitor capable of detecting stablecoin and pegged asset deviations. The solution should: - Be configured on a token contract that maintains a peg (e.g., stablecoins, Liquid Staking Tokens (LSTs), Liquid Restaking Tokens (LRTs)). - Define a safe range threshold for price variations and trigger an event when the token price falls outside this range. - Use the Sentinel SDK ([GitHub](https://github.com/haas-labs/ext-sentinel-py-sdk)). ### ✅ What does a successful project look like? - Detector successfully detects `depeg` of an asset in a configured interval and generates an Alert with metadata describing depeg ### 🎨 UI/UX Design Requirements - No front-end is required, the solution should be a command-line tool that runs autonomously. - Must be packaged in Docker or as a standalone executable for Linux, MacOS, and Windows. ### 🧑‍⚖️ How are we judging it? - How well does the detector identify depegging events? - Are the alerts timely and reliable with minimal false positives? - Is the code well-structured, efficient, and documented for easy maintenance and further development? - How well is the Sentinel SDK integrated? ### 🌎 Impact on the organization Stablecoin depegging has caused big losses and financial instability in DeFi.A Depeg Monitor would provide real-time alerts, improving security and risk management for DeFi protocols, and liquidity providers. This tool will help protect on-chain assets by identifying risks before they escalate, making DeFi safer for all participants. ### 📚 Resources SDK: <https://github.com/haas-labs/ext-sentinel-py-sdk> Example: <https://github.com/haas-labs/ext-sentinel-py-sdk/blob/main/examples/block_tx> ### 👀 Some example use cases We are looking for proof-of-concept implementations that demonstrate a clear approach to detecting and reporting depegging events. For example: Track USDT, USDC, DAI, and other stablecoins against their pegged value to provide early warnings before major depegs occur. ### 💼 Recruitment Opportunities We are always looking for talented developers who are passionate about blockchain security. If your work on this bounty demonstrates strong technical skills and an understanding of real-time blockchain event detection, we encourage you to explore opportunities with our team.

Focus on building an MVP or prototype that leverages the unique capabilities of Sui. With the best-in-class onboarding experience and highly composable Move language, anything is possible with Sui. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 6000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown We're giving prizes to the top three team projects: 1st place can get as much as $2500, 2nd place can get as much as $2000, 3rd place will get at least $1,500. If we get less than three projects, or they're not meeting our criteria, the prize money might change. It could be between $1,500 and $2,500. ### 📝 Requirements - The project should be deployed to Sui Mainnet, Testnet, or otherwise integrated with Sui. - To ensure an even playing field, all project submissions should be new projects on Sui. - All project work should be open-sourced ### ✅ What does a successful project look like? We want to see a working project that compiles and builds without obvious errors with well-documented readmes. A successful project should have at least 2-3 major user flows that integrate with Sui and anyone could execute these flows without encountering non-recoverable errors. Successful project teams would also account for internet disruptions and provide backup options for demos. For a more complete list of project ideas, please see: <https://suifoundation.notion.site/Sui-Hackathon-Project-Ideas-Page-d6ceafa54d984672b5cd24a0a6deeeed> ### 🎨 UI/UX Design Requirements The application should be functional and available for others to use and/or explore. This could include a CLI program, browser based dApp, mobile app. A mobile app should have at least a short video demoing what was built. Browser-based dApps must be published to a publicly accessible demo URL, command-line apps must be packaged in a Docker container or as a standalone executable for Windows, Linux or MacOS. ### 🧑‍⚖️ How are we judging it? Judges will look at the following criteria: 1. **Concept/Idea.** Judges assess the originality and quality of the project’s concept, both in respect of the Sui ecosystem and also beyond the boundaries of Web3. 2. **Technical Implementation (Technical Judges Only)** Judges grade code completeness, code quality and robustness of the technical implementation. 3. **Creative Use of Sui and Move Features.** Judges will assess the adept use of Sui’s native features, primitives and Move capabilities, including the technical feasibility of these features to scale. 4. **Real Life Impact.** Judges will assess the impact the project will have on the world. 5. **Overall Impression.** Judges will take all previous criteria into account as they assess the overall professionalism of the project and team. ### 🌎 Impact on the organization Bringing web2 users onchain and public goods to Sui ecosystem ### 📚 Resources **Tooling for rapid deployment:** Consider leveraging any of the following tooling to enable you to get your idea off the ground as quickly as possible: - [Enoki](https://enoki.mystenlabs.com/): Seamless deployment of zkLogin + sponsored transactions in your dApp. Sign up on the [Enoki Developer Portal](https://portal.enoki.mystenlabs.com/). Example app here: <https://github.com/sui-foundation/enoki-example-app>  - [dApp Kit](https://sdk.mystenlabs.com/dapp-kit): TS/React component library for easy creation of a frontend with “connect wallet” and other Sui features built in.  - [TypeScript SDK](https://sdk.mystenlabs.com/typescript): The most-used general purpose Sui SDK - [zkSend SDK](https://sdk.mystenlabs.com/zksend): SDK that enables you to integrate basic wallet features for your users, including sending tokens and creating claim links - Public RPC providers: Many RPC providers make free public endpoints available for Testnet, such as BlockVision, Blockberry, Shinami and Mysten Labs. **Essential tools:** - Wallet: [Sui Wallet](https://suiwallet.com/), [Surf Wallet](https://surf.tech/), [Nightly](https://nightly.app/) - Explorer: [SuiVision](https://suivision.xyz/), [Suiscan](https://suiscan.xyz/) - [Getting Started guide](https://docs.sui.io/guides/developer/getting-started) - [Faucet](https://docs.sui.io/guides/developer/getting-started/get-coins) **General resources**: - [Sui Developer Portal](https://sui.io/developers) - The best place to find recommended dev tooling, docs, guides and other important information for Sui devs. - [Sui Documentation](https://docs.sui.io/) - This is Sui's reference documentation. As such, it's not the best place to learn Move from scratch, but it's an important resource, and the Concepts section is useful to understand Sui's architecture. - [Mysten Labs SDK Docs](https://sdk.mystenlabs.com/) - Contains docs for various SDKs: - The TypeScript SDK is feature rich and one of the most popular. - dApp Kit is a React-based component library, with components built specifically for Sui including for connecting wallets. - The Kiosk SDK provides more advanced Kiosk functionality than general purpose SDKs. - The zkSend SDK enables dApps to seamlessly integrate zkSend functionality into their apps, including with support for their own tokens. **Move resources:** - [The Move Reference](https://move-book.com/reference/) - The de facto reference for the Move language on Sui. - [The Move Book](https://move-book.com/) - The de facto guide to learning the Move language on Sui. - [Move Intro Course](https://github.com/sui-foundation/sui-move-intro-course) - If you prefer to get started and deploy examples quickly without spending too long learning about the language, then the Move Intro Course is the perfect resource. - [Let's Move Sui](https://letsmovesui.com/) - If you prefer to learn the language's syntax, primitives and concepts before you build a project, then this course is excellent. **Video series** - [Sui Overflow Workshops](https://www.youtube.com/watch?v=-VpZOtkMXcg&list=PL9t2y-BKvZBQfXDwdXItBvtZP0dzXSYxO) **Example apps** - [Mysten Labs apps](https://github.com/MystenLabs/apps) - Some useful apps from Mysten Labs, including SuiFrens and SuiNS - <https://github.com/MystenLabs/sui/tree/main/examples>  - [Sui Documentation—App Examples](https://docs.sui.io/guides/developer/app-examples) - For building a project, the App Examples section is useful as it shows how to build end-to-end apps on Sui, including the smart contracts, frontend and any backend services. - Open-source builders: - Looking at dApps and demos from well-known Sui devs and inspecting their source code is a great way to learn about common Move and Sui patterns. A couple of good examples: - [juzybits](https://github.com/juzybits) — [Juzy (X)](https://twitter.com/juzybits) - [interest-protocol](https://github.com/interest-protocol) — [Thouny (X)](https://twitter.com/BL0CKRUNNER), [Jose (X)](https://twitter.com/josemvcerqueira) ### 👀 Some example use cases Project ideas list: <https://suifoundation.notion.site/Sui-Hackathon-Project-Ideas-Page-d6ceafa54d984672b5cd24a0a6deeeed> ### 💼 Recruitment Opportunities <https://jobs.sui.io/jobs> <https://www.mystenlabs.com/careers>

Focus on building an MVP or prototype that leverages the unique capabilities of Walrus, the next generation decentralized storage system. Walrus is unique in its use of the Red Stuff encoding protocol, a two-dimensional erasure coding system combined with the Sui blockchain for control plane operations, enabling low storage overhead, efficient data recovery, and high resilience in a decentralized storage network without requiring a custom blockchain. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 6000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown We're giving prizes to the top three team projects: 1st place can get as much as $2500, 2nd place can get as much as $2000, 3rd place will get at least $1,500. If we get less than three projects, or they're not meeting our criteria, the prize money might change. It could be between $1,500 and $2,500. ### 📝 Requirements - The project should be deployed to Walrus Mainnet, Testnet, or otherwise integrated with Walrus. - To ensure an even playing field, all project submissions should be new projects on Walrus. - All project work should be open-sourced ### ✅ What does a successful project look like? We want to see a working project that compiles and builds without obvious errors with well-documented readmes. A successful project should have at least 2-3 major user flows that integrate with Walrus and anyone could execute these flows without encountering non-recoverable errors. Successful project teams would also account for internet disruptions and provide backup options for demos. ### 🎨 UI/UX Design Requirements The application should be functional and available for others to use and/or explore. This could include a CLI program, browser based dApp, mobile app. A mobile app should have at least a short video demoing what was built. Browser-based dApps must be published to a publicly accessible demo URL, command-line apps must be packaged in a Docker container or as a standalone executable for Windows, Linux or MacOS. ### 🧑‍⚖️ How are we judging it? 1. **Concept/Idea.** Judges assess the originality and quality of the project’s concept, both in respect of the Walrus ecosystem and also beyond the boundaries of Web3. 2. **Technical Implementation (Technical Judges Only)** Judges grade code completeness, code quality and robustness of the technical implementation. 3. **Creative Use of Walrus Features.** Judges will assess the adept use of Walrus’ native features, including the technical feasibility of these features to scale. 4. **Real Life Impact.** Judges will assess the impact the project will have on the world. 5. **Overall Impression.** Judges will take all previous criteria into account as they assess the overall professionalism of the project and team. ### 🌎 Impact on the organization Bringing the next generation decentralized storage system to blockchain enthusiasts and the masses. ### 📚 Resources **Walrus No BS Quick Start Guide** [https://mystenlabs.notion.site/Walrus-No-BS-Quick-Start-Guide-1186d9dcb4e98059a2ffe7b48dc26df4](https://mystenlabs.notion.site/Walrus-No-BS-Quick-Start-Guide-1186d9dcb4e98059a2ffe7b48dc26df4?pvs=4) **Example apps** Previous Hackathon Gallery:[ https://www.breakingtheice.xyz/gallery](https://www.breakingtheice.xyz/gallery) ### 👀 Some example use cases Project ideas list: <https://mystenlabs.notion.site/Walrus-No-BS-Quick-Start-Guide-1186d9dcb4e98059a2ffe7b48dc26df4#1e23223d97f34918aa0cfaa432172ef0> ### 💼 Recruitment Opportunities <https://jobs.sui.io/jobs> <https://www.mystenlabs.com/careers>

Build the best mobile UX to onboard new-to-Web3 users into DeFi! Top prize for a seamless, consumer-friendly native mobile experience. 2nd & 3rd prize for mobile-first or optimized apps. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 10000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown We're giving money prizes to the top three team projects: 3rd place will get $1,000. 2nd place will get $3,000. 1st place will get $6,000. If we get less than three projects, or they're not meeting our criteria, the prize money might change. It could be between $1,000 and $10,000. If no project meets our criteria enough to win, we'll explain why. ### 📝 Requirements Develop a mobile app that integrates the Divvi Protocol with innovative consumer-focused functionality. ### ✅ What does a successful project look like? We are looking for **consumer apps that incorporate creative use of the Divvi Protocol and Mobile SDK**. - Desired features include:  - Native Mobile Applications  - Seamless integration with backend protocols such as Sommelier, Beefy, or Aerodrome.  - Clear, functional, and intuitive UI/UX for consumer engagement.  - Demonstrated stability and performance during testing. **Example Implementations:** reference apps like Valora or Beefy showcase Divvi Protocol integrations and are available at <https://github.com/divvi-xyz> ### 🎨 UI/UX Design Requirements The app must: - Feature a functional user interface suitable for consumers. - Include a local build option for easy testing. - For native mobile apps, must create a build for iOS or Android. - For public-facing web apps, provide a publicly accessible demo URL. - For native mobile apps, must provide a link to a git repository. ### 🧑‍⚖️ How are we judging it? Projects will be evaluated on: - All projects must integrate the Divvi Protocol to be considered. - Creativity in utilizing combinations of protocols integrated with Divvi to provide a unique user experience. - The app’s ability to address real consumer use cases. - Quality of UI/UX and overall performance. - Use of the Divvi Mobile SDK. - Native-mobile hackathon submissions will carry more weight when judged ### 🌎 Impact on the organization 1. Gather feedback on the SDK’s usability and developer experience. 2. Increase the number of consumer apps using Divvi Protocol and Mobile SDK. ### 📚 Resources - Example reference applications at [https://github.com/divvi-xyz](https://github.com/divvi-xyz) - Documentation at <https://docs.divvi.xyz/> ### 👀 Some example use cases Stablecoin earning app (integrating multiple backend protocols) - Memecoin app (could use Aerodrome) - Savings circle app

Launch an MVP using the RLUSD stablecoin issued by Ripple. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 10000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown 1st place 5K , 2nd place 3K, 3rd place 2K ### 📝 Requirements Have a working MVP that uses RLUSD on Sepolia ### ✅ What does a successful project look like? RLUSD aims to enhance the financial infrastructure by providing a more efficient and innovative foundation. Applications should focus on addressing the challenges of digital financial services. For instance, developing an SDK that allows apps to seamlessly integrate wallet functionality into their platforms can drive monetization or interoperability ### 🎨 UI/UX Design Requirements Apps should be able to be tested, by command-line, web interface or installation ### 🧑‍⚖️ How are we judging it? The criteria for evaluation will be based on three key aspects: **Problem-Solving Potential**, **Technical Viability**, and **Adoption Leverage**. **Problem-Solving Potential** assesses how effectively the proposed solution addresses a significant issue or challenge, emphasizing its relevance and impact. **Technical Viability** evaluates the feasibility and robustness of the implementation, focusing on the team’s ability to deliver a technically sound solution. Finally, **Adoption Leverage** measures how well the solution drives the adoption of RLUSD, emphasizing its capacity to expand usage and attract new users or integrations ### 🌎 Impact on the organization We are looking for prospects for the funding programs operated by the organization ### 📚 Resources https://docs.ripple.com/stablecoin/ ### 👀 Some example use cases DeFi applications using RLUSD, Payments and Fintech solutions (Fintech 2.0 ) etc.

AppChain App Track: New AppChain App deployment and libraries to help devs build and deploy on Polkadot. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Meaningful Open Source Contribution,On-chain Security,Early Stage Startup ### 💰 Prize Amount 2500 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown Each winner is guaranteed a minimum prize of $1,000 USD. The total maximum prize amount of all projects awarded shall not exceed $2,500 USD. If there is only one project awarded (winner), then each winner (only one) is guaranteed a minimum prize value of $1,000 USD, whereby that 1st prize is guaranteed a minimum prize of $1,000 USD and a maximum prize of $2,500 USD. This is the current prize pool and it will not change for this bounty. If in the unlikely event the prize pool changes, and there are two winners, the existing total maximum prize amount will not change, but it will be split, where each winner is guaranteed a minimum prize value of $1,000 USD, whereby one prize (e.g. 1st prize) is guaranteed a minimum prize of $1,000 USD and a maximum prize of $1,250 USD, and the other prize (e.g. 2nd prize) is guaranteed a minimum prize of $1,000 USD and a maximum prize of $1,250 USD. There can only ever be a maximum of two winners in the prize pool, otherwise it would not be fair, as a 3rd winning project would not be guaranteed a minimum prize value of $1,000 USD, since that would cause the total prize pool to exceed the total maximum amount of $2,500 USD. If the judges find that no project is good enough to win, they'll be sure to explain why. ### 📝 Requirements - Code submission: A repository with a hosted demo URL of the submission and instructions on how to run it locally. - README file: A description of the user journey with screenshots and needs your app serves and how you plan to extend it. - Demo: Short 2-minute video showing how to interact with your UI. - Bonus: Make your application mobile friendly. - Bonus: Make your application light client compatible. ### ✅ What does a successful project look like? Successful submissions will serve an actual need in the ecosystem or provide a fun, different way to do things on Polkadot that doesn't already exist. This bounty is ideally looking for submissions that create a UI that allows users to interact with a new AppChain App and also with the core Polkadot system (i.e. the relay chain and its system chains).  ### 🎨 UI/UX Design Requirements Your submission must be published to a publicly accessible demo URL. ### 🧑‍⚖️ How are we judging it? **Scored Judging Criteria:** - **Usefulness / Practicality and Uniqueness / Originality / Wow Factor: [Max Score: 90]** - Does the hack address a need? Is the project useful and accessible (Mobile App, Web App, Desktop Application, as applicable)?**[20]** - How well does the submission benefit Polkadot? How well does the hack represent a "Successful" submission? How well does the hack satisfy the "possible Features" the bounty is looking for? How well does the hack "impact Polkadot" in ways relevant to the "Bounty Description"? **[30]** - How innovative is the project? Does it bring a fresh perspective or solution?**[20]** - Do they set themselves apart from other projects doing similar things? Does the project have a unique aspect that makes it stand out? **[20]**  - **User Experience (UX) / Aesthetics and User Journey: [Max Score: 70]** - Do they provide sufficient transparency on what it’s doing?**[20]** - Is the app aesthetically pleasing to use?**[10]** - How is the UI/UX of the project? Is it intuitive and user-friendly? How well do task flows achieve their user goals?**[30]** - Does the hack provide a clear user journey?**[10]** - **Implementation and Demo / Technicality: [Max Score: 80]** - Does the code work? Is the project functional? **[50]** - Does it justify the hackathon duration?**[5]** - How extensive is the code test coverage? **[10]** - How well is the hack documented? How well does the hack reference and use the provided "Bounty Resources" and credit other resources used? **[5]** - How well does the implementation reflect their design goals? **[10]** **Mandatory Judging Criteria:** - **General**: Does the hack satisfy the "Code Submission", "README File", and "Demo" requirements of "What is required to complete this bounty"? Does the hack satisfy the "UI/UX Design Requirements"? - On-time submission: Does your team submit its project by 10:00 AM MST on Saturday, March 1st, 2025? Important: If you send it in even a second after, at 10:00:01 AM, your project won't be accepted and you won't be able to win any prizes. - **Answers to judges are at least satisfactory**: Does your team provide at least satisfactory answers to challenging questions from the judges? Important: Failing to provide satisfactory answers may result in them considering another team's project. ### 🌎 Impact on the organization You'll be creating new ways to interact with Polkadot's existing services and setting the stage for the next wave of UIs for the rest of the ecosystem. ### 📚 Resources - [Polkadot WebZero Hackathon Resources](https://github.com/JoinWebZero/hackathons/tree/main/hacker-resources) ### 👀 Some example use cases There are a few dedicated webapps that serve a specific user journey on Polkadot. Some example use cases are: - Participating in OpenGov: increase the participation rate for OpenGov with a dedicated UI. - Interacting with assets on Polkadot: a UI to easily create assets and tip members of a collective. - Viewing the activity and engaging as members of on-chain collectives (see: UX guidelines for the Polkadot Fellowship). ### 💰 Grant, Investment, and Recruitment Opportunities There are many teams in the Polkadot ecosystem hiring and we are more than happy to help you make connections. Please visit [Polkadot Decentralized Jobs](https://polkadot.com/community/decentralized-jobs) Additional support may be obtained from the [Polkadot Alpha Program](https://polkadot.com/alpha-program) and the [Polkadot Decentralized Futures Program](https://wiki.polkadot.network/docs/decentralized-futures).

Founder’s Track: Teams that have demonstrated the potential to become self-sustainable autonomous projects in the future on Polkadot. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 2500 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown Each winner is guaranteed a minimum prize of $1,000 USD. The total maximum prize amount of all projects awarded shall not exceed $2,500 USD. If there is only one project awarded (winner), then each winner (only one) is guaranteed a minimum prize value of $1,000 USD, whereby that 1st prize is guaranteed a minimum prize of $1,000 USD and a maximum prize of $2,500 USD. This is the current prize pool and it will not change for this bounty. If in the unlikely event the prize pool changes, and there are two winners, the existing total maximum prize amount will not change, but it will be split, where each winner is guaranteed a minimum prize value of $1,000 USD, whereby one prize (e.g. 1st prize) is guaranteed a minimum prize of $1,000 USD and a maximum prize of $1,250 USD, and the other prize (e.g. 2nd prize) is guaranteed a minimum prize of $1,000 USD and a maximum prize of $1,250 USD. There can only ever be a maximum of two winners in the prize pool, otherwise it would not be fair, as a 3rd winning project would not be guaranteed a minimum prize value of $1,000 USD, since that would cause the total prize pool to exceed the total maximum amount of $2,500 USD. If the judges find that no project is good enough to win, they'll be sure to explain why. ### 📝 Requirements - Code submission: A repository with a hosted demo URL of the submission and instructions on how to run it locally. - README file: A description of the user journey with screenshots and needs your app serves and how you plan to extend it. - Demo: Short 2-minute video showing how to interact with your UI. - Bonus: Make your application mobile friendly. - Bonus: Make your application light client compatible. ### ✅ What does a successful project look like? Successful submissions will serve an actual need in the ecosystem or provide a fun, different way to do things on Polkadot that doesn't already exist. In both cases it should specifically involve Self-sustainable and Autonomous aspects of the core Polkadot system (i.e. the relay chain and its system chains). This bounty is ideally looking for submissions that create a UI that allows users to interact with Self-sustainable and Autonomous aspects of the core Polkadot system (i.e. the relay chain and its system chains).  Currently there’s AssetHub, Bridgehub and Collectives live on mainnet. There are others on Kusama (Encointer) and Paseo (People) too.  You may choose which network you want to build a UI for. ### 🎨 UI/UX Design Requirements Your submission must be published to a publicly accessible demo URL. ### 🧑‍⚖️ How are we judging it? **Scored Judging Criteria:** - **Usefulness / Practicality and Uniqueness / Originality / Wow Factor: [Max Score: 90]** - Does the hack address a need? Is the project useful and accessible (Mobile App, Web App, Desktop Application, as applicable)?**[20]** - How well does the submission benefit Polkadot? How well does the hack represent a "Successful" submission? How well does the hack satisfy the "possible Features" the bounty is looking for? How well does the hack "impact Polkadot" in ways relevant to the "Bounty Description"? **[30]** - How innovative is the project? Does it bring a fresh perspective or solution?**[20]** - Do they set themselves apart from other projects doing similar things? Does the project have a unique aspect that makes it stand out?**[20]**  - **User Experience (UX) / Aesthetics and User Journey: [Max Score: 70]** - Do they provide sufficient transparency on what it’s doing?**[20]** - Is the app aesthetically pleasing to use?**[10]** - How is the UI/UX of the project? Is it intuitive and user-friendly? How well do task flows achieve their user goals?**[30]** - Does the hack provide a clear user journey?**[10]** - **Implementation and Demo / Technicality: [Max Score: 80]** - Does the code work? Is the project functional? **[50]** - Does it justify the hackathon duration?**[5]** - How extensive is the code test coverage? **[10]** - How well is the hack documented? How well does the hack reference and use the provided "Bounty Resources" and credit other resources used? **[5]** - How well does the implementation reflect their design goals? **[10]** **Mandatory Judging Criteria:** - **General**: Does the hack satisfy the "Code Submission", "README File", and "Demo" requirements of "What is required to complete this bounty"? Does the hack satisfy the "UI/UX Design Requirements"? - On-time submission: Does your team submit its project by 10:00 AM MST on Saturday, March 1st, 2025? Important: If you send it in even a second after, at 10:00:01 AM, your project won't be accepted and you won't be able to win any prizes. - **Answers to judges are at least satisfactory**: Does your team provide at least satisfactory answers to challenging questions from the judges? Important: Failing to provide satisfactory answers may result in them considering another team's project. ### 🌎 Impact on the organization You'll be creating new ways to interact with Polkadot's existing services and setting the stage for the next wave of UIs for the rest of the ecosystem. Specifically demonstrating the potential to become a Self-sustainable Autonomous project in the future on Polkadot. ### 📚 Resources - [Polkadot WebZero Hackathon Resources](https://github.com/JoinWebZero/hackathons/tree/main/hacker-resources) ### 👀 Some example use cases There are a few dedicated webapps that serve a specific user journey on Polkadot. Some examples use cases are: - Participating in OpenGov: increase the participation rate for OpenGov with a dedicated UI - Interacting with assets on Polkadot: a UI to easily create assets and tip members of a collective - Viewing the activity and engaging as members of on-chain collectives (see: UX guidelines for the Polkadot Fellowship) ### 💼 Recruitment Opportunities There are many teams in the Polkadot ecosystem hiring and we are happy to help you make connections. Please visit [Polkadot Decentralized Jobs](<https://polkadot.com/community/decentralized-jobs) Additional support may be obtained from the [Polkadot Alpha Program](https://polkadot.com/alpha-program) and the [Polkadot Decentralized Futures Program](https://wiki.polkadot.network/docs/decentralized-futures).

Cross- & Multi-Chain Track: Cross-chain runtime interactions, using bridges and relayers between ecosystems, using XCM on the Polkadot network. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 2500 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown Each winner is guaranteed a minimum prize of $1,000 USD. The total maximum prize amount of all projects awarded shall not exceed $2,500 USD. If there is only one project awarded (winner), then each winner (only one) is guaranteed a minimum prize value of $1,000 USD, whereby that 1st prize is guaranteed a minimum prize of $1,000 USD and a maximum prize of $2,500 USD. This is the current prize pool and it will not change for this bounty. If in the unlikely event the prize pool changes, and there are two winners, the existing total maximum prize amount will not change, but it will be split, where each winner is guaranteed a minimum prize value of $1,000 USD, whereby one prize (e.g. 1st prize) is guaranteed a minimum prize of $1,000 USD and a maximum prize of $1,250 USD, and the other prize (e.g. 2nd prize) is guaranteed a minimum prize of $1,000 USD and a maximum prize of $1,250 USD. There can only ever be a maximum of two winners in the prize pool, otherwise it would not be fair, as a 3rd winning project would not be guaranteed a minimum prize value of $1,000 USD, since that would cause the total prize pool to exceed the total maximum amount of $2,500 USD. If the judges find that no project is good enough to win, they'll be sure to explain why. ### 📝 Requirements - Code submission: A repository with a hosted demo URL of the submission and instructions on how to run it locally. - README file: A description of the user journey with screenshots and needs your app serves and how you plan to extend it. - Demo: Short 2-minute video showing how to interact with your UI. - Bonus: Make your application mobile friendly. - Bonus: Make your application light client compatible. ### ✅ What does a successful project look like? Successful submissions will serve an actual need in the ecosystem or provide a fun, different way to do things on Polkadot that doesn't already exist. In both cases it should specifically involve Cross-ecosystems and Cross-chain aspects of the core Polkadot system (i.e. the relay chain and its system chains). This bounty is ideally looking for submissions that create a UI that allows users to interact with Cross-ecosystems and with Cross-chain aspects of the core Polkadot system (i.e. the relay chain and its system chains).  Currently there’s AssetHub, Bridgehub and Collectives live on mainnet. There are others on Kusama (Encointer) and Paseo (People) too.  You may choose which network you want to build a UI for. ### 🎨 UI/UX Design Requirements Your submission must be published to a publicly accessible demo URL. ### 🧑‍⚖️ How are we judging it? **Scored Judging Criteria:** - **Usefulness / Practicality and Uniqueness / Originality / Wow Factor: [Max Score: 90]** - Does the hack address a need? Is the project useful and accessible (Mobile App, Web App, Desktop Application, as applicable)?**[20] ** - How well does the submission benefit Polkadot? How well does the hack represent a "Successful" submission? How well does the hack satisfy the "possible Features" the bounty is looking for? How well does the hack "impact Polkadot" in ways relevant to the "Bounty Description"? **[30]** - How innovative is the project? Does it bring a fresh perspective or solution?**[20]** - Do they set themselves apart from other projects doing similar things? Does the project have a unique aspect that makes it stand out?**[20]**  - **User Experience (UX) / Aesthetics and User Journey: [Max Score: 70]** - Do they provide sufficient transparency on what it’s doing?**[20]** - Is the app aesthetically pleasing to use?**[10]** - How is the UI/UX of the project? Is it intuitive and user-friendly? How well do task flows achieve their user goals?** [30]** - Does the hack provide a clear user journey?**[10]** - **Implementation and Demo / Technicality: [Max Score: 80]** - Does the code work? Is the project functional? **[50]** - Does it justify the hackathon duration?**[5]** - How extensive is the code test coverage? **[10]** - How well is the hack documented? How well does the hack reference and use the provided "Bounty Resources" and credit other resources used? **[5]** - How well does the implementation reflect their design goals? **[10]** **Mandatory Judging Criteria:** - **General:** How well does the hack satisfy "What is required to complete this bounty"? Does the hack satisfy the "UI/UX Design Requirements"? - On-time submission: Does your team submit its project by 10:00 AM MST on Saturday, March 1st, 2025? Important: If you send it in even a second after, at 10:00:01 AM, your project won't be accepted and you won't be able to win any prizes. - **In-person presentation answers to judges are at least satisfactory:** Does your team provide at least satisfactory answers to challenging questions from the judges? Important: Failing to provide satisfactory answers may result in them considering another team's project. - **In-person presentation presence by all team members for all judging and presentations:** Is your entire team present in person for all the judging and presentations on March 1st, 2025 and March 2nd, 2025 until 6 PM MST? Important: if your team is unable to present on Sunday March 2nd, 2025, an alternate team will be selected to replace yours, which includes forfeiting any track prizes. ### 🌎 Impact on the organization You'll be creating new ways to interact with Polkadot's existing Cross-chain capabilities and bridging services and setting the stage for the next wave of Cross-chain and Cross-ecosystem UIs for the rest of the ecosystem. ### 📚 Resources - [Polkadot WebZero Hackathon Resources](https://github.com/JoinWebZero/hackathons/tree/main/hacker-resources) ### 👀 Some example use cases There are a few dedicated webapps that serve a specific user journey on Polkadot. Some examples use cases are: - Participating in OpenGov: increase the participation rate for OpenGov with a dedicated UI - Interacting with assets on Polkadot: a UI to easily create assets and tip members of a collective - Viewing the activity and engaging as members of on-chain collectives (see: UX guidelines for the Polkadot Fellowship) ### 💼 Recruitment Opportunities There are many teams in the Polkadot ecosystem hiring and we are happy to help you make connections. Please visit [Polkadot Decentralized Jobs](https://polkadot.com/community/decentralized-jobs).  Additional support may be obtained from the [Polkadot Alpha Program](https://polkadot.com/alpha-program) and the [Polkadot Decentralized Futures Program](https://wiki.polkadot.network/docs/decentralized-futures).

Governance Track: Novel UI/UX for governance, and community treasury management using Polkadot SDK. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup,Meaningful Open Source Contribution ### 💰 Prize Amount 2500 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown Each winner is guaranteed a minimum prize of $1,000 USD. The total maximum prize amount of all projects awarded shall not exceed $2,500 USD. If there is only one project awarded (winner), then each winner (only one) is guaranteed a minimum prize value of $1,000 USD, whereby that 1st prize is guaranteed a minimum prize of $1,000 USD and a maximum prize of $2,500 USD. This is the current prize pool and it will not change for this bounty. If in the unlikely event the prize pool changes, and there are two winners, the existing total maximum prize amount will not change, but it will be split, where each winner is guaranteed a minimum prize value of $1,000 USD, whereby one prize (e.g. 1st prize) is guaranteed a minimum prize of $1,000 USD and a maximum prize of $1,250 USD, and the other prize (e.g. 2nd prize) is guaranteed a minimum prize of $1,000 USD and a maximum prize of $1,250 USD. There can only ever be a maximum of two winners in the prize pool, otherwise it would not be fair, as a 3rd winning project would not be guaranteed a minimum prize value of $1,000 USD, since that would cause the total prize pool to exceed the total maximum amount of $2,500 USD. If the judges find that no project is good enough to win, they'll be sure to explain why. ### 📝 Requirements - Code submission: A repository with a hosted demo URL of the submission and instructions on how to run it locally. - README file: A description of the user journey with screenshots and needs your app serves and how you plan to extend it. - Demo: Short 2-minute video showing how to interact with your UI. - Bonus: Make your application mobile friendly. - Bonus: Make your application light client compatible. ### ✅ What does a successful project look like? Successful submissions will serve an actual need in the ecosystem or provide a fun, different way to do things on Polkadot that doesn't already exist. In both cases it should specifically involve on-chain Governance-specific aspects of the core Polkadot system (i.e. the relay chain and its system chains). This bounty is ideally looking for submissions that create a UI that allows users to interact with on-chain Governance-specific aspects of the core Polkadot system (i.e. the relay chain and its system chains).  Currently there’s AssetHub, Bridgehub and Collectives live on mainnet. There are others on Kusama (Encointer) and Paseo (People) too.  You may choose which network you want to build a UI for. ### 🎨 UI/UX Design Requirements Your submission must be published to a publicly accessible demo URL. ### 🧑‍⚖️ How are we judging it? **Scored Judging Criteria:** - **Usefulness / Practicality and Uniqueness / Originality / Wow Factor: [Max Score: 90]** - Does the hack address a need? Is the project useful and accessible (Mobile App, Web App, Desktop Application, as applicable)?**[20]** - How well does the submission benefit Polkadot? How well does the hack represent a "Successful" submission? How well does the hack satisfy the "possible Features" the bounty is looking for? How well does the hack "impact Polkadot" in ways relevant to the "Bounty Description"? **[30]** - How innovative is the project? Does it bring a fresh perspective or solution?**[20]** - Do they set themselves apart from other projects doing similar things? Does the project have a unique aspect that makes it stand out?**[20]**  - **User Experience (UX) / Aesthetics and User Journey: [Max Score: 70]** - Do they provide sufficient transparency on what it’s doing?**[20]** - Is the app aesthetically pleasing to use?**[10]** - How is the UI/UX of the project? Is it intuitive and user-friendly? How well do task flows achieve their user goals?**[30]** - Does the hack provide a clear user journey?**[10]** - **Implementation and Demo / Technicality: [Max Score: 80]** - Does the code work? Is the project functional? **[50]** - Does it justify the hackathon duration?**[5]** - How extensive is the code test coverage? **[10]** - How well is the hack documented? How well does the hack reference and use the provided "Bounty Resources" and credit other resources used? **[5]** - How well does the implementation reflect their design goals? **[10]** **Mandatory Judging Criteria:** - **General**: Does the hack satisfy the "Code Submission", "README File", and "Demo" requirements of "What is required to complete this bounty"? Does the hack satisfy the "UI/UX Design Requirements"? - **On-time submission**: Does your team submit its project by 10:00 AM MST on Saturday, March 1st, 2025? Important: If you send it in even a second after, at 10:00:01 AM, your project won't be accepted and you won't be able to win any prizes. - **Answers to judges are at least satisfactory**: Does your team provide at least satisfactory answers to challenging questions from the judges? Important: Failing to provide satisfactory answers may result in them considering another team's project. ### 🌎 Impact on the organization You'll be creating new ways to interact with Polkadot's existing on-chain Governance services and setting the stage for the next wave of Governance UIs for the rest of the ecosystem. ### 📚 Resources - [Polkadot WebZero Hackathon Resources](https://github.com/JoinWebZero/hackathons/tree/main/hacker-resources) ### 👀 Some example use cases There are a few dedicated webapps that serve a specific user journey on Polkadot. Some examples use cases are: - Participating in OpenGov: increase the participation rate for OpenGov with a dedicated UI - Interacting with assets on Polkadot: a UI to easily create assets and tip members of a collective - Viewing the activity and engaging as members of on-chain collectives (see: UX guidelines for the Polkadot Fellowship) ### 💼 Recruitment Opportunities There are many teams in the Polkadot ecosystem hiring and we are happy to help you make connections. Please visit [Polkadot Decentralized Jobs](https://polkadot.com/community/decentralized-jobs) Additional support may be obtained from the [Polkadot Alpha Program](https://polkadot.com/alpha-program) and the [Polkadot Decentralized Futures Program](https://wiki.polkadot.network/docs/decentralized-futures).

Build dApps on QRL's post-quantum secure, EVM-compatible Zond blockchain (transitioning to PoS). Focus on DeFi, NFTs, identity, or voting solutions. $10k prize pool ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 10000 ### 🥇 Number of Projects Awarded 9 ### 🏆 Winner Breakdown **Total prize amount: $10,000 USD.** - **1st place is $3,000** - **2nd to 8th place divided equally among $7,000** If we get less than four projects, or they're not meeting our criteria, the prize distribution might change, as to ensure 1st place still receives the highest amount. If no project meets our criteria, we’ll explain why. ### 📝 Requirements To complete the **QRL Project Zond BUIDLers Challenge**, participants must fulfill the following requirements: 1. **Deploy on Zond Testnet:** The project must be deployed on either the Zond Testnet, or utilizing Zond's services in some capacity (e.g., API endpoints). 2. **Public GitHub Repository:** The source code of the project must be made publicly available on GitHub. This ensures transparency, allows for community review, and enables judges to assess the project's technical quality. 3. **Application demonstration:** A demo link or GitHub repository with clear instructions to test and evaluate. This helps judges understand the project's usability and overall value proposition. Though optional, a video and/or link accessible globally is helpful for the judges.  4. **Meet Technical Requirements:** The project should demonstrate a good understanding of blockchain development principles, smart contract deployment, and integration with Zond's unique features (such as EVM compatibility and quantum-resistant cryptography). 5. **Adhere to Judging Criteria:** While not a strict requirement, projects that score well in the judging criteria (Technical Implementation, User Experience, and Innovation) are more likely to be selected as winners. Engage with the QRL Community (Optional but Recommended): Participants are encouraged to interact with the QRL community through Discord or other channels. This can provide valuable feedback, help resolve technical issues, and demonstrate a project's potential for community adoption and support. ### ✅ What does a successful project look like? Success in the QRL Project Zond BUIDLers Challenge is defined by the creation of functional, user-friendly, and innovative decentralized applications (dApps) that leverage the unique capabilities of the Zond blockchain.  These successful projects will not only be deployed on the QRL’s Project Zond testnet but will also demonstrate a clear understanding of blockchain development principles, smart contract deployment, and integration with Zond's features, such as its EVM compatibility.  Furthermore, a successful project will have a well-documented and publicly available codebase on GitHub, making it accessible for community review and further development. Ultimately, success involves building a dApp that provides tangible value, is easily understood and used by both experienced blockchain users and newcomers, and showcases the potential of Zond's technology. Features that are being sought after are those that are innovative and address real-world problems while leveraging Zond's unique capabilities. This includes applications in areas like DeFi, featuring quantum-resistant stablecoins, cross-chain bridges, and prediction markets. In the NFT space, the challenge is looking for projects that explore dynamic NFTs, royalty-enforcing marketplaces, and fractionalized ownership. For governance and voting, the focus is on creating secure DAO governance tools and community funding platforms. Decentralized identity solutions, sustainability projects that integrate real-world assets, and robust developer tools and infrastructure are also highly desired.  In essence, the projects should be creative, functional, and help expand the utility of QRL Project Zond's platform and its potential as the leading quantum-resistant blockchain. ### 🎨 UI/UX Design Requirements The application, whether a GUI or CLI, will be intuitive and easy to use. The user interface will be well-designed, with clear navigation and minimal friction for the user. Documentation will be comprehensive and helpful, guiding users through the application's features and functionalities. This focus on UX ensures that even users unfamiliar with the Zond platform can easily interact with the project. **1. Intuitive Navigation** : - Core tasks (e.g., voting, swapping) achievable in ≤3 clicks/commands. - Clear visual hierarchy (GUI) or command structure (CLI). **2. Consistency & Clarity** : - Use familiar terms (e.g., "wallet," "transaction fees") and Ethereum/Zond design patterns. - Avoid jargon; include tooltips or --help flags (CLI). **3. Onboarding & Error Handling** : - Guided tutorials for first-time users (e.g., pop-ups, CLI examples). - Plain-language error messages (e.g., "Insufficient gas" vs. raw error codes). **4. Real-Time Feedback** : - Progress indicators (e.g., spinners, transaction status alerts). - Undo options for critical actions (e.g., cancel pending tx). **5. Security Transparency** : - Explicit confirmation for irreversible actions (e.g., fund transfers). ### 🧑‍⚖️ How are we judging it? The **QRL Zond BUIDLers Challenge** is judged based on three core criteria: **1. Technical Implementation (40%):** - Functional completeness (deployed on Zond Testnet). - Repository quality (Easy to follow readme, license - optional but MIT preferred if defined, etc). - Integration with Zond’s features (EVM compatibility, APIs). - For dApps, a globally accessible endpoint hosted somewhere so people don’t need to manually deploy to evaluate (ie. on a domain/subdomain) **2. User Experience (30%):** - Intuitive design (GUI/CLI usability). - Clear documentation and ease of onboarding. - Minimal friction for end-users. **3. Innovation (30%):** - Creativity in leveraging Zond’s quantum resistance, PoS, or EVM tools. - Novelty of the problem solved or approach taken. - Potential real-world impact or scalability. **Additional Requirements:** - Public GitHub repository. ### 🌎 Impact on the organization People participating in the QRLProject Zond BUIDLers Challenge will significantly advance the QRL Project Zond’s ecosystem by demonstrating Project Zond’s capabilities as a quantum-resistant, EVM-compatible blockchain.  Successful projects will expand the platform’s utility through innovative dApps in DeFi, NFTs, governance, or identity, attracting developers and users seeking long-term security. By stress-testing Zond’s testnet and showcasing its features (e.g., post-quantum cryptography, PoS sustainability), these projects validate technical robustness while inspiring future development.  The challenge also reinforces QRL’s leadership in quantum readiness, positioning QRL’s Project Zond as a critical infrastructure for secure, scalable solutions—driving trust, adoption, and strategic partnerships in a post-quantum era. ### 📚 Resources Zond Documentation:[ https://test-zond.theqrl.org](https://test-zond.theqrl.org) - Developer Community:[ https://www.theqrl.org/discord](https://www.theqrl.org/discord) - Ethereum Documentation:[ https://ethereum.org/en/developers/docs/](https://ethereum.org/en/developers/docs/) - GitHub: <https://www.github.com/theQRL/>  - ETHDenver 2025 / QRL Zond Bounty Page: <https://www.theqrl.org/ethdenver2025/build> ### 👀 Some example use cases The QRL Project Zond BUIDLers Challenge seeks projects that solve real-world problems or demonstrate novel blockchain use cases while leveraging Zond’s unique features (EVM compatibility, quantum resistance, PoS sustainability). **1. Quantum-Resistant DeFi Innovations** - **Stablecoins with quantum-safe cryptography** - **Cross-chain asset bridges** using Zond’s security for interoperability. - **Decentralized prediction markets**resistant to quantum hacking. **2. Secure NFT Ecosystems** - **Dynamic NFTs** with quantum-proof metadata updates (e.g., for gaming or real-world asset tracking). - **Royalty-enforcing NFT marketplaces** using Zond’s smart contracts. - **Fractionalized NFT ownership** for high-value assets (art, real estate). **3. Trustless Governance & Voting** - **DAO governance tools** with quantum-safe voting (e.g., quadratic voting, anonymous ballots). - **Community funding platforms** for transparent grant distribution. - **Proof-of-attendance protocols** for event verification. **4. Decentralized Identity (DID) Solutions** - **Self-sovereign identity wallets** storing credentials on Zond. - **KYC/AML-compliant systems** with privacy-preserving ZK proofs. - **Academic credential verification** resistant to forgery. **5. Sustainability & Real-World Integration** - **Carbon credit tracking**via tokenized offsets on a quantum-safe ledger. - **Supply chain transparency** for ethical sourcing (e.g., conflict minerals, fair-trade goods). **6. Developer Tooling & Infrastructure** - **Quantum-resistant multisig wallets** with Zond integration. - **Low-code dApp templates** for easy Zond onboarding. - **Analytics dashboards** for Zond network metrics (staking, gas fees). Didn’t see a use-case you have in mind above? Don’t worry, these are just ideas to get you started! ### 💼 Recruitment Opportunities Excited about what we're working on and interested in joining our team? We're currently hiring! Send your application to [jobs@theqrl.org](mailto:jobs@theqrl.org).

Ammalgam is a new primitive combining a DEX with a lending protocol offering two options for bounties: Option 1: Vault or vault marketplace Option 2: Build something never before seen in a DeFi protocol ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet,Early Stage Startup,Feature Usage ### 💰 Prize Amount 8000 ### 🥇 Number of Projects Awarded 3 ### 🏆 Winner Breakdown Prizes: 1st Place: $4,500 2nd Place: $2,500 3rd Place: $1,000 Criteria: Meaningful use of Ammalgam protocol ### 📝 Requirements Code that uses Ammalgam core contracts to provide a service or enhancement to users (e.g. vault strategy) ### ✅ What does a successful project look like? - ERC-4626 vault strategy - Take core features of Ammalgam and use within a strategy to help users have an enhanced exp in the Ammalgam core protocol - Demonstrated proof of concept including tx that have interacted with a core contract pair - Core contracts launched on sepolia or any other testnet that Ammalgam deploys ### 🎨 UI/UX Design Requirements The application must have a functional browser based interface/dApp that results in a tx generated using an Ammalgam contract in some way ### 🧑‍⚖️ How are we judging it? - Engage with the Ammalgam team by sharing your ideas, asking questions, and receive valuable feedback - Functioning UI that produces a tx that interacts with Ammalgam in a meaningful way - Correct integrations with Sepolia - Creatively use Ammalgam in a way that takes advantage of the uniqueness of the protocol ### 🌎 Impact on the organization Help us demonstrate the unique value position the Ammalgam protocol creates in the market through interesting use-cases ### 📚 Resources <https://docs.ammalgam.xyz/> <https://github.com/ammalgam-protocol> <https://discord.com/invite/ammalgam> ### 👀 Some example use cases Use Case 1: A vault that enhances, simplifies, or augments the Ammalgam protocol experience Use Case 2: Create a marketplace for vaults. ### 💼 Recruitment Opportunities It is highly likely Ammalgam will follow-up if your project is high quality and you are keen to continue the journey. We've hired from hackathons previously.

Build an application on Ink that combines aspects of SocialFi, GambleFi and or DeFAI. Let's make crypto fun again! This should not be another Pump Fun clone with minor tweaks. We want to see something new and original that combines the latest crypto narratives into an app that could go viral on Ink. Tap into your full degeneracy and ingenuity to win this bounty! ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 3000 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown 1st place gets the full prize! If we feel no team has built a sufficient project, we’ll allocate funds to the top teams at our discretion. ### 📝 Requirements - Must be deployed on Ink.  - Host your submission in an open source Github repo and MIT licensed ### ✅ What does a successful project look like? Your project should be: - Fun, easy, and intuitive combining elements of SocialFi, GambleFi, and/or DeFAI - Be onchain first in its design and interaction - Appeal to a broad audience ### 🎨 UI/UX Design Requirements - User friendly  - Responsive design - Bonus points if it can integrate Ink Kit, Ink Verify, or account abstraction via ZeroDev ### 🧑‍⚖️ How are we judging it? - Usability and user experience: Is the app intuitive and provides users a seamless experience. - Functionality: Are features complete and effective? Is the intended purpose fulfilled? - Innovation: We don’t want to see copy pasta! ### 🌎 Impact on the organization We want to tap into the current meta of the ecosystem, and this bounty gives builders the opportunity to deploy something that aligns with dominant or emerging narratives. ### 📚 Resources Ink documentation: <https://docs.inkonchain.com/>  - Testnet bridge: <https://testnet-bridge.gelato.network/bridge/ink-sepolia>  - Mainnet bridge: [Relay](https://relay.link/bridge/ink?includeChainIds=57073&fromChainId=1&fromCurrency=0x0000000000000000000000000000000000000000) - Mainnet explorer: <https://explorer.inkonchain.com/>  - Testnet explorer: <https://explorer-sepolia.inkonchain.com/>  Testnet faucet: <https://inkonchain.com/faucet> ### 👀 Some example use cases Example use cases: - Novel application and combination of AI agents, DeFi, personal tokens, and prediction markets to create a high reward application for speculative markets

Build an application that uses ZeroDev’s account abstraction toolkit which facilitates a seamless DeFi user experience. ### 🗂️ Bounty Category Feature Usage ### 💰 Prize Amount 2500 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown 1st place gets the full prize! If we feel no team has built a sufficient project, we’ll allocate funds to the top teams at our discretion. ### 📝 Requirements Your project must be: - Deployed on or connected to Ink - Hosted in an open source Github repo and MIT licensed - Must be a new and novel idea to foster innovation - Must integrate account abstraction via ZeroDev ### ✅ What does a successful project look like? Success is anything that makes any existing DeFi UX flow go from 10 steps to 1 step. The more DeFi interactions you can simplify in this way, the better! ### 🎨 UI/UX Design Requirements - User friendly  - Responsive design - Minimise the number of clicks to perform a DeFi interaction - Bonus points for using Ink Kit and / or Ink design components ### 🧑‍⚖️ How are we judging it? - Usability and user experience: Is the app intuitive and provides users a seamless experience. - Functionality: Are features complete and effective? Is the intended purpose fulfilled? - Innovation: We don’t want to see copy pasta! ### 🌎 Impact on the organization At Ink, our goal is to create a thriving DeFi ecosystem that empowers individual financial sovereignty. This bounty aims to help new and existing onchain users access the full range of DeFi opportunities. ### 📚 Resources Ink documentation: <https://docs.inkonchain.com/>  - Testnet bridge: <https://testnet-bridge.gelato.network/bridge/ink-sepolia>  - Mainnet bridge: [Relay](https://relay.link/bridge/ink?includeChainIds=57073&fromChainId=1&fromCurrency=0x0000000000000000000000000000000000000000) - Mainnet explorer: <https://explorer.inkonchain.com/>  - Testnet explorer: <https://explorer-sepolia.inkonchain.com/>  Testnet faucet: <https://inkonchain.com/faucet> ### 👀 Some example use cases Example use cases: - Eliminating multiple clicks required to swap tokens - Condensing endstate yield exposure to a single click from any starting asset - Gasless transactions to remove friction if the start asset isn’t ETH

Build a lightweight mobile web app that enables seamless payments and DeFi interactions, optimized for low-resource devices. The app should prioritize fast load times, a user-friendly interface, and compatibility with limited bandwidth or storage constraints. Your solution will empower individuals to make payments and earn yield with stablecoins using cross-chain protocol standards (e.g. SuperERC20, OFT) while addressing the unique challenges of under-resourced environments. ### 🗂️ Bounty Category Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 2500 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown 1st place gets the full prize! If we feel no team has built a sufficient project, we’ll allocate funds to the top teams at our discretion. ### 📝 Requirements General requirements - The project must be open source and MIT licensed Onchain requirements - All payments and DeFi interactions must occur on  Ink - Any smart contracts must be deployed on Ink - Focus on sending/receiving and earning yield with stablecoins in cross-chain token standards (SuperERC20, OFT [e.g. UDST0]) Web app requirements - The app must function smoothly on devices with low processing power and limited RAM, with minimal storage requirements. - Ensure reliable performance on low-bandwidth or unstable internet connections (i.e. target load time of <3s on a 3G network connection) - Optional: integrate an Ink-compatible wallet provider (e.g.  RainbowKit, AppKit) and/or account abstraction via ZeroDev - Use responsive web design to ensure accessibility across various mobile browsers and operating systems. Payment requirements - Push payments: the user selects an asset and amount, inputs an address to send funds, and initiates the payment  - Pull payments: a user creates a ‘payment request’ for a specific asset at a certain value, which is sent to another user to accept/authorise to initiate payment - In both cases, the UX flow should include the selection of an asset and amount to send, with its USD value if the asset isn’t a stablecoin ### ✅ What does a successful project look like? A functional, lightweight mobile web app with lightning fast load-times (even on low-end devices) that uses Ink to send/receive payments, and easily access yield from DeFi apps.  Extra consideration will be given if the web app can be used in point-of-sales applications. ### 🎨 UI/UX Design Requirements Mobile web app with a minimalist UI design that prioritises speed, function, and reduction in clicks/taps. ### 🧑‍⚖️ How are we judging it? - Useability and performance - Completeness of the project - Simplicity and accessibility ### 🌎 Impact on the organization This bounty will highlight Ink as a fast, low-cost platform for onchain payments and wealth building. ### 📚 Resources Ink documentation: <https://docs.inkonchain.com/>  - Testnet bridge: <https://testnet-bridge.gelato.network/bridge/ink-sepolia>  - Mainnet bridge: [Relay](https://relay.link/bridge/ink?includeChainIds=57073&fromChainId=1&fromCurrency=0x0000000000000000000000000000000000000000) - Mainnet explorer: <https://explorer.inkonchain.com/>  - Testnet explorer: <https://explorer-sepolia.inkonchain.com/>  Testnet faucet: <https://inkonchain.com/faucet> ### 👀 Some example use cases Example use cases: - Cross-border remittances - High yield savings accounts for stablecoins - Peer-to-peer push and pull payments - Point-of-sale solution

Develop a smart contract that liquidates Anvil's Letters Of Credit (_LOCs_) that have become too risky. Anvil provides permissionless access toward processing this conversion (liquidation) for dynamicLOCs that have exceeded their requisite collateral factor. ### 🗂️ Bounty Category Meaningful Open Source Contribution ### 💰 Prize Amount 2500 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown We're awarding prize money of $2,500 to the team with the most efficient contract that meets our criteria. If no contract fully meets our criteria enough to win, we may choose to divide and allocate the prize money for any worthwhile contributions. ### 📝 Requirements Smart contract file written in Solidity that is able to successfully utilize at least one non-Uniswap DEX to process `convertLOC()` via the `ILiquidatable.sol` interface callback in the `LetterOfCredit.sol` contract - Tests demonstrating that if the [mocked] oracle price is such that the collateral factor meets or exceeds the liquidation threshold, liquidation happens, if not it doesn’t. ### ✅ What does a successful project look like? - Efficiently processes eligible conversions of at risk dynamic LOCs - Liquidation incentive can be either kept by the implementation owner or sent back to the caller - Code is written in Solidity and well documented ### 🎨 UI/UX Design Requirements Must provide a repo link to the contract, test script with any instructions needed to run the testing framework. ### 🧑‍⚖️ How are we judging it? Liquidator must use at least one decentralized exchange (DEX) that is not Uniswap to process the conversion - Testing against collateral factors must pass - Liquidator must be open source and available for implementation by anyone ### 🌎 Impact on the organization In our decentralized protocol, dynamic LOCs are only useful if they are liquidated when they become at risk (as defined by collateral factors determined by Anvil's Governance). The Acronym Foundation (Anvil's creator) currently runs Liquidators (see `UniswapLiquidator.sol` in our public repo) in addition to the protocol's incentives for other parties to run their own liquidators to process these conversions. The more readily available a diversity of open source contracts are to implement, the more likely it is to have LOC conversions be processed in a truly decentralized manner. ### 📚 Resources [Anvil's Github Repo](https://github.com/AcronymFoundation/anvil-contracts) [Current Uniswap Liquidator example](http://contracts/UniswapLiquidator.sol) [Protocol Docs](https://docs.anvil.xyz/) ### 👀 Some example use cases Use other (non-Uniswap) DEXs with a readily available supply of protocol-supported tokens to perform the liquidation - Multiple DEX usage would involve evaluating the cheapest price across multiple DEXs to process the liquidation ### 💼 Recruitment Opportunities The Acronym Foundation is looking to hire qualified developers, risk managers, and security researchers that are passionate about the Anvil protocol.

Anvil is a collateral management protocol for the issuance of fully secured credit. While users' collateral is secured in our Collateral Vault, the protocol contains "Collateralizable Contracts" that users can interact with in order to utilize their token balances for the purpose of issuing credit. Letters Of Credit allow users to utilize their collateral to issue credit to a single beneficiary (1:1) and Time Based Collateral Pools allow for multiple users to participate in staking pools (many :1). Anvil is looking for its next [protocol concept](https://docs.anvil.xyz/protocol-concepts) that supports leveraging users' collateral in a meaningful way. ### 🗂️ Bounty Category Meaningful Open Source Contribution ### 💰 Prize Amount 2500 ### 🥇 Number of Projects Awarded 1 ### 🏆 Winner Breakdown  We are awarding one team with the best submission $2,500 if they fully meet the criteria. ### 📝 Requirements - Write a technical spec for a new way to leverage the collateral in Anvil’s vault to help make the DeFi world more efficient. ### ✅ What does a successful project look like? High level description of an innovative way to utilize Anvil to modernize on-chain finance through the use of collateral - Collateralizable Contract technical spec to support this concept - Contract state - List of general functions with descriptions - Include how functions would utilize `CollateralVault.sol`'s `ICollateral` interface to accomplish necessary collateral modification - List of governance-controlled functions for configuration (if necessary) ### 🎨 UI/UX Design Requirements Share description and spec in document. ### 🧑‍⚖️ How are we judging it? Innovativeness of use case - Extensibility and configurability - Must be seamlessly integratable to existing protocol - Detail of technical spec (How well was it thought through?) ### 🌎 Impact on the organization Anvil's charge to modernize finance with practical on-chain collateral solutions is dependent upon its ability to deliver useful mechanisms. While Letters Of Credit and Time Based Collateral Pools have already shown great utility and promise, this is only the beginning. The work of identifying new protocol concepts is vital toward expanding the protocol for the benefit of all. ### 📚 Resources [Anvil's Github Repo](https://github.com/AcronymFoundation/anvil-contracts) [Protocol Docs](https://docs.anvil.xyz/) ### 👀 Some example use cases - New collateral mechanisms that solve real world business problems for both web3 and TradFi ### 💼 Recruitment Opportunities The Acronym Foundation is looking to hire developers who are passionate about ways to expand the Anvil protocol. We are looking for technical people that can turn product ideas into technical reality.

Build an integration with an AI Agent or a standalone agent to interact with the Euler lending protocol ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 5000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown We are not sure what our total bounty prize money is, but our breakdown will be roughly: 1st place 60%, 2nd place 30%, 3rd place 10% Example Winner breakdown (if bounty $5,000): 1. $2,500 2. $1,500 3. $1,000 ### 📝 Requirements A working AI Agent or AI Agent plugin that allows a user of the agent to interact with the Euler protocol solely via actions taken by the agent. Primarily we're looking for basic interactions such as supplying into a specified vault, but a project that goes above and beyond would allow the agent to have some ownership over optimizing deposits, borrows, and yield amounts. An example to something similar would be BrahmaFi + Morpho agent as mentioned in this tweet - https://x.com/brahmafi/status/1881387071774048390?s=46 ### ✅ What does a successful project look like? Success looks like an end to end case of a user starting with some amount of assets in their EOA, setting up and interacting with the agent, and ending up with the agent controlling a user's position in Euler on their behalf, which could be at least a deposit/loan position, but any additional work towards optimization would be great additional features. ### 🎨 UI/UX Design Requirements The primary user interface would be a text like interaction - perhaps through telegram or some other chat interface. ### 🧑‍⚖️ How are we judging it? We'll be judging based on completeness or near-completeness of the specified interactions. If there are multiple projects that have complete integration completed, then the projects will be judge on the extent of additional features and ease of use. ### 🌎 Impact on the organization The impact would be great to drastically simplify user interactions with Euler, which on its own is a fairly complex protocol. ### 📚 Resources <https://docs.euler.finance/> <https://github.com/euler-xyz/ethereum-vault-connector> <https://github.com/euler-xyz/euler-vault-kit> <https://github.com/euler-xyz/evk-periphery> ### 👀 Some example use cases Working flow for: - "I would like to deposit my 1000 USDC into Euler vaults that will earn at least 15%" - "I would like to deposit my BTC and borrow USDC at a reasonable LTV and borrow level to use the cash" ### 💼 Recruitment Opportunities At the moment Euler is not hiring, but we are always open to open source contributions or building new products on top of Euler.

Use ORA’s Resilient Model Services (RMS) in your AI Agent or AI-driven application for verifiable, decentralized, and cheap inference. Choose from the best available models, including Deepseek R1 for the cheapest rate on the market! RMS also provides the best support for AI models for all your use cases: • **DeepSeek**: DeepSeek V3 and more • **Llama**: Llama 3.3 70B Instruct and more • **Gemma**: Gemma 2 27B IT and more • **Mistral**: Mistral 7B Instruct v0.3 and more • **Qwen**: Qwen 2 72B Instruct and more • **FLUX**: FLUX 1 Dev and more • **Stable Diffusion**: Stable Diffusion 3.5 Large and more ### 🗂️ Bounty Category Feature Usage,Early Stage Startup,Launch MVP on Testnet or Mainnet ### 💰 Prize Amount 3333.0 ### 🥇 Number of Projects Awarded 2.0 ### 🏆 Winner Breakdown 1st Place gets $2,000. 2nd Place gets $1,333. If no project is good enough to win, we'll explain why. You may submit to our track along with other tracks. We want this bounty to be interoperable just as the tech is. ### 📝 Requirements Build an agent or dApp that integrates ORA’s [Resilient Model Services APIs](https://docs.ora.io/doc/resilient-model-services-rms/overview) - Provide open-source code as a GitHub repo, and clear and organized documentation - Provide the code snippet or the code file that integrates with ORA RMS API - Provide a demo video of your dapp ### ✅ What does a successful project look like? Using RMS gives you the best all-in-one support for the most AI models with competitive pricing. You can just replace your existing API with RMS. This will be successfully applied by integrating it as an inference provider and to direct decisions for any kind of AI Agent or AI-driven application. Verifiability is critical to ensure that a user's interaction with AI while using Web3 is secure, transparent and decentralized. The best project submissions to this bounty will use our API for applications that need fairness and transparency (e.g. gaming, social, competitions, DeFAI and any application which a user must trust to execute transactions on their behalf) ### 🎨 UI/UX Design Requirements Priority will be given to projects that have a useable full-stack demo. ### 🧑‍⚖️ How are we judging it? - Complete requirements - Completeness of code - Full stack application - Novelty of the use-case - Readability of documentation ### 🌎 Impact on the organization We are looking to expand our ecosystem and would be excited to support any teams that submit to this bounty for the long-term with marketing, partnerships and grants. By working on this bounty, you are contributing to expanding the verifiable and decentralized AI future for Web3. Verifiability and decentralization are critical to ensure a fair, secure and aligned integration of AI and Web3. ### 📚 Resources - Get started using RMS: <https://docs.ora.io/doc/resilient-model-services-rms/ora-api> - Tutorial video: <https://x.com/OraProtocol/status/1883931150995054856> - RMS API Dashboard: <https://rms.ora.io/> - For ideas and built AI projects check out: <https://github.com/ora-io/awesome-ora> ### 👀 Some example use cases AI-powered DeFi (DeFAI) such as trading agents, intent-based agents, automated trading strategies, risk management,, yield optimizers, rebalancing agents, 'X to onchain transaction' agents. AI-powered gaming, with AI adjusting game conditions, difficulty, acting as more sentient characters etc. Any AI Agent, RMS gives the agent verifiability to prove that it is an automated agent, and not a human LARP. ### 💼 Recruitment Opportunities N/A

Design and deploy a working AI agent that addresses challenges in DeFi, such as fraud detection, yield optimization, or market prediction. Submissions must include a live demo link (e.g., Vercel), GitHub repository, and documentation. All accepted submissions are eligible for perpetual token rewards based on performance and future contributions. ### 🗂️ Bounty Category Meaningful Open Source Contribution,Launch MVP on Testnet or Mainnet,Feature Usage ### 💰 Prize Amount 3000.0 ### 🥇 Number of Projects Awarded 3.0 ### 🏆 Winner Breakdown The top three projects get $1k each. ### 📝 Requirements Submit a working, original, deployed AI agent on Vercel. Participants must join the Kite AI testnet and claim their testnet token through our faucet. Include a GitHub repository with the codebase and README documentation. Ensure the agent fits the DeFi theme (e.g., yield optimization, market analysis, fraud detection). Provide executable AI models and data pipelines with clear setup instructions. The agent must be an original creation, designed and developed entirely by the participant or team. All code must be written by the participant or legally reused under proper licenses (e.g., MIT, Apache). Submissions should clearly state any external libraries, models, or datasets used and ensure they comply with open-source standards. ### ✅ What does a successful project look like? A functional AI agent solving a real DeFi use case. Clear integration with AI models, showcasing feasibility and scalability. Well-documented workflows and future deployment potential on Kite AI. ### 🎨 UI/UX Design Requirements Browser-based interface or demo link where the agent can be tested interactively. Command-line interfaces must be containerized (e.g., Docker). Submissions should include a demo video or screenshots. ### 🧑‍⚖️ How are we judging it? Innovation in solving DeFi challenges. Functional working product with a tested deployment. Alignment with Kite AI’s mission of decentralized AI collaboration. Quality of documentation and usability. ### 🌎 Impact on the organization Expands the Kite AI ecosystem with innovative DeFi-focused agents. Engages a community of developers to contribute to the platform. Proves that real-world AI applications can thrive in a decentralized environment.  Submissions help create tangible examples of how PoAI: Proof of Attributable Intelligence ensures fairness, transparency, and attribution. PoAI is central to Kite's mission. ### 📚 Resources https://docs.gokite.ai/ ### 👀 Some example use cases Market sentiment analysis for trading strategies. Automated portfolio optimization using real-time data. Fraud detection for decentralized finance platforms. ### 💼 Recruitment Opportunities Kite AI is looking for talented data providers, model builders, and AI developers. Join the ecosystem and explore opportunities to contribute long-term. Learn more here: <https://8mtvu0kizhw.typeform.com/kiteaibuilder?typeform-source=gokite.ai>

Deploy a truly decentralized protocol under a DAO ownership with [decentdao.org](https://decentdao.org/). Use DAO proposal to modify protocol settings. ### 🗂️ Bounty Category Feature Usage,Launch MVP on Testnet or Mainnet,Early Stage Startup ### 💰 Prize Amount 3000.0 ### 🥇 Number of Projects Awarded 2.0 ### 🏆 Winner Breakdown 1st place: $2,000 2nd place: $1,000 Total: $3,000 ### 📝 Requirements 1. Create a DAO with Decent DAO. 2. Deploy your protocol (smart contracts) with the DAO as the owner. 3. Allow settings in the protocols to be modified, and create proposals in Decent DAO to modify the settings. 4. Extra points: Create protocol templates for changing protocol settings, so future proposals can be done easily. ### ✅ What does a successful project look like? Share your DAO address, protocol description and contract address(es). Share your dApp URL if available. We should be able to retrieve your DAO history and see the history of proposals. At least one proposal should change at least one setting of your contract. For extra points, share a screenshot of the proposal template. ### 🎨 UI/UX Design Requirements The team should use [app.decentdao.org](https://app.decentdao.org/) to deploy the DAO and manage the protocol. No additional UI/UX is needed. ### 🧑‍⚖️ How are we judging it? Does the project follow best smart contract practice? Does the project take advantage of the DAO for these practices? Does it use a upgradable contract with proxy pattern? If it is upgradable, use DAO proposal to upgrade the contract as you make additional progress during the hackathon. Does it have mutable settings? Use DAO proposal to modify the settings. Does it have a kill switch? If it has a kill switch, does it use a special subDAO (with Multi-sig) so it can be turned off in minimum time? ### 🌎 Impact on the organization We want to see how projects use the DAO with creative ways to manage the protocol. We want to get feedback or requests from the projects. ### 📚 Resources App: [https://app.decentdao.org](https://app.decentdao.org/) Docs including videos: <https://docs.decentdao.org/app> Github: <https://github.com/decentdao> ### 👀 Some example use cases A DeFi protocol may have many settings to control liquidity requirements or rewards calculations. For example, you may rewards points for different actions happening on your protocol, which will be the base for airdrops in the future. Community (DAO members) should be the one deciding how many points each action gets - deposit, swap, withdraw. To make it interesting, make the point value negative if user withdraw! A social protocol may have time-off period for offensive behaviors. Would that be one hour, one day, or one week? Make it a setting in the protocol that the DAO can vote to change. Any settings in the protocol can and should be changed by DAO and DAO only. ### 💼 Recruitment Opportunities TBD