ETHDenver 2024

The ETHDenver Community Track Judges' Top 15 Picks proceed to evaluation by five "Celebrity Judges." Every Celebrity Judge picks their favorite project from the Top 15, awarding it an extra $1,000 and SporkWhale VIP Tickets.

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.

Leverage Story Protocol 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 Mainet ## 📚 Resources https://linktr.ee/storyprotocol https://www.youtube.com/watch?v=yaZLBPUSalM ## 🏆 Winner Breakdown - 7,000 for top project,  - 4,000 for second,  - 2,000 for third,  - 1,000 for fourth - 1,000 for fifth Story Protocol 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 Protocol smart contracts (whether core or periphery). On-chain writes are required and must involve some interactions with IP Assets (and IPAccounts). - Only DeFi related submissions qualify, and judging will be based on how thoughtful the integration is and how centric Intellectual Property and native Story Protocol 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 Protocol and is thoughtfully integrated such that it makes sense from both a technical and use-case perspective.  - Keep in mind Story Protocol 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!) ## 🤝 Impact on our organization - The protocol is still in beta, and we will be working closely with all participating hackathon teams beyond the BUIDLathon itself. This is an opportunity to build out the first 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 Protocol 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 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, including (but not limited to) being a launch partner for our mainnet release, Entrepreneur in Residence positions, etc. ## 🧑‍⚖️ How are we judging it? - Functionality - Creativity / novelty  (is this unlocking a new untapped use-case?) - How focused the project is around Story Protocol (higher = better) - DeFi possibilities it unlocks - Technical implementation and degree of completion (i.e. functioning MVP) ## 👀 Some example projects - 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, NFTfi 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 ## 💼 Job Opportunities 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, including (but not limited to) being a launch partner for our mainnet release, Entrepreneur in Residence positions, etc. ## 💰 Grant and Investment Opportunities There is a very high chance for follow up funding/grants if your project is high quality and you are keen to continue the journey to mainnet, including (but not limited to) being a launch partner for our mainnet release, Entrepreneur in Residence positions, etc.  The protocol is still in beta, and we will be working closely with all participating hackathon teams beyond the BUIDLathon itself. This is an opportunity to build the first 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.

Integrate with Story Protocol 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 Protocol’s IP Graph. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources https://linktr.ee/storyprotocol https://www.youtube.com/watch?v=yaZLBPUSalM ## 🏆 Winner Breakdown - 7,000 for top project,  - 4,000 for second,  - 2,000 for third,  - 1,000 for fourth - 1,000 for fifth Story Protocol 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 Protocol smart contracts (whether core or periphery). At a bare minimum read on-chain state. Top prizes will prioritize submissions that extensively interact with Story Protocol 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 Protocol 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. ## ✅ What does a successful project look like? - Ideally a submission has a clear use-case for Story Protocol 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. For example (but not limited to): 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 Protocol 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. ## 🤝 Impact on our organization - The protocol is still in beta, and we will be working closely with all participating hackathon teams beyond the BUIDLathon itself. This is an opportunity to build the first 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 Protocol 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 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, including (but not limited to) being a launch partner for our mainnet release, Entrepreneur in Residence positions, etc. ## 🧑‍⚖️ 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 Protocol (higher = better) - Adoption possibilities it unlocks - Technical implementation and degree of completion (i.e. functioning MVP) ## 👀 Some example projects - Examples include (but are not limited to):  - 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 ## 💼 Job Opportunities There is a very high chance for follow up funding/grants if your project is high quality and you are keen to continue the journey to mainnet, including (but not limited to) being a launch partner for our mainnet release, Entrepreneur in Residence positions, etc. ## 💰 Grant and Investment Opportunities There is a very high chance for follow up funding/grants if your project is high quality and you are keen to continue the journey to mainnet, including (but not limited to) being a launch partner for our mainnet release, Entrepreneur in Residence positions, etc.  The protocol is still in beta, and we will be working closely with all participating hackathon teams beyond the BUIDLathon itself. This is an opportunity to build the first 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.

Build plugins for creator centric Web2 or Web3 apps to make it easy for creators to register their content (video, photo, prose, etc) as Intellectual Property on-chain. E.g. Wordpress plugins, Unity plugins or even Metamask Snaps to register IP. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources https://linktr.ee/storyprotocol https://www.youtube.com/watch?v=yaZLBPUSalM ## 🏆 Winner Breakdown - 3,500 for top project,  - 2,500 for second,  - 2,000 for third,  - 1,000 for fourth - 1,000 for fifth Story Protocol 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 Protocol smart contracts (whether core or periphery) or via the official SDK. - The submission facilitates registration on Intellectual Property on 3rd party apps (e.g. via a plugin, an integration, a browser extension, etc). - Judging will be based on how thoughtful the integration is and how centric Intellectual Property and native Story Protocol functionality is to the project. ## ✅ What does a successful project look like? - Ideally a submission has a clear use-case for simplifying and helping register intellectual property on Story Protocol on existing tools/apps/services. For example a custom GPT, a browser extension or a plugin for popular sites such as Wordpress. Use of AI and other state of the art technologies are encouraged! - The project is built on Story Protocol and is thoughtfully integrated such that it makes sense from both a technical and use-case perspective.  - Keep in mind Story Protocol 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 bounty, more emphasis will be put on how well integrated and functional the project is with any form of creator tool (although bonus points will be given to projects targeting popular tools, the more potential audience) vs the “make up” such as the UI (but we all love a beautiful UI!) ## 🤝 Impact on our organization - The protocol is still in beta, and we will be working closely with all participating hackathon teams beyond the BUIDLathon itself. This is an opportunity to build out the first 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 Protocol 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 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, including (but not limited to) being a launch partner for our mainnet release, Entrepreneur in Residence positions, etc. ## 🧑‍⚖️ How are we judging it? - Functionality - Creativity / novelty  (is this unlocking a new untapped use-case?) - How focused the project is around Story Protocol (higher = better) - Potential target audience (higher = better) - Technical implementation and degree of completion (i.e. functioning MVP) ## 👀 Some example projects - Chrome extension that simplifies registering a YouTube video as an IP asset - No-code tool to upload and create IP assets on Story Protocol. - A Wordpress plugin that auto-registers a new post as IP. - A custom GPT that helps creators register assets on-chain. - Tools to register every mirror.xyz post as IPAsset automatically. - Discord plugin to auto register your prompt of Midjourney as IPAsset - Tools to register Instagram, Tiktok posts on Story Protocol. - Plugin that allows gated payment for content (articles, images) with license term of usage that can be embedded easily into any HTML page ## 💼 Job Opportunities 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, including (but not limited to) being a launch partner for our mainnet release, Entrepreneur in Residence positions, etc. ## 💰 Grant and Investment Opportunities There is a very high chance for follow up funding/grants if your project is high quality and you are keen to continue the journey to mainnet, including (but not limited to) being a launch partner for our mainnet release, Entrepreneur in Residence positions, etc.  The protocol is still in beta, and we will be working closely with all participating hackathon teams beyond the BUIDLathon itself. This is an opportunity to build the first 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.

Build tooling and infrastructure for developers integrating with Story Protocol. This can include hooks and modules like KYC, Oracle integration, and providers like LayerZero, Wormhole, ZKGraph, etc. ## 🗂️ Bounty Category Meaningful Open Source Contribution ## 📚 Resources https://linktr.ee/storyprotocol https://www.youtube.com/watch?v=yaZLBPUSalM ## 🏆 Winner Breakdown - 2,500 for top project,  - 2,000 for second,  - 1,500 for third,  - 1,000 for fourth - 1,000 for fifth Story Protocol 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 Story Protocol smart contracts (whether core or periphery).  - The project significantly enhances the developer experience of builders building or integrating with Story Protocol, helps visualize on-chain state and/or facilitates integration in some way. - Judging will be based on how thoughtful the integration is and how centric Intellectual Property and native Story Protocol functionality is to the project. ## ✅ What does a successful project look like? - Ideally a submission has a clear use-case for simplifying and helping developers build on / use Story Protocol. - The project is built on Story Protocol and is thoughtfully integrated such that it makes sense from both a technical and use-case perspective.  - Keep in mind Story Protocol 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 Developer Experience (DX) flows that are focused around providing a magical developer experience. - For this bounty, more emphasis will be put on how well integrated and functional the project is. ## 🤝 Impact on our organization - The protocol is still in beta, and we will be working closely with all participating hackathon teams beyond the BUIDLathon itself. This is an opportunity to build out the first 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 Protocol 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 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, including (but not limited to) being a launch partner for our mainnet release, Entrepreneur in Residence positions, etc. ## 🧑‍⚖️ How are we judging it? - Functionality - How focused the tooling is around Story Protocol (higher = better) - Degree of utility for developers - Technical implementation and degree of completion (i.e. functioning MVP) ## 👀 Some example projects - A command line for quickly scaffolding a Story Protocol application - Enhancements to our existing Story Protocol explorer, or a separate visualizer (if it makes sense) - Higher-order contracts (e.g. use-case specific or periphery core contracts) that can simplify developer integration with Story Protocol or unlock new use-cases. - Auto registration of any new NFT collection to Story Protocol - Batch registration of NFT collections as IPAssets - Tools or smart contract to integrate with other minting tool with Story Protocol for one-step NFT mint and IP registration ## 💼 Job Opportunities There is a very high chance for follow up funding/grants if your project is high quality and you are keen to continue the journey to mainnet, including (but not limited to) being a launch partner for our mainnet release, Entrepreneur in Residence positions, etc.  The protocol is still in beta, and we will be working closely with all participating hackathon teams beyond the BUIDLathon itself. This is an opportunity to build the first 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.

No code? No problem! Story Protocol <3 Memes. We’re giving $1000 to the 2 best memes (or creative work) registered on Story Protocol that get the most attention. ## 🗂️ Bounty Category Meaningful Open Source Contribution ## 📚 Resources https://linktr.ee/storyprotocol https://www.youtube.com/watch?v=yaZLBPUSalM ## 🏆 Winner Breakdown - 1,000 for best / most viral and extensible meme registered on IP,  - 1,000 for second best / most viral and extensible meme registered on IP,  Story Protocol 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 - A funny meme. Yeah - we’re serious! - Register it on Story Protocol and share it on social media… Proof of Meme! ## ✅ What does a successful project look like? - The meme is registered on Story Protocol as an IP - The meme gets some form of virality or attention on social media - Ideally, the meme is about IP in some way and brings attention to Story Protocol. - Ideally, the meme also attracts others to create derivative memes, creating a limitless meme-chain that will break the internet. ## 🎨 UI/UX Design Requirements There are no explicit UI/UX design requirements - it should be funny. ## 🤝 Impact on our organization - The protocol is still in beta, and we will be working closely with all participating hackathon teams beyond the BUIDLathon itself. This is an opportunity to build out the first 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 Protocol is more than a global IP repository, it is the foundation for the next era of human creativity - be part of the journey! ## 🧑‍⚖️ How are we judging it? - How focused the meme is on Story Protocol - Degree of utility, profitability, and sustainability - Just kidding, it’s just a meme. ## 👀 Some example projects Showcase intellectual property through entertainment and meme culture. ## 💼 Job Opportunities The protocol is still in beta, and we will be working closely with all participating hackathon teams beyond the BUIDLathon itself. This is an opportunity to build the first integrations / infrastructure / tooling / products (and memes!) on the decentralized IP layer of the internet and work closely with the core protocol team in helping us shape the future.

This bounty rewards builders who create the most innovative DAO infrastructure that leverages the capabilities of Universal Profiles and LUKSO Standard Proposals (LSPs). ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources 🛟 Bounty Start Page https://github.com/lukso-network/ETHDenver-2024/blob/main/Bounty1.md 👉  Download the UP Browser Extension https://chrome.google.com/webstore/detail/universal-profiles/abpickdkkbnbcoepogfhkhennhfhehfn 📂  Documentation https://docs.lukso.tech/ ⛓️  Network Parameters https://docs.lukso.tech/networks/testnet/parameters 🛠️  Tools https://docs.lukso.tech/tools/getting-started 📝  LSP Smart Contracts Repository Overview https://www.youtube.com/watch?v=E8Ih5n7auKY&ab_channel=LUKSOBlockchain 🎥 Previous Hackathon Video Resources https://www.youtube.com/playlist?list=PLNzyUdu4v7bkwBuDV0gSJrrniPsx5bxK_ https://www.youtube.com/watch?v=s1qLa0-rZ7s ## 🏆 Winner Breakdown 1st Place gets $6,000. 2nd Place gets $4,000. 3rd Place gets $1,500. 4rd place gets $1,000. If there are not four 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. Please only submit your project to only one bounty category. If another bounty category seems more fitting, the judges will choose another category for your project for you. ## 📝 Requirements Submission requirements: - A public demo URL (where judges can see the project live). - A public video that walks through your submission (approximately 3 minutes). - A public GitHub repository for your code - If you prefer to keep your GitHub repository private, please give access to the following GitHub profiles: - frozeman - Hugoo - CJ42 - biancabuzea200 - richtera - dzbo - JonathanW8 - bclara Guidance: Builders must create a project that effectively uses the features of Universal Profiles and LSP Standards for their DAO tooling solutions (Note: If you replace the LSP6 - Key Manager by a voting mechanism, you can achieve the functionality of a DAO (the Universal Profile will be controlled by a DAO mechanism, and not a single individual). Requirements: - The project should use the LUKSO Standard Proposals (LSPs). Builders should use LUKSO native standards. For example, using LSP7-Token and LSP8-NFT standards and not ERC20 or ERC721. - Integrate with Universal Profiles (UPs) and the Univeral Profile Browser Extension and not MetaMask. Technical solutions must have a working prototype deployed on the current Testnet. Extra points for creativity in leveraging LSPs, Universal Profiles, and tools (e.g. ERC725.js for encoding, etc) and exploring new mechanisms that can't be built on other EVM chains. ## ✅ What does a successful project look like? - Seamless and intuitive integration of Universal Profiles. - Innovative ways of incorporating Universal Profiles to enhance the overall functionality and user engagement of DAOs (right now DAOs are invisible, they have no face, no onchain reputation, they are only a voting contract. However, Universal Profiles enables DAOs to have features such as a profile picture, online reputation, etc.) - Unique ways of leveraging different LSPs for enhancing security and functionality (eg: a tool that forwards parts of the tokens the DAO receives to different members of the DAO; whitelisting/blacklisting capabilities to only accept assets from specific addresses). ## 🎨 UI/UX Design Requirements An intuitive user interface that integrates well with Universal Profile and highlights its benefits. ## 🤝 Impact on our organization Successful DAO tooling solutions contribute to the broader adoption of Universal Profiles. This, in turn, strengthens the LUKSO ecosystem. ## 🧑‍⚖️ How are we judging it? Contribution to Ecosystem  Integration Effectiveness and Functionality  Innovation and Creativity   User Experience and Design ## 👀 Some example projects - Solutions to manage interaction, coordination, and governance of communities using Universal Profiles. - DAO managing tooling that implements a given voting mechanism (eg: quadratic voting/ token-weighted voting, etc.) and makes use of Universal Profiles. - A reputation platform that ranks different DAOs based on their online reputation (eg: taking into consideration assets, transactions, activity, members, etc) . - Build a frontend for a DAO that integrates Universal Profiles tracks contributions, statistics, etc. ## 💰 Grant and Investment Opportunities All projects committed to continuously building and contributing to the LUKSO ecosystem are invited to apply for grants. Our grant program is set to launch in Q2.

This bounty seeks to reward the best project tackling transaction relay services using innovative and self-sustainable business models. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources 🛟 Bounty Start Page https://github.com/lukso-network/ETHDenver-2024/blob/main/Bounty3.md 👉  Download the UP Browser Extension https://chrome.google.com/webstore/detail/universal-profiles/abpickdkkbnbcoepogfhkhennhfhehfn 📂  Documentation https://docs.lukso.tech/ () ⚙️ Mock Transaction Relayer Example https://github.com/lukso-network/tools-mock-relayer ⛓️  Network Parameters https://docs.lukso.tech/networks/testnet/parameters 🛠️  Tools https://docs.lukso.tech/tools/getting-started 🎥 Previous Hackathon Video Resources https://www.youtube.com/playlist?list=PLNzyUdu4v7bkwBuDV0gSJrrniPsx5bxK_ https://www.youtube.com/watch?v=s1qLa0-rZ7s ## 🏆 Winner Breakdown 1st Place gets $6,000. 2nd Place gets $4,000. 3rd Place gets $1,500. 4rd place gets $1,000. If there are not four 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. Kindly submit your project to a single LUKSO bounty category. If the judges find that another category is more suitable for your project, they will change the category for you. ## 📝 Requirements Submission requirements: - A public demo URL (where judges can see the project live), like a website or an API where it can be tested and interacted with. A swagger is also acceptable if property explained and documented. - A public video that walks through your submission (approximately 3 minutes). - A public GitHub repository for your code. - If you prefer to keep your GitHub repository private, please give access to the following profiles: - frozeman - Hugoo - CJ42 - biancabuzea200 - richtera - dzbo - JonathanW8 - bclara Guidance: - The solution should leverage LSP15-TransactionRelayServiceAPI , LSP25 - ExecuteRelayCall, LSP6 - Key Manager to build a service that executes transactions on the user’s behalf. - Please add to your submission an explanation for the economic mechanism in place that will allow this relay system to operate sustainably. - Integrate with Universal Profiles (UPs) and the Universal Profile Browser Extension and not MetaMask. - It should be possible to add this relay service as a custom relayer in the Universal Profile Browser Extension screen, and interact with LUKSO Testnet without paying any gas using this custom relayer. - Solutions must have a working prototype deployed that subsidizes gas fees on the LUKSO Testnet. ## ✅ What does a successful project look like? - The winning submission should implement an economically viable and sustainable transaction relay service that offers a gasless experience to LUKSO users. - Innovative business models, with key features and benefits for the user to subscribe to this relay service over another competing relay service. ## 🎨 UI/UX Design Requirements - Intuitive interfaces for relay service management, making it user-friendly for both developers and network operators. - Clear documentation for relay service features to assist developers in understanding and implementing new functionalities. ## 🤝 Impact on our organization LUKSO is looking to grow an ecosystem of transaction relay services to offer users a gassless experience unique to LUKSO. ## 🧑‍⚖️ How are we judging it? Contribution to Ecosystem  Integration Effectiveness and Functionality  Innovation and Creativity   User Experience and Design ## 👀 Some example projects - Solutions to remove the friction of gas fees for end users by subsidizing or relaying transactions for users using novel business models. - A marketplace that pays for users’ transactions based on their previous purchase history. - A plug-and-play relay platform where devs can easily integrate a transaction relay service into their dApp (eg: pay for their users’ gas / select a payment model, etc). - On-demand relayer infrastructure app that developers can use for product launches. ## 💰 Grant and Investment Opportunities All projects committed to continuously building and contributing to the LUKSO ecosystem are invited to apply for grants. Our grant program is set to launch in Q2.

This bounty rewards builders who create the most innovative and user-friendly dApps that leverage the capabilities of Universal Profiles and LUKSO Standard Proposals (LSPs). ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources 🛟 Bounty start page https://github.com/lukso-network/ETHDenver-2024/blob/main/Bounty2.md 👉  Download the UP Browser Extension https://chrome.google.com/webstore/detail/universal-profiles/abpickdkkbnbcoepogfhkhennhfhehfn 📂  Documentation https://docs.lukso.tech/ ⛓️  Network Parameters https://docs.lukso.tech/networks/testnet/parameters 🛠️  Tools https://docs.lukso.tech/tools/getting-started 📝  LSP Smart Contracts Repository Overview https://www.youtube.com/watch?v=E8Ih5n7auKY&ab_channel=LUKSOBlockchain 🎥 Previous Hackathon Video Resources https://www.youtube.com/playlist?list=PLNzyUdu4v7bkwBuDV0gSJrrniPsx5bxK_ https://www.youtube.com/watch?v=s1qLa0-rZ7s ## 🏆 Winner Breakdown 1st Place gets $6,000. 2nd Place gets $4,000. 3rd Place gets $1,500. 4rd place gets $1,000. If there are not four 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. Kindly submit your project to a single LUKSO bounty category. If the judges find that another category is more suitable for your project, they will change the category for you. ## 📝 Requirements Submission requirements: - A public demo URL (where judges can see the project live, and test and interact with the dApp using the Universal Profile Browser Extension). - A public video that walks through your submission (approximately 3 minutes), and highlights the main features of the dApp and the problems it solves. - A public GitHub repository for your code - If you prefer to keep your GitHub repository private, please give access to the following profiles: - frozeman - Hugoo - CJ42 - biancabuzea200 - richtera - dzbo - JonathanW8 - bclara Guidance: - The project should use the packages and tools from LUKSO, such as erc725.js, lsp-smart-contracts, etc, and leverage the LUKSO Standard Proposals (LSPs). Builders should use LUKSO native standards. For example using LSP7-Token and LSP8-NFT standards and not ERC20 or ERC721 to create tokens, leveraging LSP1 for automation and notification, using LSP6 for access controls and permissions, etc. - Integrate with Universal Profiles (UPs) and the Universal Profile Browser Extension and not MetaMask. - Submissions must have a working prototype available to demo and test on the LUKSO Testnet. - Extra points for creativity in leveraging LSPs, Universal Profiles and tools (e.g. ERC725.js for encoding, etc) to explore new mechanisms that can't be built on other EVM chains. ## ✅ What does a successful project look like? - Seamless and intuitive integration of Universal Profiles within the dApp. - Seamless integration with the Universal Profile Browser Extension. ## 🎨 UI/UX Design Requirements - Seamless use and integration of Universal Profile Browser Extension. - Clean and professional design, with a good layout. ## 🤝 Impact on our organization Successful dApps leveraging Universal Profiles contribute to the broader adoption of Universal Profiles and more applications for users to test and interact with. ## 🧑‍⚖️ How are we judging it? Contribution to Ecosystem Integration Effectiveness and Functionality Innovation and Creativity  User Experience and Design ## 👀 Some example projects Here are some potential ideas: - A reputation platform that ranks Universal Profiles profiles based on assets/ transactions, etc. - A project that creates a novel asset that adds to a user’s identity on-chain through Universal Profiles (e.g.: a token that automatically allows the Universal Profiles to send funds to another contract) - A dApp that uses Universal Profiles data to create novel interactions between users (e.g: a decentralized social media frontend for Universal Profiles, photo reels of different Universal Profile assets, etc.) - A marketplace platform that leverages Universal Profiles to allow seamless publishing of assets and viewing of the history and credibility of creators. - Dashboards where users can manage their Universal Profiles (eg: assets, contracts you gave access to, controllers, social recovery mechanisms, communities that you follow, etc.). ## 💰 Grant and Investment Opportunities All projects committed to continuously building and contributing to the LUKSO ecosystem are invited to apply for grants. Our grant program is set to launch in Q2.

Projects that excel in key and permissions management and recovery addressing: -secure Universal Profile (UP)’s data storage and retrieval, -management of permissions granted to other users and dApps of your UP, -and recovery mechanism for lost EOA’s private keys controlling the UP. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources 🛟 Bounty Start Page https://github.com/lukso-network/ETHDenver-2024/blob/main/Bounty4.md 👉  Download the UP Browser Extension https://chrome.google.com/webstore/detail/universal-profiles/abpickdkkbnbcoepogfhkhennhfhehfn 📂  Documentation https://docs.lukso.tech/ 🔐 Key Manager Documentation https://docs.lukso.tech/standards/universal-profile/lsp6-key-manager/ ⛓️  Network Parameters https://docs.lukso.tech/networks/testnet/parameters 🛠️  Tools https://docs.lukso.tech/tools/getting-started 🎥 Previous Hackathon Video Resources https://www.youtube.com/playlist?list=PLNzyUdu4v7bkwBuDV0gSJrrniPsx5bxK_ https://www.youtube.com/watch?v=s1qLa0-rZ7s ## 🏆 Winner Breakdown 1st Place gets $6,000. 2nd Place gets $4,000. 3rd Place gets $1,500. 4rd place gets $1,000. If there are not four 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. Kindly submit your project to a single LUKSO bounty category. If the judges find that another category is more suitable for your project, they will change the category for you. ## 📝 Requirements Submission requirements: - A public demo URL (where judges can interact with the project and test it). - A public video that walks through your submission (approximately 3 minutes). - A public GitHub repository for your code - If you prefer to keep your GitHub repository private, please give access to the following profiles: - frozeman - Hugoo - CJ42 - biancabuzea200 - richtera - dzbo - JonathanW8 - bclara Guidance: - Leverage LSP6 - Key Manager to create solutions for permissions and key management. - Leverage any other LSP standards. For instance LSP2 - ERC725Y JSON Schema for storing custom specific data, LSP1 - Universal Receiver for displaying notification icons and updates (e.g: token received, transactions received, etc.) - Make use of the available tools and packages, such as erc725.js, @lukso/lsp-smart-contracts, etc. - Integrate with Universal Profiles (UPs) and the UP Browser Extension and not MetaMask. - Technical solutions must have a working prototype deployed on the current Testnet. - Extra points for creativity in leveraging LSPs, Universal Profiles and tools (e.g. ERC725.js for encoding, etc) to explore new mechanisms that can't be built on other EVM chains. ## ✅ What does a successful project look like? - Secure key storage mechanisms that protect users' digital assets. - Innovative and user-friendly key recovery solutions that provide accessibility and convenience without compromising security. - Integration with Universal Profiles and with other identity solutions for seamless key management. ## 🎨 UI/UX Design Requirements - Intuitive interfaces for key management, making it accessible for both novice and experienced users. - Clear documentation for key management and recovery features to guide users through the process. ## 🤝 Impact on our organization Improvements in key management and recovery contribute to the overall usability of the platform, attracting more users. ## 🧑‍⚖️ How are we judging it? Contribution to Ecosystem Integration Effectiveness and Functionality Innovation and Creativity  User Experience and Design ## 👀 Some example projects - Social recovery scheme for Universal Profiles (e.g: using hardware wallets, or any other schemes) - Friends, family, or recovery via trusted peers on a specific minimum threshold. - A solution that splits permissions between multiple hardware wallets (eg: one wallet can edit data, another wallet can move funds, etc.). - Solutions to provide users more control, security, and convenience in managing the private keys for their Universal Profile. ## 💰 Grant and Investment Opportunities All projects committed to continuously building and contributing to the LUKSO ecosystem are invited to apply for grants. Our grant program is set to launch in Q2.

To innovate and develop comprehensive solutions for ZBU's blockchain governance, focusing on validator onboarding, staking mechanisms, governance dashboards, referral systems, and analytics for the ZBU token. ## 🗂️ Bounty Category Early Stage Startup ## 📚 Resources Token Smart Contract: ETH: https://etherscan.io/token/0x8f9b4525681F3Ea6E43b8E0a57BFfF86c0A1dd2e BSC: https://bscscan.com/token/0x4D3dc895a9EDb234DfA3e303A196c009dC918f84 Video: https://drive.google.com/file/d/1PYK11n9PkzlRBy21CMgWFnM4vnY_hzie/view?usp=sharing https://youtu.be/qWGroL5j2eI ## 🏆 Winner Breakdown Prizes: 1st Place: $20,000 2nd Place: $13,000 3rd Place: $7,000 4th to 8th Place: $2000 Each ## 📝 Requirements Create a working MVP product on-chain with the defined criteria and definitions, Ideas should be unique and not copied or replica of any existing products. ## ✅ What does a successful project look like? 1. Governance App Development - Onchain:   - Develop an app where validators, delegators, and OLPs can onboard, with specific functionalities for each role.   - Validators must set up a light node, stake ZBU, gain power, and deploy invoices on the blockchain.   - Delegators can stake ZBU, gain power, delegate it to validators and OLPs, and earn rewards.   - OLPs must stake ZBU, fuel with USDT in an ongoing cycle, earn ZBU in settlements, and maintain a constant cycle of liquidation and fueling with USDT. 2. Onboarding and Staking Flow:   - Create a user-friendly onboarding flow with a staking pool, power distribution based on staking amount and locking, a settlement pool, and invoice smart contract deployment. 3. Governance Dashboard:   - Develop a dashboard to monitor the governance process, including community discussions, power balances, power utilization, and rewards. 4. Referral System:   - Implement a referral system for ZBU ambassadors to generate referral IDs, share them, earn rewards, and track referral history on-chain. 5. Dune Analytics for ZBU Token:   - Create analytics tools to track ZBU token holder data, token movement to PSP, exchange liquidity flow, daily volume, and more. 6. Innovative Use-Case Development for ZBU: This challenge invites participants to develop a unique and innovative use-case for ZBU that can significantly impact its ecosystem. ## 🎨 UI/UX Design Requirements The application must have a working UI/UX over a browser or a prototype with a publicly accessible demo URL. ## 🤝 Impact on our organization ·     Innovation and Product Development: A team working on a bounty challenge can introduce fresh ideas and innovative solutions that the organization might not have explored internally. This can lead to the development of new products, services, or improvements to existing offerings, enhancing the organization's market position. ·     Long-term Benefit: The innovative use-case development for ZBU, incentivized by a $2 million grant, could result in groundbreaking applications of blockchain technology that drive the organization's long-term strategy and product roadmap. ·     Feedback and Market Validation: The development and testing of new applications provide immediate feedback from a knowledgeable community, allowing for rapid iterations and improvements. Successfully implemented projects serve as proof of concept, validating the organization's technology and approach in the market. ·     Strategic Investment: The grant represents a strategic investment in the ecosystem's future, with the potential for high returns in terms of technology innovation, ecosystem growth, and market positioning. ## 🧑‍⚖️ How are we judging it? - Innovation and originality. - Relevance to the challenges. - User experience and design. - Technical complexity and functionality. - Potential impact on the ZBU ecosystem. - Quality of code and documentation. ## 👀 Some example projects ·     1inch ·     Pancakeswap ·     Arbitrum ·     Ripple ## 💼 Job Opportunities Information is not currently public. We will provide TypeForm at the event with QR code for job requests. ## 💰 Grant and Investment Opportunities Grant Opportunities: o  Grant of up to $2 million worth of ZBU will be awarded to up to 10 teams or individuals that present the most innovative and feasible use-case with the potential for real-world application and adoption. This grant aims to support further developing and implementing the proposed use case. Special Grant Details: o  Objective: To encourage groundbreaking ideas and real-world utility for ZBU. o  Eligibility: All hackathon participants are eligible to propose a use case o  Criteria: Innovation, feasibility, impact on the ZBU ecosystem, and potential for adoption. Award Process: o  A panel of judges, including blockchain experts, ZBU team members, and industry professionals, will select the winning project. The grant will be awarded based on the proposal's potential for implementation and its contribution to the ZBU ecosystem. o  On a Milestone Basis, disbursement

For this challenge, participants will develop a decentralized finance (DeFi) application on the Hedera network. The bounty encourages creativity and innovation with Hedera services, EVM tools, and oracle data (Supra Oracles). Keep these points in mind as you brainstorm and build your solution: - Use at least one Hedera service: choose from Hedera Smart Contract Service, Hedera Token Service, or Hedera Consensus Service for the foundation of your DeFi application. - You have the option to enhance your application by incorporating two or more of the aforementioned Hedera services, leveraging their unique capabilities to build a more complex and feature-rich DeFi solution. - Incorporatedata feeds from Supra Oracle (pull model only), ensuring your application can access and utilize external, off-chain data in its operations. - Effectively use the data obtained from Supra Oracle to drive functionality within your DeFi application, such as price feeds or other relevant financial information. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources (1) Hello World https://docs.hedera.com/hedera/tutorials/hello-world  (2) Hedera Code Snippets https://github.com/hedera-dev/hedera-code-snippets (3) Stackoverflow Hedera tag https://stackoverflow.com/questions/tagged/hedera (4) Hedera Discord Community https://hedera.com/discord (check out the developer-help-desk and developer-general channels) (5) Hedera Metamask Snaps https://docs.hedera.com/hedera/open-source-solutions/hedera-wallet-snap-by-metamask/metamask-hedera-wallet-snap-tutorial and https://snaps.metamask.io/snap/npm/hashgraph/hedera-wallet-snap/ (6) Smart contract verification on Hashscan https://docs.hedera.com/hedera/tutorials/smart-contracts/how-to-verify-a-smart-contract-on-hashscan (7)  Supra Oracles Docs https://supraoracles.com/docs/overview (1) 8,000 USD for 1st place (2) 5,000 USD for 2nd place (3) 2,000USD for 3rd place (4) We may award up to 3 prizes in total for this bounty (5) We may adjust the prize amounts when less than 3 submissions are awarded prizes If no qualifying submissions are received, the prize money amount might change. Submissions applying to multiple bounties during this hackathon will be considered. Submissions caught reusing code or projects from previous hackathons will not be considered. Submissions can apply to multiple Hedera bounties, but will only be considered for one bounty ## 📝 Requirements (1) The web3 components of the application must be deployed on Hedera Mainnet, Hedera Testnet, or Hedera Previewnet. (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 and of your experience building on Hedera. ## ✅ What does a successful project look like? Success in this bounty largely depends on building a DeFi application that integrates with Hedera services and Supra Oracle feeds.  Successful solutions should demonstrate: - Robust integrations that use of Hedera services and oracle data to power the application features. - A well-thought user experience. Everyone loves an intuitive, accessible interface for a wide range of users. - Ecosystem impact on Hedera with the potential to drive user engagement and transaction volume on the Hedera network. Some of the features we would love to see include: - Automated Market Makers (AMMs) that use Supra’s oracle pull feeds for up-to-date pricing. - Loan and borrowing platforms that integrate price pairs based on external data. - Yield farming tools that adjust strategies based on oracle data. 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 end user must be able to interact with your application using MetaMask, the Hedera MetaMask snap, or any of the Hedera native wallets. (2) 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. ## 🤝 Impact on our organization (1) More developers gaining awareness of EVM equivalent development tools and workflows available on Hedera (2) More developers gaining awareness of development tools and workflows that are distinct from EVM equivalents, unique to Hedera (3) Increased usage of infrastructure critical to DeFi (Oracles) within the Hedera ecosystem ## 🧑‍⚖️ How are we judging it? (1) All submissions that meet the minimum criteria will be considered (2) Optional criteria will be considered in determining ranking (3) Up to 3 submissions in total will be awarded a prize (4) Rinse and repeat projects are not encouraged - if porting apps to Hedera from another network, please approach a Hedera representative to get a green light first. (5) Submissions towards the other bounties are not eligible for this bounty 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 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? ## 👀 Some example projects (1) Incorporate financial data (such as market prices of different assets) for use within smart contracts of DeFi systems (2) Automated loans, dynamic marketplaces, and insurance marketplaces are some of the possible use cases ## 💼 Job Opportunities (1) https://swirldslabs.com/careers/ (2) https://hedera.com/future

(1) Use at least one of the following Hedera Services: Hedera Smart Contract Service, Hedera Token Service, Hedera Consensus Service (2) Build something on Stablecoin Studio, OR Guardian, OR something exceptional on Hedera (please approach a Hedera representative to discuss and confirm) (3) Optionally, use two or more of the Hedera Services mentioned in (1) (4) Optionally, add a new use case that is currently not present within the Hedera ecosystem ## 🗂️ Bounty Category Early Stage Startup ## 📚 Resources (1) Hello World https://docs.hedera.com/hedera/tutorials/hello-world  (2) Hedera Code Snippets https://github.com/hedera-dev/hedera-code-snippets (3) Stackoverflow Hedera tag https://stackoverflow.com/questions/tagged/hedera (4) Hedera Discord Community https://hedera.com/discord (check out the developer-help-desk and developer-general channels) (5) Hedera Metamask Snaps https://docs.hedera.com/hedera/open-source-solutions/hedera-wallet-snap-by-metamask/metamask-hedera-wallet-snap-tutorial and https://snaps.metamask.io/snap/npm/hashgraph/hedera-wallet-snap/ (6) Smart contract verification on Hashscan https://docs.hedera.com/hedera/tutorials/smart-contracts/how-to-verify-a-smart-contract-on-hashscan (7) Hedera Stablecoin Studio https://docs.hedera.com/hedera/open-source-solutions/stablecoin-studio/core-concepts (8) Hedera Guardian https://docs.hedera.com/guardian/guardian/readme [](https://www.youtube.com/watch?v=cRe1dXJzi-I) ## 🏆 Winner Breakdown (1) 10,000 for the best-ranked submission (2) We may adjust or recall the prize amount if no qualifying submission is received or if no single project is awarded the prize (e.g. split into 2 smaller prizes) ## 📝 Requirements (1) The web3 components of the application must be deployed on Hedera Mainnet, Hedera Testnet, or Hedera Previewnet. (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 and your experience building on Hedera ## ✅ What does a successful project look like? (1) There are no specific features required, beyond the technical requirements stated in the description. (2) The application should have the potential to fill a currently unmet need within the Hedera ecosystem, or otherwise be of high value to the Hedera ecosystem ## 🎨 UI/UX Design Requirements Please approach a Hedera representative to validate your approach first. ## 🤝 Impact on our organization (1) More developers gaining awareness of EVM equivalent development tools and workflows available on Hedera. (2) Optionally, more developers gaining awareness of development tools and workflows that are distinct from EVM equivalents - unique to Hedera (3) More use cases built on top of key Hedera open source solutions ( Stablecoin Studio and Guardian). ## 🧑‍⚖️ How are we judging it? (1) All submissions that meet the minimum criteria will be considered (2) Optional criteria will be considered in determining ranking (3) Only 1 project submission  will be awarded a prize (4) Rinse and repeat projects do not qualify - if porting apps to Hedera from another network, please approach a Hedera representative to get a green light first. (5) Submissions towards the other bounties are not eligible for this bounty 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? ## 👀 Some example projects (1) Utilisation of proof-of-reserve functionality to enable independent verification of assets backing stablecoins. (2) Issuance and administration of stablecoins using HTS based tokens and/or HSCS based tokens. (3) Management of KYC and AML related to issuance and administration of stablecoins. (4) Tokenisation and accounting of Renewable Energy Certificates (5) Tokenisation and accounting of Verified Carbon Units (carbon offsets) (6) Tokenisation and accounting of Carbon Emissions (Greenhouse Gas Protocol) ## 💼 Job Opportunities (1) https://swirldslabs.com/careers/ (2) https://hedera.com/future ## 💰 Grant and Investment Opportunities https://www.hbarfoundation.org/ https://hashgraph-association.com/

(1) Build any application that uses any Hedera service (cryptocurrency transactions, Hedera Smart Contract Service, Hedera Token Service, Hedera Consensus Service, Hedera File Service) (2) Optionally, use more than one Hedera service in your application ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources (1) Hello World <https://docs.hedera.com/hedera/tutorials/hello-world>  (2) Hedera Code Snippets <https://github.com/hedera-dev/hedera-code-snippets> (3) Stackoverflow Hedera tag <https://stackoverflow.com/questions/tagged/hedera> (4) Hedera Discord Community <https://hedera.com/discord> (check out the developer-help-desk and developer-general channels) (5) Hedera Metamask Snaps <https://docs.hedera.com/hedera/open-source-solutions/hedera-wallet-snap-by-metamask/metamask-hedera-wallet-snap-tutorial> and <https://snaps.metamask.io/snap/npm/hashgraph/hedera-wallet-snap/> (6) Smart contract verification on Hashscan <https://docs.hedera.com/hedera/tutorials/smart-contracts/how-to-verify-a-smart-contract-on-hashscan> [](https://www.youtube.com/watch?v=cRe1dXJzi-I) ## 🏆 Winner Breakdown A total of $5,000 USDC 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 USDC per project. 1. 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. 2. Participants can submit their projects to multiple bounties offered by Hedera. However, each project will be eligible to win in only one category to ensure a wide distribution of rewards. 3. 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. 4. All projects will be considered 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 at least one of the following environments: Hedera Mainnet, Hedera Testnet, or Hedera Previewnet. (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, build what you like! (3) For success, aim for the following: (3a) Basic usage of Hedera Services: The application demonstrates a fundamental awareness of building on Hedera as a platform. (3b) Problem solving: The development of the application illustrates technical understanding. (3c) The code is written in an easily understood manner, utilising comments and/or documentation. (3e) Note that not all of the above are required, however they will be considered when ranking submissions. (4) The video presentation clearly explains the problem being solved, how your application addresses this problem, and the benefits of using your application. (5) Possible features: (5a) Microtransactions: Payments of small amounts of on-chain assets in exchange for a service. (5b) Data integrity/verification: A document storage solution with the ability to verify that documents have not been modified. (5c) Event registration system: Allows users to create events, RSVP to events, and record attendance (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: (1a) A command-line program: (1a1) Must be packaged in a Docker container, as an standalone executable for Windows/Linux/MacOS, or otherwise easily executable with minimal set up (e.g. \npx …\\) (1b) A browser-based DApp: (1b1) Must be published to a publicly accessible demo URL. (1b2) The end user must be able to interact with your application using MetaMask, the Hedera MetaMask snap, or any of the Hedera native wallets. (1b3) 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. ## 🤝 Impact on our organization (1) 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 EVM developers! (2) By creating projects that are straightforward and easy to understand, developers new to Hedera demonstrate its capability, and accessibility due to its EVM-equivalent development tools and workflows (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. ## 🧑‍⚖️ 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. 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? ## 👀 Some example projects 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 File Service (and/or 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 Marketplace: Combines Hedera Token Service for asset tokenization with Hedera Smart Contract Service to facilitate secure and automated transactions and agreements. 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. ## 💼 Job Opportunities (1) <https://swirldslabs.com/careers/> (2) <https://hedera.com/future> ## 💰 Grant and Investment Opportunities https://www.hbarfoundation.org https://hashgraph-association.com

Unleash the future of AI Video with Livepeer! Integrate emerging AI capabilities with Livepeer's video infrastructure to build applications and tools for higher quality, more engaging, trustworthy and creative online video content. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - Livepeer Studio Docs - Livepeer AI roadmap - Livepeer Network primer - Example projects built with Livepeer https://www.youtube.com/watch?v=MxdkpUcTW9E ## 🏆 Winner Breakdown We're giving money prizes to the top three projects: 1st place: $5000 2nd place: $3000 3rd place: $2000 Pool Prize: $1500 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 $9,000. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements Develop a robust integration showcasing Livepeer's video tools paired with AI functionalities. The project must: - Implement a successful integration of AI functionality with Livepeer Studio or Catalyst video developer tools such as transcoding, live streaming, video on demand, clipping, etc.  - Provide a comprehensive working demo that illustrates innovative and novel application of Livepeer's decentralized video infrastructure and AI functionalities. ## ✅ What does a successful project look like? Success entails a functioning application or tool that showcases an innovative example of how AI can be used to generate higher quality, more engaging, trustworthy and creative online video content powered by Livepeer’s decentralized infrastructure. Examples of innovative AI video features include:  - Real-time content moderation to filter inappropriate content. - Facial recognition for personalized video experiences. - Object detection for dynamic content modification. - AI video generation (e.g. text to video) - Adaptive bitrate streaming based on AI predictions. - AI-driven video summarization for content previews. - Integration with external AI services for expanded capabilities. - Dynamic video modifications (e.g. lip syncing based on different audio sources) - Video upscaling ## 🎨 UI/UX Design Requirements Create an intuitive user interface allowing users to effortlessly deploy AI-powered features within Livepeer's video processing workflow. Prioritize a user-friendly experience, enabling seamless control over AI integrations without compromising on functionality. ## 🤝 Impact on our organization A successful integration will empower content creators with advanced AI tools, attracting a broader user base and solidifying Livepeer's position as a leader in blockchain video infrastructure.  The winning teams will also have the opportunity to collaborate further with Livepeer as a design partner as we continue our experimentation of adding AI-capabilities to the Livepeer Network (https://mirror.xyz/livepeer.eth/7yjb5osZ28AJ9xvA54bZ4T2hUpNM5O9rrpv-zmGWDZ4) ## 🧑‍⚖️ How are we judging it? Projects will be judged based on the depth and efficiency of the AI integration with Livepeer, overall user experience, scalability, and the creativity demonstrated in implementing AI functionalities. Successful submissions will highlight the value-added by AI in enhancing Livepeer's video tools. Additionally, the following criteria will be used: 1. Technicality: What is the complexity of the problem being addressed and your approach to solving it? 2. Originality: Are you tackling a new or unsolved problem, or creating unique solutions to an existing problem? 3. Practicality: How complete/functional is your project? Is it ready to be used by your intended audience? 4. UI/UX/DX: Is your app pleasant and/or intuitive to use? Have your team made a good effort at removing friction for the user? 5. Wow factor: Standout that deserves to be recognized! Judging will lean towards projects that are full MVPs, although a clean and creative implementation of the feature serving as an excellent example of feature usage is also acceptable. ## 👀 Some example projects - Real-time content moderation to filter inappropriate content. - Facial recognition for personalized video experiences. - Object detection for dynamic content modification. - AI video generation (e.g. text to video) - Adaptive bitrate streaming based on AI predictions. - AI-driven video summarization for content previews. - Integration with external AI services for expanded capabilities. - Dynamic video modifications (e.g. lip syncing based on different audio sources) - Video upscaling

Are you leveraging AI to build a business that will disrupt the online video and creative industry? Livepeer wants to help! We are offering a non-dilutive grant of $10,000 to help the most ambitious project build a scalable, cost-efficient, high-performance AI-powered product that leverages Livepeer's reliable decentralized video infrastructure to disrupt the future of digital media applications. ## 🗂️ Bounty Category Early Stage Startup ## 📚 Resources - Livepeer Studio Docs - Livepeer AI roadmap - Livepeer Network primer - Example projects built with Livepeer https://www.youtube.com/watch?v=MxdkpUcTW9E ## 🏆 Winner Breakdown We're giving $10,000 to one team . If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements Integrate Livepeer's video infrastructure into your AI video startup's workflow. Showcase the synergy between your AI models and Livepeer's video tools, demonstrating the value proposition of decentralized video processing for your application. The project must: - Have video as a core component/value proposition (not a feature) - Showcase successful integration with Livepeer's video infrastructure, leveraging features such as Video on Demand (VOD), livestreaming, clipping, transcoding, etc - Implement a successful integration of AI functionality - Provide a comprehensive working demo that illustrates the seamless collaboration between Livepeer's video tools and AI functionalities. - Provide a clear roadmap/strategy on acquiring users/customers (bonus points if you already have users) ## ✅ What does a successful project look like? Success is achieved through a seamless integration , optimizing the performance and scalability of your AI video startup.  Innovative Features: - Real-time content moderation to filter inappropriate content. - Facial recognition for personalized video experiences. - Object detection for dynamic content modification. - AI video generation (e.g. text to video) - Adaptive bitrate streaming based on AI predictions. - AI-driven video summarization for content previews. - Integration with external AI services for expanded capabilities. - Dynamic video modifications (e.g. lip syncing based on different audio sources) - Video upscaling ## 🎨 UI/UX Design Requirements Design an intuitive interface for your AI video startup that seamlessly incorporates Livepeer's video infrastructure. Prioritize a user-friendly experience, ensuring that the integration adds value without introducing complexity for your end-users. ## 🤝 Impact on our organization By partnering with pioneering teams, Livepeer aims to expand its influence in the AI video space, fostering a community of developers and entrepreneurs who share a vision for decentralized, efficient, and scalable video processing. The startup that excels in this bounty may gain exposure and support from Livepeer, furthering their growth and contributing to the broader ecosystem of decentralized video infrastructure. The winning teams will also have the opportunity to collaborate further with Livepeer as a design partner as we continue our experimentation of adding AI-capabilities to the Livepeer Network (https://mirror.xyz/livepeer.eth/7yjb5osZ28AJ9xvA54bZ4T2hUpNM5O9rrpv-zmGWDZ4) ## 🧑‍⚖️ How are we judging it? Projects will be evaluated based on the effectiveness of the Livepeer integration within the AI video startup's workflow, overall user experience, scalability, and the innovative use of decentralized video processing. Successful submissions should clearly highlight the advantages gained by leveraging Livepeer in enhancing the startup's video capabilities. Additionally, the following criteria will be used: 1. Technicality: What is the complexity of the problem being addressed and your approach to solving it? 2. Originality: Are you tackling a new or unsolved problem, or creating unique solutions to an existing problem? 3. Practicality: How complete/functional is your project? Is it ready to be used by your intended audience? 4. UI/UX/DX: Is your app pleasant and/or intuitive to use? Have your team made a good effort at removing friction for the user? 5. Wow factor: Standout that deserves to be recognized! ## 👀 Some example projects - Real-time content moderation to filter inappropriate content. - Facial recognition for personalized video experiences. - Object detection for dynamic content modification. - AI video generation (e.g. text to video) - Adaptive bitrate streaming based on AI predictions. - AI-driven video summarization for content previews. - Integration with external AI services for expanded capabilities. - Dynamic video modifications (e.g. lip syncing based on different audio sources) - Video upscaling ## 💰 Grant and Investment Opportunities Additionally, winning teams will be invited to our grants program, where they can receive up to an additional $15,000. Please visit https://grants.livepeer.org for more information.

Delegation of stake on the Livepeer Network happens on Arbitrum (L2). But what if a user could submit a transaction on L1 and have their stake land on a node of their choice on L2? We’re looking to fund one or a team of contributors to builds a one-click mainnet experience to enable this. The successful contributor should also have a security solution for potential bridge-type exploits such as a user getting credit on L2 and draining the temporary liquidity without actually losing access to their L1 assets. ## 🗂️ Bounty Category Meaningful Open Source Contribution ## 📚 Resources - Livepeer Network primer - Livepeer Github repo - Transaction Lifecycle how-to (Connext) - Xchain transactions (Connext) https://www.youtube.com/watch?v=MxdkpUcTW9E ## 🏆 Winner Breakdown We're giving $5000 to one team . If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements To successfully contribute to this open source initiative, developers should focus on a Livepeer-specific implementation for L1 to L2 LPT delegation. Chain Abstraction for Livepeer: Develop a robust framework for chain abstraction, tailored to Livepeer's protocol, facilitating smooth L1 to L2 delegation of Livepeer Tokens (LPT). Smart Contract Integration: Design and deploy smart contracts, ensuring secure and efficient execution of L1 to L2 delegation transactions. Documentation for Livepeer Integration: Provide comprehensive documentation, detailing the steps to integrate chain abstraction for LPT delegation. Community Collaboration within Livepeer Ecosystem: Encourage contributions, discussions, and feedback from the Livepeer community to enhance and iterate on the chain abstraction implementation. Testing and Security for Livepeer: Implement thorough testing procedures to validate the security and reliability of the chain abstraction for LPT delegation. Any code and documentation created should be submitted through a public GitHub repo. ## ✅ What does a successful project look like? Success in this bounty is twofold: 1. Successful deployment and execution of a proof of concept showcasing L1 to L2 delegation of Livepeer Tokens (LPT). 2. Clear documentation of how the abstraction works, what key decisions were made, what risks were assessed and mitigated, and how other developers can participate and contribute ## 🎨 UI/UX Design Requirements A simple UI/UX demonstrating proof-of-concept (e.g. one-click delegation) would be great to see. ## 🤝 Impact on our organization Allowing users to stake from L1 will stimulate community growth and engagement within the Livepeer ecosystem, creating a vibrant and collaborative community of developers and delegators alike. ## 🧑‍⚖️ How are we judging it? Implementation Quality: Robustness and effectiveness of the chain abstraction implementation Documentation Clarity: Quality and completeness of documentation, ensuring developers can easily understand, integrate, and extend the solution. Livepeer Community Collaboration: Level of engagement and collaboration within Livepeer's developer community, including contributions, discussions, and feedback from Livepeer community members. Security and Testing for Livepeer: Testing procedures to ensure the security and reliability of the chain abstraction; or at the very least, provide potential risks and drawbacks of the solution ## 👀 Some example projects One-click staking from L1

Build an app on Filecoin & Filecoin Virtual Machine that tracks Filecoin Orbit Volunteer Ambassador activities and provides rewards in the form of NFT “achievements” and associated ERC20 token reward points. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources - FVM Docs: https://docs.filecoin.io/smart-contracts/fundamentals/the-fvm - Filecoin docs: https://docs.filecoin.io/ - FVM Hackathon Cheatsheet: https://github.com/filecoin-project/community/discussions/585 https://youtu.be/Na_YuIC7r4Q ## 🏆 Winner Breakdown We are giving money prizes to the top three team projects: The 1st place grand prize winning project team will win at minimum $5,000, at most $7,500. Two runner-up prize winning project teams will win at minimum $1,000, at most $2,500 each. 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 The Bounty The 1st prize bounty of $5,000 - $7,500 will be awarded to one team of hackers that builds an app on Filecoin & Filecoin Virtual Machine that tracks Orbit member activities and provides rewards in the form of NFT “achievements” and associated ERC20 token reward points. Two runner-up prizes for high quality projects that come close to winning will be offered, each in the amount of $1,000 - $2,500. A total of $9,500 will be rewarded. Each achievement should be an ERC721 token, and associated reward points should be ERC20 tokens. Although these latter ERC20 tokens are spendable and can be redeemed for rewards, the app should track lifetime points earned regardless of if they are spent, and present this number to the Ambassador as their “score.”   Requirements The app should be a simple web dashboard that has a number of pages, with some permissioned actions available only to certain profile types.  The pages, and their features, should include, but are not limited to, the following:   - A sign in page, where Orbit Ambassadors sign in with Metamask / Filecoin address.  There should be be three account types:  - Standard Orbit Ambassadors.  Orbit Ambassadors are volunteers who engage in various activities in the Filecoin ecosystem. - Orbit Regional Leads, who will have certain special privileges.  Regional leads are volunteers who provide guidance to Orbit Ambassadors and set the strategy for Orbit activities in a continent wide region. - Filecoin Foundation staff, which will allow the staff to approve an achievement before it is issued to an Orbit member. - An activities page, which will:  - For the Orbit Ambassador, the activities page should show them an aggregate summary of their past activities.  - For Regional Leads, the activities section should have a drop down with a list of all Ambassadors in their region, showing the same page a selected Orbit Ambassador would see. - For Filecoin Foundation staff, a summary with visualizations of global activities. - An Achievements page, which should include:  - For the Orbit Ambassador, a list of all achievements, clearly showing which ones they have earned, followed by which they are close to earning, followed by all others they have not yet earned.  - For the regional lead, a chronological notifications page showing recent achievements earned by Ambassadors in their region.   - For the Filecoin Foundation Staff, proposed achievements for Orbit Ambassadors pending approval by that Staff member.  - A rewards section, where:  - Orbit Ambassadors can see a list of rewards and their associated needed points, and redeem.   - Regional Leads can see which rewards were redeemed by their Orbit Ambassadors.  - Filecoin Foundation staff can add a reward and set the number of points needed to redeem.   - Leaderboard - The app should generate a public-facing leaderboard showing which Orbit Ambassadors have the highest number of earned ERC20 points.    - A profile page, where users can set privacy permissions.  Additional requirement include:  - The app must use a Filecoin address as a sign-in for each Orbit Ambassador.  Filecoin Foundation staff must sign-in with a fil.org email address.   - The app must include smart deployments on Filecoin Virtual Machine.  This may be limited to simply the ERC721 and ERC20 tokens needed for issuing achievements, or it may include more involved governance logic.   - The app must be able to seamlessly pull and present data from AirTable.  - The app’s leaderboard must be able to be embedded on external websites. - The Orbit Ambassador profile page must include an opt-out or “show anonymously” option from the public leaderboard. ## ✅ What does a successful project look like? A successful app will track data on Orbit member activities and clearly display all relevant information on the site. Events Tracker  Orbit members spend most of their time hosting academic workshops or community hackathons locally.   The Orbit program currently tracks Orbit activities by having members report their activities through AirTable forms, which generates a database of this data.   The database includes a range of data, including:  - Number of events hosted.  - Number of attendees for each event. - Event Costs. - Event location.  - Standardized event content.  The Orbit app should associate this data with each signed-in Orbit Ambassador, and automatically propose to the Filecoin Foundation staff achievements based on the Orbit member’s accomplishments.  For an idea of what event achievements could be, a short list of achievements can be found HERE.   Social Media Data Collection & Tracker One of the largest challenges the Orbit program has is in tracking social media data.  Orbit Ambassadors engage with their communities through a range of social media platforms, and we’d like to track that data and issue appropriate “achievements.”  The following are social media platforms most used by Orbit Ambassadors and potential data points to track:    - Twitter, including number of tweets, their impression, likes, and retweets.  - Medium, including number of articles posted and each of their “claps.” - YouTube, including number of videos posted, number of likes, and number of comments.  - Mentions in traditional press.  - Telegram or WhatsApp, including the number of people in their community group chat.  - Slack or Discord messages, specifically, replies by Orbit members in specific channels. Each one of these platforms has an API that allows a third party app to pull data from the platform.  The Orbit app should do the following:  - Use APIs to pull in the relevant data from the social media platform.   - Associate one social media account from each platform with the Orbit Ambassador’s MetaMask/Filecoin Address sign in to the Orbit app.  - The app should automatically propose achievements based on social media account activity.   For an idea of what the social media achievements will be, a short list of achievements can be found HERE.   - Present the social media data for each Orbit Ambassador to Filecoin Foundation staff accounts.  Note that the Filecoin Foundation uses AirTable as its database platform of choice. Hackathons Tracker One of the goals of the Orbit program is to encourage Orbit community members to attend and submit at hackathons.  The Orbit app should track, for each Orbit Ambassador, the full list of all GitHub accounts from attendees of events that Ambassador has hosted.  This data is available on AirTable.  A page available to the Filecoin Foundation staff should then be able to upload a list of GitHub accounts that have submitted a project at a hackathon, along with whether that GitHub account won a prize.  The Orbit app would then cross reference the lists of GitHub accounts associated with each Orbit Ambassador, and issue relevant achievements if a community member of theirs submitted at / won a given hackathon. ## 🎨 UI/UX Design Requirements In addition to the requirements above, here are some additional comments on our UI/UX expectations: - Design | The app’s design and visualizations should be clear and easily understood by non-engineers.  Consideration should be given to page colors and fonts –the Filecoin Foundation design standards can be found here.  Projects that demonstrate consideration as to which data was best to wrangle and which charts and visualizations are most  compelling and understandable will score higher.    - User Experience | The app’s user interface should be simple to use and make every attempt to reduce the number of manual steps needed to perform any given action.  As an example, let’s look at the action of “the Filecoin Foundation staffer approves an automatically proposed achievement for an Orbit Ambassador.”   One way to design this functionality would be for the Filecoin Foundation staff page to show a drop down list of all Orbit Ambassadors, and then show proposed achievements on a separate page for any given Orbit Ambassador, with each achievement having a button for approval.  An alternative design would be to have one page with a chronological list of the most recent automatically proposed achievements, with a button for approval for each achievement listed.  The latter design would score higher because the former design required three mouse clicks and two pages to complete the task of approving the achievement, while the latter design requires only one mouse click and one page. ## 🤝 Impact on our organization The Filecoin Orbit Community program is Filecoin Foundation's developer community and education program, where 150+ volunteer Orbit Ambassadors in 80+ countries host Filecoin workshops and hackathons, publish Filecoin educational materials, build software projects on Filecoin, and much more.  You can learn more about the Filecoin Orbit program at orbitcommunity.filecoin.io.  This app will help us recognize and reward the great work of our Orbit Ambassadors, elevating our program and making it easier to get involved as an Ambassador. ## 🧑‍⚖️ How are we judging it? Protocol Labs and Filecoin Foundation score on five categories.  In addition to the design requirements listed above, here are two additional categories worth commenting on:  - Technological Progress | Naturally, the Filecoin Foundation would like to see the Orbit app built on Filecoin Virtual Machine with Orbit Ambassador accounts being linked to their Filecoin Address on Metamask.  A critical component of the app will be the ERC721 and ERC20 tokens deployed on Filecoin Virtual Machine.  Projects that seamlessly integrate Filecoin into the app will be scored highest –examples include both making the Filecoin backend un-noticeable to the user (for example, all rewards points are ERC20 tokens but on the app, the user only sees  a “points” total ) AND making it easy for users to see their activity on a block explorer by providing links (for example, a link to a block explorer to a user’s wallet where their NFT achievement would be shown).   Unique uses of Filecoin’s inherent features would also be looked upon favorably –for example, a leaderboard can be generated from the data on AirTable, OR a leaderboard can be generated from the public facing ERC20 tokens associated with each of the Orbit Ambassadors’ Filecoin addresses on the Filecoin blockchain.  Naturally, the latter is more compelling. - Practicality | We are serious about making this tool a reality, so we will be assessing if the tool is suitable for practical uses, able to deploy and able to scale. This should be a product that can be deployed to mainnet without needing to rewrite and much adjustment/auditing. Please articulate clearly your design decisions and why it is suitable for the Filecoin Orbit program. ## 👀 Some example projects See bounty requirements. ## 💼 Job Opportunities https://jobs.protocol.ai/companies ## 💰 Grant and Investment Opportunities Details on the Filecoin Foundation developer grant program can be found here: https://grants.filecoin.io/

Using the FVM, build solutions/tooling, deployed to Filecoin's testnets that supercharge the Filecoin storage marketplace and its ecosystem (e.g. DeFi, cross-chain etc.) Utilize FVM data management features and 3rd party integrations! ## 🗂️ Bounty Category Feature Integration ## 📚 Resources https://linktr.ee/filecoinvm https://youtu.be/rvLN_Us1x9o ## 🏆 Winner Breakdown We're giving money prizes to the top three team projects:  1st place will get $3,000.  2 consolation places will get $1,000 each ## 📝 Requirements - Smart contracts deployed to Filecoin Calibration testnet OR a custom Interplanetary Consensus (IPC) subnet - Utilize FVM directly (e.g. smart contracts for storing data on Filecoin) and/or FVM-powered services and integrations (e.g. lighthouse.storage for data management, Tellor for oracles) ## ✅ What does a successful project look like? - Innovative solutions or tools utilizing storage management with FVM, including examples from Programmatic Storage docs - Innovative solutions or tools utilizing 3rd party integrations with FVM, including examples from Integration docs - Solutions/tools that deliver value creation to the Filecoin ecosystem - Simple deployment to Filecoin testnets that do not utilize unique features of Filecoin, are NOT ideal ## 🎨 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, command-line apps must be packaged in a Docker container or as an standalone executable for Windows, Linux or MacOS. ## 🤝 Impact on our organization Submitted projects will give us valuable feedback to the potential usage of FVM, to influence our product roadmap. Successful teams will also be invited to build a sustainable and funded service/tool, alongside Filecoin, for the mid to long term! ## 🧑‍⚖️ How are we judging it? The project needs to be deployed to Filecoin testnet (Calibration) OR a custom Interplanetary Consensus (IPC) subnet. We are looking out for unique features of Filecoin, used with high impact to the Filecoin ecosystem, within the project. Filecoin is a storage network, we are looking for projects that have some connection to storage. We are looking for projects that could not be built on other networks, but that utilise the unique storage primitives offered by the Filecoin network. ## 👀 Some example projects Filecoin is a storage network, we are looking for projects that have some connection to storage. e.g. - Applications that allow users to store/retrieve data from other systems onto Filecoin, e.g. one-click archiving photos from Flickr. - Applications that build on the data storage marketplace and ecosystem on Filecoin, e.g. DeFi projects that utilise Filecoin deals as collateral. For further ideas, check out https://rfs.fvm.dev/!

Create a custom purpose subnet using InterPlanetary Consensus (IPC) and a dApp that utilizes General Message Passing (GMP) between the subnet and its parent network. This is early developer access to this technology. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources https://ipc.space https://docs.ipc.space https://github.com/consensus-shipyard/ipc https://youtu.be/rvLN_Us1x9o ## 🏆 Winner Breakdown 1st Place gets $5,000 ## 📝 Requirements With IPC, decentralized apps can reach planetary-scale through recursively scalable subnets, sub-second transactions, robust compute workloads, and highly adaptable WebAssembly runtimes tailored to dev requirements. It enables the creation of flexible, living networks of customizable sidechains or "subnets", which can achieve massive scaling by running parallel chains that interoperate with one another. For this bounty, we are looking for projects that utilize our recently released General Message Passing (GMP) functionality that allows contracts on the parent and child subnets to communicate with each other. To qualify for this bounty, you will need to: - Set up a subnet anchored to Calibration or Mycelium. - Build any meaningful dApp on your subnet.  - Utilize GMP to interact between the parent and child subnets for any cross-subnet features of your dApp. For example, bridging FT or NFT between subnets for DeFi solutions. You can find out more about GMP at the IPC docs site at https://docs.ipc.space Only projects that utilize GMP are eligible for this bounty. ## ✅ What does a successful project look like? This is new functionality that we are just releasing for developers to get early access to. So there be dragons! But we are looking for developers to test it out and build projects that utilize GMP and call from the custom subnet to the parent network. Contracts on the parent network need to be made aware of IPC and expose an entrypoint for the subnet contract. The specifics of this are detailed in the IPC docs. ## 🎨 UI/UX Design Requirements We are mainly interested in the smart contract side of things. If you have a UI/UX then that is a bonus, but we are mostly interested in your ideas and implementation of GMP. ## 🤝 Impact on our organization Projects working on this bounty will give us valuable feedback on the process of deploying testnets and testing the recently developed GMP functionality. ## 🧑‍⚖️ How are we judging it? The project needs to have smart contracts deployed to an IPC subnet. You will need to spin up your own custom L2 subnet anchored to the Filecoin testnet (called Calibration), or a L3 subnet anchored to the IPC L2 testnet (called Mycelium). Your smart contract will need to utilize GMP and make a call between your subnet and the parent network. ## 👀 Some example projects Filecoin’s EVM (FEVM) allows you to access metadata about storage deals on the Filecoin network. But transacting on the main Filecoin L1 can be slow, as transactions take 60-90 seconds to execute. IPC subnets allow much faster (and cheaper) transactions, but don’t have access to the Filecoin storage deal data on L1. One example could be an NFT or DataDAO project running on an IPC subnet that uses GMP to access storage deal data on the parent (L1) network. ## 💰 Grant and Investment Opportunities Details on the Filecoin Foundation developer grant program can be found here: https://grants.filecoin.io/

Scaling computation with InterPlanetary Consensus: Use an IPC-powered subnet for executing computation tasks (e.g. Fluence). Focus on practical computation applications. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources https://ipc.space https://docs.ipc.space https://youtu.be/rvLN_Us1x9o ## 🏆 Winner Breakdown 1st Place gets $2,500 ## 📝 Requirements With IPC, decentralized apps can reach planetary-scale through recursively scalable subnets, sub-second transactions, robust compute workloads, and highly adaptable WebAssembly runtimes tailored to dev requirements. It enables the creation of flexible, living networks of customizable sidechains or "subnets", which can achieve massive scaling by running parallel chains that interoperate with one another. For this bounty, we are looking for projects that utilize the features of IPC to perform computation tasks. This can be done utilizing decentralized computing platforms like Fluence or Lilypad.  Only projects that perform some kind of computation task are eligible for this bounty. ## ✅ What does a successful project look like? This is new functionality that we are just releasing for developers to get early access to. So there be dragons! We are looking for projects that utilize the customisability of IPC subnets (e.g. pluggable syscalls, or built-in actors) to perform computation tasks. ## 🎨 UI/UX Design Requirements We are mainly interested in the smart contract side of things. If you have a UI/UX then that is a bonus, but we are mostly interested in your ideas and implementation of computation tasks. ## 🤝 Impact on our organization Projects working on this bounty will give us valuable feedback on the process of deploying testnets and testing the recently developed pluggable syscalls and custom actor functionality. ## 🧑‍⚖️ How are we judging it? The project needs to be deployed to an IPC subnet. You will need to either use a subnet provided by an existing computation project or spin up your own custom L2 subnet anchored to the Filecoin testnet (called Calibration), or a L3 subnet anchored to the IPC L2 testnet (called Mycelium). ## 👀 Some example projects The Filecoin EVM (FEVM) has all the general restrictions of any EVM and coding in Solidity. Hence trying to do large scale compute directly within Solidity is not practical. There are a number of systems for doing this such as Fluence (https://fluence.network/) or Lilypad (https://lilypad.tech/) . We are interested in projects that utilize the features of IPC to interact with these compute networks and systems. ## 💰 Grant and Investment Opportunities Details on the Filecoin Foundation developer grant program can be found here: https://grants.filecoin.io/

Using IPC to allow you to deploy a custom subnet, develop some functionality that goes beyond what you can do natively with just Solidity. Use custom syscalls and Rust built-in actors in the Filecoin Virtual Machine (FVM) to achieve this. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources https://ipc.space https://docs.ipc.space https://textile.notion.site/SQLite-FVM-Actor-Guide-e059bf438aea418ea430ad8d897482a1#adec333c3a7042f4b4027635833f4ac8 https://youtu.be/rvLN_Us1x9o ## 🏆 Winner Breakdown 1st Place gets $2,500 ## 📝 Requirements With IPC, decentralized apps can reach planetary-scale through recursively scalable subnets, sub-second transactions, robust compute workloads, and highly adaptable WebAssembly runtimes tailored to dev requirements. It enables the creation of flexible, living networks of customizable sidechains or "subnets", which can achieve massive scaling by running parallel chains that interoperate with one another. For this bounty, we are looking for projects that customize the IPC subnets utilizing Pluggable syscalls or Custom built-in actors. To qualify for this bounty, you will need to: 1. Implement the extended features with either Pluggable syscalls or Custom built-in actors in Rust. 2. Deploy the customized subnet. 3. Demonstrate the customized subnet features with a demo or dApp. You can find out more about these features in the IPC docs site: https://docs.ipc.space Only projects that utilize one of the above features are eligible for this bounty. ## ✅ What does a successful project look like? This is new functionality that we are just releasing for developers to get early access to. So there be dragons! The two new features allow you to customize the FVM (Filecoin Virtual Machine) in two specific new ways: - Custom actors let you write on chain logic. They have the same limitations as any smart contract i.e they can't call program off-chain programs eg from the host machine. Their logic must be encapsulated within them. - A pluggable syscall is a function set up and exposed to FVM for any contract to use. It allows actor to make external functions to the running node, the host machine etc. Examples: - Prior to pluggable syscalls, FVM only had access to builtin syscalls eg to get the randomness from Lotus (which in turn gets it from Drand) - - With pluggable syscalls, Fluence actors can interact with the RandomX which is a Proof of Work algorithm running on their nodes (off chain). ## 🎨 UI/UX Design Requirements We are mainly interested in the smart contract side of things. If you have a UI/UX then that is a bonus, but we are mostly interested in your ideas and implementation of custom actors and/or pluggable syscalls. ## 🤝 Impact on our organization Projects working on this bounty will give us valuable feedback on the process of deploying testnets and testing the recently developed pluggable syscalls and custom actor functionality. ## 🧑‍⚖️ How are we judging it? The project needs to be deployed to an IPC subnet. You will need to spin up your own custom L2 subnet anchored to the Filecoin testnet (called Calibration), or a L3 subnet anchored to the IPC L2 testnet (called Mycelium). You will need to customise the build to include your new built-in actors (see Tableland example in the linked resources) and/or include your custom syscalls. ## 👀 Some example projects The Filecoin EVM (FEVM) has all the general restrictions of any EVM and coding in Solidity. Hence trying to do something like parsing JSON data in Solidity is not practically possible. Utilizing a custom built-in actor you could embed or implement a simple JSON parser that is then callable from Solidity smart contracts. EVM smart contacts run in a sandbox and don’t have access to outside resources. Utilizing a custom syscall, you could create a function that could return some outside information or data. E.g. fetch data from a local data store on the host. You would need to ensure it runs in a timely manner and deal with consensus of the data. ## 💰 Grant and Investment Opportunities Details on the Filecoin Foundation developer grant program can be found here: https://grants.filecoin.io/

Leverage the power of blockchain technology to build innovative solutions for digital documents, records, or data. Examples could be contracts, bills of lading, invoices, documents or records, and other forms of data or information. Submissions should allow the creation, management, or utilization of such digital services, or leverage them to improve trust, efficiency, security, verification, or other processes. Submissions that use Trade Trust or build tools that improve the utilization of Trade Trust will also receive consideration in this category. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Website Docs Developer forum Discord Trade Trust Trade Trust GitHub ## 🏆 Winner Breakdown 1st: $6000 2nd: $3000 3rd: $1000 ## 📝 Requirements - Submissions should provide original ideas and solutions that leverage the XDC Network mainnet or testnet.  - BUIDLs must provide value by enhancing current processes, solving problems, or have real use case potential. - Using Trade Trust in your application or building solutions and tools that improve Trade Trust capabilities on the XDC Network will receive strong consideration.  - An MVP, demo video, and reviewable GitHub repo are required. ## ✅ What does a successful project look like? Submissions should provide more than digitizing or minting. BUIDLs need to improve efficiency and automation to save cost and time, enhance security or trust, compliment existing systems, or make a positive impact in real world applications. ## 🎨 UI/UX Design Requirements The application must be an MVP and functional enough to display its use case and role of the XDC Network.  Tools or services focused on developers must provide a demo, reviewable repository and codebase, and documentation. A visually appealing UI does not have as much weight as its value but is a bonus. ## 🤝 Impact on our organization The XDC Network, along with its ecosystem, has established itself as a leader in delivering blockchain-based solutions across trade finance and various other industries. This presents a significant opportunity for developers and creators to contribute to its expansion by developing impactful applications and services. These offerings can enhance the experience for ecosystem participants or introduce tools that boost developer productivity and overall production efficiency. ## 🧑‍⚖️ How are we judging it? - Creativity and originality will be heavily considered, as will its likelihood of being useful.  - Provide more than mere minting or swapping and apply features to a use case. Does your BUIDL provide value? - Tools that allow developers to easily build, enhance, or integrate digitization. - BUIDLs must use the XDC Network mainnet or testnet and the ability to increase network usage will be judged.  - Follow UI & UX requirements. - Provide a reviewable code base. ## 👀 Some example projects Use case examples include record keeping, using smart contracts to execute terms and conditions, providing transparency in supply chain or trade, credentials or records verification, and applications that provide services using digital documents or data. Such examples can be used in finance, insurance, supply chain, trade, or any industry that can benefit from digital services. BUIDLs that use Trade Trust with the XDC Network for document creation, verification, MLETR compliance, and other Trade Trust services. More information on Trade Trust services and how it can be used is provided in resources.  Tools that allow easier access to Trade Trust capabilities or improve its integration process for users and developers. ## 💼 Job Opportunities NA ## 💰 Grant and Investment Opportunities NA

Tokenization should be simple for end users, developers, entrepreneurs, and anyone wanting to seize the opportunities tokenization creates. BUIDLs for this category can be tokenization services or platforms that allow users to create and manage tokenized assets, applications and solutions that use tokenization as a key feature, or tools that make it easier for developers to create tokenization features. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Website Docs Developer forum Discord ## 🏆 Winner Breakdown 1st: $6000 2nd: $3000 3rd: $1000 ## 📝 Requirements - Submissions should be original and go beyond minting to create an experience that will increase account creation, users, or developers on the XDC Network.  - Judging will consider creativity, originality, value add, and probability of your BUIDL attracting users. - Must be deployed on the XDC Network mainnet or testnet, provide an MVP, demo video, reviewable repositories, and defined examples of how the XDC Network is utilized.  - List any challenges or benefits faced during the development process. ## ✅ What does a successful project look like? Must go beyond simple minting or swapping. These can be features of your submission but should not be the core function ## 🎨 UI/UX Design Requirements The application must be an MVP and functional enough to display the role of the XDC Network. Tools or services focused on developers must provide a demo, reviewable repository and codebase, and documentation. A visually appealing UI does not have as much weight as its value but is a bonus. ## 🤝 Impact on our organization The XDC Network and its ecosystem has witnessed an increased demand for tokenization. There is opportunity for developers and creators to make an impact on that growth by providing valuable applications, services that can be useful for participants in the ecosystem, or tools that increase developers and production. ## 🧑‍⚖️ How are we judging it? - Creativity and originality will be heavily considered, as will its likelihood of being useful.  - Provide more than mere minting or swapping and apply features to a use case. Does your BUIDL provide value? - Tools that allow developers to easily build, enhance, or integrate tokenized applications will be considered.  - BUIDLs must use the XDC Network mainnet or testnet and the ability to increase network usage will be judged.  - Follow UI & UX requirements. - Provide a reviewable code base. ## 👀 Some example projects Tokenization of intangible or tangible value that can be used to provide services and solutions. This can include fractional ownership of personal or intellectual property, decentralizing or liquifying traditional financial services, fraud prevention and authentication, and other similar solutions. BUIDLs are not confined to these suggestions but do encompass examples that go beyond mere creation, extending to practical applications. Additionally, tools and technologies that simplify the development or usage of tokenized solutions will also be considered. ## 💼 Job Opportunities NA ## 💰 Grant and Investment Opportunities NA

We recognize that you might have innovative ideas for applications or tools capable of attracting a new wave of users to the XDC Network. Therefore, we encourage you to share your original concepts with us. Entries in this category should aim to bring in new users, boost account registrations, offer inventive solutions to genuine challenges, or foster greater collaboration within the XDC Network. We are particularly interested in developer tools designed to enhance productivity, deliver value, streamline or simplify development workflows, or facilitate increased collaboration. Such submissions will be given substantial consideration but creative BUIDLs are also welcome. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Website Docs Developer forum Discord ## 🏆 Winner Breakdown 1st: $3500 2nd: $1,500 ## 📝 Requirements - Submissions should be original and create an experience that will increase account creation, users, or developers on the XDC Network.  - Judging will consider creativity, originality, value add, and probability of your BUIDL attracting users. - Must be deployed on the XDC Network mainnet or testnet, provide an MVP, demo video, reviewable repositories, and defined examples of how the XDC Network is utilized.  - List any challenges or benefits faced during the development process ## ✅ What does a successful project look like? How creative, original, valuable, and aligned with our bounty description your idea is will determine its success. How much functionality your MVP has and its potential to attract users will be weighed against other creative and original ideas submitted. ## 🎨 UI/UX Design Requirements The application must be an MVP that creates a user experience capable of displaying its core functionality and use of the XDC Network. Tools or services focused on developers must provide a demo, reviewable repository and codebase, and documentation. A visually appealing UI does not have as much weight as its value but is a bonus. ## 🤝 Impact on our organization Your BUIDL could spark fresh ideas and provide insight on new ways to attract users to the XDC Network. ## 🧑‍⚖️ How are we judging it? - Creativity and originality will be heavily considered, as will its likelihood of being useful.  - Does your BUIDL provide value and have the ability to attract users? - Tools that allow developers to easily build, enhance, or integrate applications will be considered.  - BUIDLs must use the XDC Network mainnet or testnet and the ability to increase network usage will be judged.  - Follow UI & UX requirements. - Provide a reviewable code base. ## 👀 Some example projects We would like to get ideas from you. This category allows you to create BUIDLs that you believe add value to different use cases. Developer tools and submissions attractive to developers are a plus. ## 💼 Job Opportunities NA ## 💰 Grant and Investment Opportunities NA

Creative use of one of Arbitrum’s public SDKs (Orbit, Arbitrum, etc.) in a novel use case or application. OR creation of a new developer tool that interfaces with the Arbitrum tech stack. ## 🗂️ Bounty Category Meaningful Open Source Contribution ## 📚 Resources https://www.notion.so/arbitrum/Arbitrum-Hacker-Tool-Kit-Stylus-and-more-375a142fcbee4e6a8c62bd0022f13138?pvs=4 https://youtu.be/5K1Ap5XC2oY ## 🏆 Winner Breakdown 1st Place gets $4,500. 2nd Place gets $2,000. 3rd Place gets $1,000. 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 $7,500. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements - Deployed on Arb One, Arb Nova (or an Orbit Chain).  - Host your submission in an open source GitHub repository ## ✅ What does a successful project look like? - Use of the Arbitrum SDK or Orbit SDK.  - Contribution to the Arbitrum SDK or Orbit SDK. - Novel development of an SDK for use on Arbitrum One, Nova, or an Orbit chain.  - Host your submission in an open source GitHub repository ## 🎨 UI/UX Design Requirements Applications with a functional front end. Infrastructure projects should be demonstrable. ## 🤝 Impact on our organization Contribution to the Arbitrum ecosystem. Democratize knowledge of the Arbitrum stack. ## 🧑‍⚖️ How are we judging it? Judged based on three criteria: 1. Innovation: Assess the novelty of your developer tool or application. Does it introduce unique features or functionalities that haven't been explored before? Evaluate the project's ability to pioneer new use cases or approaches within the Arbitrum ecosystem. 2. Utility: Evaluate the practicality and usefulness of your project. How effectively does it address a specific need or problem for end-users or developers utilizing Arbitrum? Consider the project's potential to streamline workflows, improve efficiency, or unlock new opportunities within the ecosystem. 3. User Experience: Focus on the user experience aspect of your project. Is the interface intuitive, user-friendly, and accessible? Assess the project's usability, design aesthetics, and overall user satisfaction. A seamless and enjoyable user experience is essential for driving adoption and engagement. And meets at least one of the following: - Deploy your contracts on Arbitrum One, Arbitrum Nova, or an Arbitrum Orbit chain using an existing SDK on the github (Arbitrum SDK, Orbit SDK, etc.) - Is an open source repository that improves the developer experience for applications on Arbitrum or Orbit chains Your project is either original work or contains a clear attribution to any forks or dependent repositories. ## 👀 Some example projects Creating new developer tooling for consumption of Arbitrum’s dApp ecosystem OR new dApp primitives. ## 💼 Job Opportunities Refer to the ecosystem job board: https://jobs.arbitrum.io/jobs

Stylus lets you write smart contracts in programming languages that compile down to WASM, such as Rust, C, C++, and many others. Stylus contracts are over an order of magnitude faster with significantly lower gas fees. Deploy an application on Stylus testnet that takes advantage of Stylus’ improved speed, cost, and performance. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources https://www.notion.so/arbitrum/Arbitrum-Hacker-Tool-Kit-Stylus-and-more-375a142fcbee4e6a8c62bd0022f13138?pvs=4 https://youtu.be/5K1Ap5XC2oY ## 🏆 Winner Breakdown 1st Place gets $4,500. 2nd Place gets $2,000. 3rd Place gets $1,000 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 $7,500. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements - Deploy your contracts on the Stylus Testnet (preferably coded in RUST) - Host your submission in an open source GitHub repository ## ✅ What does a successful project look like? Your project can address to any use case or application area of your choice (eg. DeFi, NFT, Gaming, etc.). We are looking for applications that use Stylus’ WASM VM to improve on key performance criteria as compared to the project’s performance in the EVM. ## 🎨 UI/UX Design Requirements Applications with a functional front end. Infrastructure projects should be demonstrable ## 🤝 Impact on our organization Contribution to the Arbitrum ecosystem. Democratize knowledge of the Arbitrum stack. ## 🧑‍⚖️ How are we judging it? Clearly attributed forks of other repositories Judged based on three criteria: 1. Innovation: Does your application introduce new features or functionalities that uniquely leverage Stylus? Evaluate the project's ability to pioneer new use cases or add complementary features to the existing Arbitrum ecosystem. 2. Utility: Evaluate the practicality and usefulness of your project. How effectively does it address a specific need or problem for end-users or developers utilizing Arbitrum? Consider the project's potential to streamline workflows, improve efficiency, or unlock new opportunities within the ecosystem. 3. User Experience: Focus on the user experience aspect of your project. Is the interface intuitive, user-friendly, and accessible? Assess the project's usability, design aesthetics, and overall user satisfaction. A seamless and enjoyable user experience is essential for driving adoption and engagement. And meets at least one of the following: - Deploy your contracts on Arbitrum Stylus Testnet. - Is an open source repository that improves the developer experience for applications on Arbitrum or Orbit chains Your project is either original work or contains a clear attribution to any forks or dependent repositories. ## 👀 Some example projects Demonstration of new application capabilities using the Stylus VM. ## 💰 Grant and Investment Opportunities The Arbitrum Foundation Grant Program supports builders with milestones-based funding for growth. All grants issued through this program aim to enhance the adoption of Arbitrum chains, establish robust technical structures, and cultivate sustainable communities in the Arbitrum ecosystem. For more information, please visit: https://arbitrum.foundation/grants

Application or infrastructure project to address DeFi use cases. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources https://www.notion.so/arbitrum/Arbitrum-Hacker-Tool-Kit-Stylus-and-more-375a142fcbee4e6a8c62bd0022f13138?pvs=4 https://youtu.be/5K1Ap5XC2oY ## 🏆 Winner Breakdown 1st Place gets $4,000. 2nd Place gets $1,000 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 $5,000. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements - Deploy your contracts on Arbitrum One, Arbitrum Nova, or an Orbit chain.  - Host your submission in an open source GitHub repository ## ✅ What does a successful project look like? Your project addresses a DeFi use case or application area. It leverages the existing Arbitrum DeFi ecosystem and/or makes meaningful contributions to it. Your project is either an improvement to an existing DeFi application or is a novel application providing utility to a user group with presently unmet needs. ## 🎨 UI/UX Design Requirements Applications with a functional front end. All features of the app are demonstrable through the front end. ## 🤝 Impact on our organization Contribution to the Arbitrum ecosystem. Democratize knowledge of the Arbitrum stack ## 🧑‍⚖️ How are we judging it? Judged based on three criteria: 1. Innovation: Your project should introduce novel applications or improve existing solutions within the Arbitrum DeFi ecosystem. This may involve creating unique platforms, protocols, or services with innovative features, or enhancing scalability, security, or interoperability. 2. Use Case: Your project should effectively address specific user needs within the decentralized finance ecosystem, providing solutions to identified problems or pain points. For example, if you're developing a DeFi lending platform, it should offer instant, low-cost loans without traditional intermediaries, meeting the need for quick access to liquidity. 3. User Experience: Your project should prioritize user experience (UX) by offering intuitive design, seamless navigation, and user-friendly features. Users should find it easy and enjoyable to interact with your application, while also ensuring considerations for security, privacy, and accessibility are met. And meets both of the following: - Deploy your contracts on Arbitrum One, Arbitrum Nova, or an Arbitrum Orbit chain using an existing SDK on the Offchain Labs github (Arbitrum SDK, Orbit SDK, etc.) - Is an open source repository Your project is either original work or contains a clear attribution to any forks or dependent repositories. ## 👀 Some example projects These are only examples. The purpose of this category is to remain open to innovation and new ideas. Use cases which would fall into this category: - Decentralized lending and borrowing - Automated market making and liquidity provision - Yield farming and liquidity mining - Decentralized asset management and investment strategies - Tokenization of real-world assets - Decentralized insurance and risk management - Decentralized derivatives trading - Cross-border payments and remittances - Decentralized identity and reputation systems - Decentralized crowdfunding and fundraising platforms Emphasis will be placed on submissions which solve a clear user need. ## 💼 Job Opportunities https://jobs.arbitrum.io/jobs ## 💰 Grant and Investment Opportunities The Arbitrum Foundation Grant Program supports builders with milestones-based funding for growth. All grants issued through this program will serve to improve the adoption of Arbitrum chains, create stronger technical structures, and build sustainable communities in the Arbitrum ecosystem. For more information please go to: https://arbitrum.foundation/grants

Application or infrastructure project to address NFT use case. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources https://www.notion.so/arbitrum/Arbitrum-Hacker-Tool-Kit-Stylus-and-more-375a142fcbee4e6a8c62bd0022f13138?pvs=4 https://youtu.be/5K1Ap5XC2oY ## 🏆 Winner Breakdown 1st Place gets $4,000. 2nd Place gets $1,000 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 $5,000. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements - Deploy your contracts on Arbitrum One, Arbitrum Nova, or an Orbit chain.  - Host your submission in an open source GitHub repository ## ✅ What does a successful project look like? Your project addresses a NFT use case or application area. It leverages the existing Arbitrum NFT ecosystem and/or makes meaningful contributions to it. Your project is either an improvement to an existing NFT application or is a novel application providing utility to a user group with presently unmet needs. ## 🎨 UI/UX Design Requirements Applications with a functional front end. Infrastructure projects should be demonstrable ## 🤝 Impact on our organization Contribution to the Arbitrum ecosystem. Democratize knowledge of the Arbitrum stack ## 🧑‍⚖️ How are we judging it? Judged based on three criteria: 1. Innovation: Your NFT project should showcase innovation by introducing fresh concepts or advancements within the NFT ecosystem. This might entail exploring new token standards, pioneering novel ways to represent digital assets, or proposing innovative applications for NFTs that push the boundaries of what's currently possible in the space. 2. Use Case: Your NFT project should clearly address a distinct user need or demand within the NFT ecosystem. Whether it's providing a platform for creators to tokenize and monetize their content, facilitating unique forms of digital ownership and identity, or enabling new forms of decentralized finance using NFT collateral, your project should offer tangible value to its intended users. 3. User Experience: Your NFT project should prioritize delivering a smooth and engaging user experience. This includes offering intuitive interfaces for interacting with NFTs, ensuring seamless navigation and functionality across different platforms, and providing transparent processes for managing NFT ownership and transactions. A positive user experience is essential for driving adoption and engagement with your NFT project. And meets both of the following: - Deploy your contracts on Arbitrum One, Arbitrum Nova, or an Arbitrum Orbit chain using an existing SDK on the github (Arbitrum SDK, Orbit SDK, etc.) - Is an open source repository Your project is either original work or contains a clear attribution to any forks or dependent repositories. ## 👀 Some example projects These are only examples. The purpose of this category is to remain open to innovation and new ideas. Use cases which would fall into this category: - Digital art and collectibles - Gaming assets and in-game items - Intellectual property rights management - Tokenization of physical assets (real estate, luxury goods, etc.) - Identity verification and authentication - Content monetization and royalties Emphasis will be placed on submissions which solve a clear user need. ## 💰 Grant and Investment Opportunities The Arbitrum Foundation Grant Program supports builders with milestones-based funding for growth. All grants issued through this program aim to enhance the adoption of Arbitrum chains, establish robust technical structures, and cultivate sustainable communities in the Arbitrum ecosystem. For more information, please visit: https://arbitrum.foundation/grants

Build a project using the new SDK and provide feedback to Wormhole. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources A manually updated (incomplete) token list to start https://github.com/wormhole-foundation/wormhole-token-list/ A TS SDK to query the contracts for original/wrapped asset details: https://github.com/wormhole-foundation/connect-sdk https://www.youtube.com/watch?v=yBz8HHBSwiI ## 🏆 Winner Breakdown 1st - $4,000.00 2nd - $3,000.00 3rd - $2,000.00 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 A project that uses the new SDK to perform transfers of tokens or data across chains. ## ✅ What does a successful project look like? Success is a functional application that can be tested on Testnets.  A new Route may be developed to offer additional features (e.g. swap -> transfer -> swap) Potentially connect with a #BUIDLer working on a Relaying service to provide automatic token transfer of specific tokens ## 🎨 UI/UX Design Requirements The UI/UX requirements are simply that the application works without manual effort. ## 🤝 Impact on our organization The impact to the organization is in reducing support tickets for tokens that are effectively useless on the destination chain and need to be bridged back to the origin. ## 🧑‍⚖️ How are we judging it? This bounty will be judged on the quality of the solution and the feedback provided. There must be a github repo containing the submission with a README containing at least a short summary of your experience using the SDK.  In general terms, all submissions to Wormhole bounties will be looking at broader categories like “Impact and Usefulness”, “Originality and Innovation”, “Technical Difficulty”, “Usability” and if applicable also “Business and Financial Potential”. ## 👀 Some example projects The use case is simply a helpful tool to identify which tokens can be bridged to some destination. ## 💼 Job Opportunities https://wormholefoundation.notion.site/wormholefoundation/Wormhole-Foundation-Jobs-e4175216e3f04d24b3592ad5095ad7dd https://jobs.ashbyhq.com/Xlabs https://boards.greenhouse.io/wormholelabs/

Use the Queries feature to build something that would not have been possible (or very difficult) without Queries. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources https://docs.wormhole.com/wormhole/queries/overview https://github.com/wormhole-foundation/wormhole/tree/main/sdk/js-query https://www.youtube.com/watch?v=yBz8HHBSwiI ## 🏆 Winner Breakdown 1st - $4,000.00 2nd - $3,000.00 3rd - $2,000.00 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 A contract deployed on at least 1 Testnet that uses the Queries feature to perform some non-trivial action. ## ✅ What does a successful project look like? The ability to receive guardian-verified results to a query against one blockchain on another blockchain opens up new avenues of development. This bounty is intentionally open-ended since we’d like to see your ideas for useful applications. ## 🎨 UI/UX Design Requirements No UI/UX requirements. The resulting project must use Queries in a non-trivial way. ## 🤝 Impact on our organization Provide feedback on the feature and examples for future integrators ## 🧑‍⚖️ How are we judging it? The bounty does not prescribe a specific solution or feature, instead, judging will be based on the usefulness of the solution. We’re especially interested in use cases that would be difficult to enable without using the Queries service. In general terms, all submissions to Wormhole bounties will be looking at broader categories like “Impact and Usefulness”, “Originality and Innovation”, “Technical Difficulty”, “Usability” and if applicable also “Business and Financial Potential”. ## 👀 Some example projects The use cases are broad for this feature Some examples might be: 1) Bridged Token Rebasing 2) Cross Chain Governance 3) Cross Chain Collateral without token transfers ## 💼 Job Opportunities https://wormholefoundation.notion.site/wormholefoundation/Wormhole-Foundation-Jobs-e4175216e3f04d24b3592ad5095ad7dd https://jobs.ashbyhq.com/Xlabs https://boards.greenhouse.io/wormholelabs/

A common issue with bridged tokens is a lack of liquidity. Build and open source a web-app that provides information about wrapped token liquidity on any (or a large subset) of chains supported by Wormhole. ## 🗂️ Bounty Category Meaningful Open Source Contribution ## 📚 Resources A manually updated (incomplete) token list to start https://github.com/wormhole-foundation/wormhole-token-list/ A TS SDK to query the contracts for original/wrapped asset details: https://github.com/wormhole-foundation/connect-sdk https://www.youtube.com/watch?v=yBz8HHBSwiI ## 🏆 Winner Breakdown 1st - $3,000.00 2nd - $1,000.00 If there are not two 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 A web app is deployed that provides useful information about any tokens wrapped counterpart on a remote chain. Useful information should include liquidity and available markets. The backend for the app is open source so that others may fork or submit Issues/PRs ## ✅ What does a successful project look like? Success can be measured in how helpful users find the app. If a user of the app can identify tokens with (il)liquid markets to inform which tokens to bridge, this is a success. ## 🎨 UI/UX Design Requirements The UI/UX should be simple to use Select original token chain/address. Get list of wrapped tokens deployed on other chains. Get list of available markets where liquidity pools exist with some measure of how liquid they are. ## 🤝 Impact on our organization The impact to the organization is in reducing support tickets for tokens that are effectively useless on the destination chain and need to be bridged back to the origin. ## 🧑‍⚖️ How are we judging it? This bounty will be judged on how easy and complete the solution is. It should be simple and obvious to use and provide exactly the info that folks interested in bridging would want. In general terms, all submissions to Wormhole bounties will be looking at broader categories like “Impact and Usefulness”, “Originality and Innovation”, “Technical Difficulty”, “Usability” and if applicable also “Business and Financial Potential”. ## 👀 Some example projects The use case is simply a helpful tool to identify which tokens can be bridged to some destination. ## 💼 Job Opportunities https://wormholefoundation.notion.site/wormholefoundation/Wormhole-Foundation-Jobs-e4175216e3f04d24b3592ad5095ad7dd https://jobs.ashbyhq.com/Xlabs https://boards.greenhouse.io/wormholelabs/

Using the Relayer Engine SDK provided by Wormhole, build and deploy service to offer relaying of transfers between chains. Open source the resulting relayer and provide a way for others to spin up the same service as easily as possible. ## 🗂️ Bounty Category Meaningful Open Source Contribution ## 📚 Resources Docs: https://docs.wormhole.com/wormhole/ Relayer Tutorial  https://docs.wormhole.com/wormhole/quick-start/tutorials/relayer Relayer Engine SDK https://github.com/wormhole-foundation/relayer-engine https://www.youtube.com/watch?v=yBz8HHBSwiI ## 🏆 Winner Breakdown 1st - $2,000.00 2nd - $1,000.00 If there are not two 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 A service and contracts are deployed to relay transactions.  The code is open source and the setup process is documented for anyone else that would like to offer a relaying service. ## ✅ What does a successful project look like? A successful implementation will allow a user of the service to: - Fetch the list of acceptable tokens that will be automatically relayed. - Fetch a quote for the fee charged on delivery - Invoke the contract to initiate the transfer - Recover failed transfers ## 🎨 UI/UX Design Requirements No UI is required but a UX for the dev should enable a simple setup/configure/deploy process for anyone else that would like to offer this service. ## 🤝 Impact on our organization Additional relaying services offered by competing parties will help decentralize the delivery options and increase competition to drive down fees and improve performance ## 🧑‍⚖️ How are we judging it? This bounty will be judged on completing the basic criteria (in “What does success look like?”). Additionally a submission will set itself apart from others by providing the easiest way for others to spin up their own custom Relayer. In general terms, all submissions to Wormhole bounties will be looking at broader categories like “Impact and Usefulness”, “Originality and Innovation”, “Technical Difficulty”, “Usability” and if applicable also “Business and Financial Potential”. ## 👀 Some example projects - A project that wants to have their token relayed automatically. - A project wants to provide faster transfers at the risk of rollbacks. - A project wants to cover the fees for relaying for their users. ## 💼 Job Opportunities https://wormholefoundation.notion.site/wormholefoundation/Wormhole-Foundation-Jobs-e4175216e3f04d24b3592ad5095ad7dd https://jobs.ashbyhq.com/Xlabs https://boards.greenhouse.io/wormholelabs/

ICP offers two key capabilities for cross-chain integration: threshold ECDSA signing and HTTPS outcalls. In addition, features such as large smart contract storage (400GB), fast consensus (~1s), high execution capacity, timers, on-chain encryption (vetKeys), a bridgeless native Bitcoin integration, and decentralized frontend hosting makes it possible to build cross-chain dapps that aren’t possible to build anywhere else. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - Video Workshop: Building Cross-chain Dapps ICP <> EVM : https://www.youtube.com/watch?v=gEuI43g1m94 - ICP Hackathon Cheatsheet : https://dfinityorg.notion.site/ICP-Hackathon-Cheat-Sheet-b2921239266149de81021412f572351c https://youtu.be/xuVhWNXfMHo ## 🏆 Winner Breakdown 1st place: $10,000. 2nd place: $5,000. 3rd place: $2,000. If there are less than three 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 Building multi chain applications with ICP involves no trusted bridge, hub or any intermediary service.  ICP canister smart contracts can generate and sign for an Ethereum address via threshold ECDSA. ICP canister smart contracts can call APIs directly without any use of oracles via HTTPS Outcalls. These two key capabiities enable a whole new range of cross-chain dapps to be built on ICP. For this bounty you should: - Build a cross-chain dapp between ICP and at least 1 other EVM chain (including but not limited to Optimism, Arbitrum, Metis, zkSync, OpBNB, Celestia, Scroll, Manta, Polygon, Base, etc.). - The business case for the dapp must be sound. - The dapp must use threshold ECDSA for key management (i.e. a canister on ICP controlling one or more Ethereum EOAs). - The dapp must fetch some EVM on-chain data from any chain. - The dapp must sign and execute some transaction from within a canister to any EVM chain. - Explain the use case and benefits of this setup. ## ✅ What does a successful project look like? See examples mentioned below ## 🎨 UI/UX Design Requirements - Intuitive design that demonstrates a clear user journey - Design consistency for better user experience - Readability and accessibility is a must ## 🤝 Impact on our organization Increase ecosystem awareness & find new use cases of unique ICP capabilities ## 🧑‍⚖️ How are we judging it? We judge this bounty based on: 1. The overall business case of the dapp, i.e. how sound is the business model, how innovative is the product etc. 2. How well it makes use of ICP technology. 3. The overall quality of the code. 4. The design of the user interface and the user experience 5. Bonus points for providing feedback on the developer experience. Further acceptance criteria: - Must use threshold ECDSA and HTTPS outcall capabilities of IC - Readme that explains the project and provides information on how to deploy and use. - Open source code (MIT or Apache-2.0 license) - Canister ID(s) of deployment on ICP. ## 👀 Some example projects Examples of dapps you can build include: - Cross-chain messaging. Use ICP to send messages between multiple EVM chains, or between ICP and another EVM. - Cross-chain oracles or automation. Use ICP to provide oracles to other chains, including randomness or getting off-chain data using HTTPS Outcalls, then processing and publishing to an EVM chain. - Utilize ICP as a high-performance side chain or co-processor. - Cross-chain smart contract wallet. Use ICP threshold ECDSA to control other assets on other chains, see Oisy (https://github.com/dfinity/oisy-wallet) for example. - Cross-chain governance for DAOs. Use threshold ECDSA to enable cross-chain governance. - Cross-chain arbitrage. - Fair minting of EVM NFTs. Atomic Swaps between Bitcoin and EVM tokens. More ideas in the Requests for Startups (https://github.com/dfinity/grant-rfps/blob/main/requests-for-startups.md) ## 💼 Job Opportunities Developers and teams can apply for Developer Grants at https://dfinity.org/grants

This is an open bounty for the best innovative use case of ICP technology. ICP adds autonomous serverless cloud functionality to the public Internet – making it possible to build almost any system or service entirely on a decentralized network using “canister smart contracts,” that can host frontends, interact with other chains and web2 services, and can keep secrets. For this bounty you should use ICP technology in the most innovative way and build the coolest dapp showcasing as much of the superpowers of ICP as possible. This bounty also allows you to build innovative compositions with bounties of other sponsors. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - Workshop Video: Intro to ICP : https://www.youtube.com/watch?v=vSA_UFajHmQ - ICP Hackathon Cheatsheet : https://dfinityorg.notion.site/ICP-Hackathon-Cheat-Sheet-b2921239266149de81021412f572351c https://youtu.be/xuVhWNXfMHo ## 🏆 Winner Breakdown 1st place: $5,000. 2nd place: $2,000. 3rd place: $1,000. If there are less than three 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 Your project must at least include: - A canister smart contract on ICP - Explanation of the use case and benefits of this setup. - Explanation of how you utilize the superpowers of ICP Note that only hosting your front-end on ICP is not sufficient to qualify for this bounty. ## ✅ What does a successful project look like? See examples mentioned below ## 🎨 UI/UX Design Requirements - Intuitive design that demonstrates a clear user journey - Design consistency for better user experience - Readability and accessibility is a must ## 🤝 Impact on our organization Increase ecosystem awareness & diversity. ## 🧑‍⚖️ How are we judging it? We judge this bounty based on: 1. The overall business case of the dapp, i.e. how sound is the business model, how innovative is the product etc. 2. How well it makes use of ICP technology. 3. The overall quality of the code. 4. The design of the user interface and the user experience 5. Bonus points for providing feedback on the developer experience. Further acceptance criteria: - Readme that explains the project and provides information on how to deploy and use. - Open source code (MIT or Apache-2.0 license) - Canister ID(s) of deployment on ICP. ## 👀 Some example projects - Innovative applications utilizing the Bitcoin Integration or ckBTC (Ordinals marketplace, lending, staking, …). - Build tools for DAOs (Frontend hosting, Communication, DAO-owned file storage/database, …).  - Privacy dapps using vetKeys (https://internetcomputer.org/docs/current/developer-docs/integrations/vetkeys/technology-overview) - private auctions, private voting, token-gated secrets, ... ). - Utilizing ICP to track points and convert them to tokens later on. More ideas in the Requests for Startups (https://github.com/dfinity/grant-rfps/blob/main/requests-for-startups.md) ## 💼 Job Opportunities Developers and teams can apply for Developer Grants at https://dfinity.org/grants

The global community of Near developers hosts meetups, hackathons and hangouts multiple times a month. Let's buidl a Web3 native event and ticketing platform that would allow our community members to upload, RSVP to, rate and contribute to events across the globe. Feel free to build everything from scratch or integrate 3rd party services like Keypom. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources https://linktr.ee/neardevhub ## 🏆 Winner Breakdown We're giving money prizes to up to three team projects: 1st place wins $5000. 2nd place will get $1,500. If we get less than three projects, or they're not meeting our criteria, the prize money might change. ## 📝 Requirements You have a working, clickable MPV on Near Testnet. ## ✅ What does a successful project look like? An MVP we can incubate at Near DevHub until it becomes a marketable product. Must have features: - Event data can be uploaded and stored on blockchain - Users can register and RSVP with Near Wallet - Frontpage shows a selection of events - Users can subscribe for notifications ## 🎨 UI/UX Design Requirements The application must have a functional browser based interface. ## 🤝 Impact on our organization Once incubated, your product will be used ecosystem wide instead of our current 3rd party solutions. ## 🧑‍⚖️ How are we judging it? - Team spirit – you are ready to move forward - Look and feel - Technical excellency ## 👀 Some example projects We used to maintain our Events portal through Splashthat, and now we're using lu.ma ## 💰 Grant and Investment Opportunities The project can apply for support through NEAR DevHub.

Buidling a Web3 startup? Got your first users already? This bounty is just for you. Integrate Near, Aurora or any Near adjacent project throughout the hackathon to win up to $5k and get a place in a Web3 native, equity free accelerator that provides multifaceted support for early stage projects. ## 🗂️ Bounty Category Early Stage Startup ## 📚 Resources https://linktr.ee/neardevhub ## 🏆 Winner Breakdown We're giving money prizes to up to three team projects: 3rd place will get at least $1,000. 1st place can get as much as $5,000. If we get less than three projects, or they're not meeting our criteria, the prize money might change. ## 📝 Requirements You have a working product and are moving closer towards product market fit. Bonus points if you have users already! Near, Aurora or any Near adjacent project must be integrated during BUIDLWeek. Testnet or mainnet, your demo should be clickable and working, please no Figma mockups. ## ✅ What does a successful project look like? Near, Aurora or any Near adjascent project is meaningfully integrated and fits your project's roadmap. ## 🎨 UI/UX Design Requirements Fully functional browser based or mobile dApp. ## 🤝 Impact on our organization The winners might join NEAR Horizon's cohort and receive support in their next funding rounds along with up to $50k in Horizon Credits to purchase services (engineering, design, marketing etc) from one of the accelerator's partners. ## 🧑‍⚖️ How are we judging it? - Founder-market fit (the team has some professional background on the market they're entering e.g. a space tech startup needs to have at least one rocket scientist as a contributor or advisor ) - Technical excellence - Business model ## 👀 Some example projects See some of our projects here: https://app.hzn.xyz/projects?utm=near.org ## 💰 Grant and Investment Opportunities The winners are welcome to apply to NEAR Horizon accelerator cohort.

Create a solution that abstracts away the complexities of blockchain networks, enabling seamless interaction and transactions for users across multiple chains within a single interface. The goal is to enhance the user experience and facilitate mainstream adoption of decentralized applications. You can build a feature for your pre-existing project or code something from scratch. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources Basic dev resources: https://linktr.ee/neardevhub NEARs Account Model: - NEAR’s Account Model https://docs.near.org/concepts/basics/accounts/model  - Deploying Contracts and SubAccounts https://docs.near.org/sdk/rust/promises/deploy-contract  - Create A Sub Account from NEAR Cli https://docs.near.org/tutorials/crosswords/basics/add-functions-call#create-a-subaccount  - Delegate Action https://nomicon.io/RuntimeSpec/Actions#delegate-actions - What is an Implicit Account https://docs.near.org/integrator/implicit-accounts#:~:text=Implicit%20accounts%20work%20similarly%20to,representation%20of%20the%20public%20key.  - NEAR’s Account Model by Mike Purvis pt1 https://www.youtube.com/watch?v=ganXZ0Iw1C8 pt2 https://www.youtube.com/watch?v=4Q4K03t2P48  - NEAR Account https://www.youtube.com/watch?v=dgu4FT1Bt3o  - NEAR CROSSWORD walkthrough https://youtu.be/HNPkod4sTyQ?si=GOYwhXIoyvsmAvDq  - NEAR Names https://github.com/near-examples/nearnames  - Storage Staking https://docs.near.org/concepts/storage/storage-staking  Locked Accounts https://docs.near.org/concepts/basics/accounts/access-keys#locked-accounts ## 🏆 Winner Breakdown We're giving money prizes to up to three team projects: 3rd place will get at least $1,000. 1st place can get as much as $10,000. If we get less than three projects, or they're not meeting our criteria, the prize money might change. ## 📝 Requirements Must have: - Develop a user-friendly interface that allows users to transact, interact with dapps, and manage assets across different blockchain networks effortlessly (make sure to include Near :). - Implement account abstraction functionality, enabling users to use a single account for interacting with dapps on various chains. - Ensure interoperability between different chains, allowing assets to be transferred seamlessly without the need for users to understand the underlying blockchain technology. - Provide secure and private transactions for users, with built-in features to handle gas fees, network switching, and other complexities seamlessly yet transparently Bonus points: - Integration with popular dapps or protocols such as Ethereum, Polygon, Arbitrum, etc., to demonstrate interoperability and functionality across multiple chains. - Incorporate innovative features such as zero-knowledge proofs or decentralized identity solutions to enhance security and privacy for users. - Develop documentation and tutorials to onboard developers and users to the platform, showcasing the benefits of chain abstraction for Web3 adoption. ## ✅ What does a successful project look like? https://kaikai.ai/ is a good example of a finished product, please read Illia Polosukhin's article for commentary: https://pages.near.org/blog/why-chain-abstraction-is-the-next-frontier-for-web3/ ## 🎨 UI/UX Design Requirements Must have a functional browser-based or mobile interface, not a Figma demo. ## 🤝 Impact on our organization Please ensure that your submission aligns with the principles of chain abstraction outlined in Illia Polosukhin's blog post and contributes to the goal of advancing mainstream adoption of Web3 through improved usability and interoperability. ## 🧑‍⚖️ How are we judging it? - User Experience: How intuitive and seamless is the interface for users to interact with dapps and manage assets across chains? - Functionality: Does the solution effectively abstract away the complexities of blockchain networks while providing robust interoperability and security features? - Innovation: Does the project incorporate novel approaches or technologies to improve the user experience and advance the vision of chain abstraction in Web3? - Bonus points for documentation: Is there clear documentation provided to guide developers and users on using the platform and understanding its capabilities? ## 👀 Some example projects Here are some ideas from Near and Near adjacent project teams: https://banyan-collective.notion.site/Ideas-Abstraction-2834780030d74af0ae0779e32baacff4

We're maintaining a pretty great Docs portal: https://docs.near.org/bos/tutorial/ethers-js Can you improve it? Try and create new examples for the ETH Developers section or elsewhere. Not sure what to focus on? Go ahead and ask our DevRel team, we will happily guide you. ## 🗂️ Bounty Category Meaningful Open Source Contribution ## 📚 Resources https://linktr.ee/neardevhub ## 🏆 Winner Breakdown We're giving money prizes to the top five team projects, each will get at least $1,000. If we get less than five projects, or they're not meeting our criteria, the prize money might change. ## 📝 Requirements Your contribution is original and useful for ETH developers building on Near for the first time. Create extensive documentation covering integration steps, API usage, and troubleshooting tips for Near-Ethereum interoperability. Include illustrative code snippets for common use cases like token transfers and smart contract interactions. Offer detailed explanations to guide developers through the process effectively. ## ✅ What does a successful project look like? Below is a curated list of NEAR components, developed by the community, that epitomize the best practices for creating NEAR components: - https://near.org/near/widget/ComponentDetailsPage?src=zavodil.near/widget/unwrap-weth&tab=source - https://near.org/near/widget/ComponentDetailsPage?src=zavodil.near/widget/erc20-sender&tab=source - https://near.org/near/widget/ComponentDetailsPage?src=zavodil.near/widget/swap&tab=source Document a use case of your choice and build from there. ## 🎨 UI/UX Design Requirements Your example should be launched as a widget in our Sandbox. Here's how to make your own component: https://near.org/sandbox ## 🤝 Impact on our organization The example will be published on Docs portal and benefit our community of Developers. We will showcase your work at the next ETH hackathons Near is sponsoring (ETHLondon, ETHSeoul etc.). ## 🧑‍⚖️ How are we judging it? - Technical excellence - Originality of the idea ## 👀 Some example projects Please check Near documentation for ETH devs for examples: https://docs.near.org/bos/tutorial/ethers-js

Create a Fluence Function of your choice, deploy it to the Fluence testnet. Examine the function locally with the REPL provided by Fluence CLI and orchestrate the distributed function with an Aqua script. Use Fluence CLI to execute the Aqua script and capture the response. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - Fluence Documentation: https://fluence.dev/docs/learn/overview  - Github: https://github.com/fluencelabs/ethdenver-2024  - Discord: https://fluence.chat/  - YouTube channel with tutorials and how-to-videos: https://www.youtube.com/@fluencelabs/ https://youtu.be/uHB0GU7BUP4 ## 🏆 Winner Breakdown 5 prizes x 1,000 USDC Each winning project gets 1,000 USDC 🏆 ## 📝 Requirements Use the Fluence CLI to create a project scaffold, create a Wasm module for your function, test the Wasm module locally with the REPL provided by the Fluence CLI, deploy the function to the network and choreograph the function with Aqua. Execute the function request with the Fluence CLI and capture the response. ## ✅ What does a successful project look like? You are able to execute your Aqua script choreographing your Fluence Compute Function and obtain the expected result. For the entire project lifecycle, you use the Fluence CLI tool. ## 🎨 UI/UX Design Requirements Use Fluence CLI or Fluence js-client and Aqua to interact with the deployed compute functions. ## 🤝 Impact on our organization We want to learn from developers embarking on the end-to-end journey of creating, deploying and choreographing a decentralized, serverless compute function with the Fluence protocols and tools. Feedback on the overall experience as well as tooling stability and ergonomics is desired and appreciated. Moreover, we'd like you to consider using Fluence building your unicorn startup ✨ ## 🧑‍⚖️ How are we judging it? Code quality and functionality, documentation and (video) presentation.  In addition to the ETHDenver Rules & Regulations, the following rules apply: * fork [this repo](https://github.com/fluencelabs/ethdenver-2024) and add their submission. Keep this repo **private** until the end of the Buidlathon. If a team pursues more than one Fluence Buidlathon project, create a separate fork for each bounty track. * generously document your solution with one or more readme files and, when applicable, code documentation * commit the complete project directory created with Fluence CLI to your forked repo including the .fluence directory * submit a two (2) to five (5) minute (linked) Youtube, or similar, hosted video shilling your masterpiece * submit as a Github or GitLab repo with MIT or Apache 2.0 license * add a screenshot of the REPL output for your function  *  document the captured function response See the Fluence Github repo for the canonical reference. ## 👀 Some example projects Use Fluence Function to  * enable your dAPP with decentralized RPC using Fluence’s fRPC substrate * create decentralized, serverless backends with Fluence Function * create decentralized applications to improve the security and privacy of dApps * create data pipelines or data preparation networks Check out winning team profiles from last year: https://app.buidlbox.io/ethdenver/ethdenver-2023 ## 💼 Job Opportunities All the positions listed on this page are updated and relevant: https://fluence.one/join.html. Please check it out. We'll be happy to see you as a part our amazing team ✨

Improve your dAPP by enabling it with decentralized RPC as a Service using Fluence’s [fRPC](https://github.com/fluencelabs/fRPC-Substrate) substrate. Utilize existing or add new round-robin, failover, quorum and other high-availability or consensus algorithm, respectively, to fRPC to achieve much improved data integrity and dApp privacy without touching your dApp’s code base. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - Fluence Documentation: https://fluence.dev/docs/learn/overview - Github: https://github.com/fluencelabs/ethdenver-2024 - Discord: https://fluence.chat/  - YouTube channel with tutorials and how-to-videos: https://www.youtube.com/@fluencelabs/ https://youtu.be/uHB0GU7BUP4 ## 🏆 Winner Breakdown Each winning project gets 1,000 USDC 🏆  5 x 1,000 USDC ## 📝 Requirements Use the fRPC substrate to decentralize at least three (3) RPC as Service endpoints of your choice to provide a local url to your dApp’s JSON-RPC transport. Select one or more of the provided distributed Aqua algorithm(s) to manage your availability or consensus choices. Use the Fluence CLI to create a project scaffold, create a Wasm module for your function, test the Wasm module locally with the REPL provided by the Fluence CLI, deploy the function to the network and choreograph the function with an Aqua script. Execute the function request with the Fluence CLI and capture the response. In addition to the ETHDenver Rules & Regulations, the following rules apply: * fork this repo and add their submission. Keep this repo **private** until the end of the Buidlathon. If a team pursues more than one Fluence Buidlathon project, create a separate fork for each bounty track. * generously document your solution with one or more readme files and, when applicable, code documentation * commit the complete project directory created with Fluence CLI to your forked repo including the .fluence directory * submit a two (2) to five (5) minute (linked) Youtube, or similar, hosted video shilling your masterpiece * submit as a Github or GitLab repo with MIT or Apache 2.0 license * add a screenshot of the REPL output for your function  *  document the captured function response ## ✅ What does a successful project look like? Using the fRPC substrate’s http gateway, your dApps makes its json-rpc calls to at least three (3) different RPC as a Service providers of your choice using the provided compute function on at least three (3) different providers. Your Aqua script is configured with the desired failover or consensus algorithm from the provided options. You provide request logs for at least two different json-rpc method requests illustrating the elimination of a single point of failure, much improved privacy and data integrity. ## 🎨 UI/UX Design Requirements Use Fluence CLI or Fluence js-client and Aqua to interact with the deployed compute functions. ## 🤝 Impact on our organization We want to learn from developers improving their dApps with fRPC and the Fluence protocols and tools. Feedback on the overall experience as well as tooling stability and ergonomics is desired and appreciated. But moreover we'd like you to consider using Fluence building your unicorn startup ✨ ## 🧑‍⚖️ How are we judging it? Code quality and functionality, documentation and (video) presentation. In addition to the ETHDenver Rules & Regulations, the following rules apply: * fork this repo and add their submission. Keep this repo **private** until the end of the Buidlathon. If a team pursues more than one Fluence Buidlathon project, create a separate fork for each bounty track. * generously document your solution with one or more readme files and, when applicable, code documentation * commit the complete project directory created with Fluence CLI to your forked repo including the .fluence directory * submit a two (2) to five (5) minute (linked) Youtube, or similar, hosted video shilling your masterpiece * submit as a Github or GitLab repo with MIT or Apache 2.0 license *  document the captured function response See the Fluence Github repo for the canonical reference. ## 👀 Some example projects Use Fluence Function to: - enable your dAPP with decentralized RPC using Fluence’s fRPC substrate - create decentralized, serverless backends with Fluence Function - create decentralized applications to improve the security and privacy of dApps Check out winning team profiles from last year: https://app.buidlbox.io/ethdenver/ethdenver-2023 ## 💼 Job Opportunities All the positions listed on this page are updated and relevant: https://fluence.one/join.html  Please check it out. We'll be happy to see you as a part our amazing team ✨

Fluence Function is inherently stateless, which means durable storage needs to be integrated into the solution stack for any meaningful application. Instead of integrating your Fluence Function with centralized storage solutions, this track rewards hackers to integrate their Fluence Function with durable storage provided by Ceramic Streams, Ceramic ComposeDB. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - Fluence Documentation: https://fluence.dev/docs/learn/overview  - Ceramic Documentation: https://developers.ceramic.network/  - Fluence Github: https://github.com/fluencelabs/ethdenver-2024  - Ceramic Github: https://github.com/ceramicnetwork  - Fluence Discord: https://fluence.chat/  - Fluence YouTube channel with tutorials and how-to-videos: https://www.youtube.com/@fluencelabs/ https://youtu.be/uHB0GU7BUP4 ## 🏆 Winner Breakdown 1st Place gets $2,500 2nd Place gets $1,500 3rd Place gets $1,000 ## 📝 Requirements Your Fluence Function needs to have a read and write capability to Ceramic Streams or Compose DB. Choreograph your functions with Aqua script(s) to demonstrate the read and write operation. Bonus points for deploying your functions to more than one provider in the Fluence testnet and to code your Aqua script to take advantage of this deployment. ## ✅ What does a successful project look like? Your Fluence Function maintains state in a Ceramic Stream or ComposeDB; state is durable and demonstrably accessible from any of the peers hosting your compute functions. ## 🎨 UI/UX Design Requirements Use Fluence CLI, or Fluence js-client, and Aqua to interact with the deployed functions. ## 🤝 Impact on our organization We want to learn from developers complementing their decentralized serverless compute with decentralized storage, such as your durability, security and indexing requirements. Also, feedback on the overall development and integration experience as well as tooling stability and ergonomics is desired and appreciated.   But moreover, we'd like you to consider using Fluence building your unicorn startup ✨ ## 🧑‍⚖️ How are we judging it? Code quality and functionality, documentation and (video) presentation. In addition to the ETHDenver Rules & Regulations, the following rules apply: * fork [this repo](https://github.com/fluencelabs/ethdenver-2024) and add their submission. Keep this repo **private** until the end of the Buidlathon. If a team pursues more than one Fluence Buidlathon project, create a separate fork for each bounty track. * generously document your solution with one or more readme files and, when applicable, code documentation * commit the complete project directory created with Fluence CLI to your forked repo including the .fluence directory * submit a two (2) to five (5) minute (linked) Youtube, or similar, hosted video shilling your masterpiece * submit as a Github or GitLab repo with MIT or Apache 2.0 license *  document the captured function response See the Fluence Github repo for the canonical reference. ## 👀 Some example projects Use Fluence Function to: - enable your dAPP with decentralized RPC using Fluence’s fRPC substrate - create decentralized, serverless backends with Fluence Function - create decentralized applications to improve the security and privacy of dApps Check out winning team profiles from last year: https://app.buidlbox.io/ethdenver/ethdenver-2023 ## 💼 Job Opportunities All the positions listed on this page are updated and relevant: https://fluence.one/join.html. Please check it out. We'll be happy to see you as a part our amazing team ✨

Tackle either an MPC xor ZKP implementation with Fluence Function to bring security, privacy or provability to your applications. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - Fluence Documentation: https://fluence.dev/docs/learn/overview  - Github: https://github.com/fluencelabs/ethdenver-2024  - Discord: https://fluence.chat/  - YouTube channel with tutorials and how-to-videos: https://www.youtube.com/@fluencelabs/ https://youtu.be/uHB0GU7BUP4 ## 🏆 Winner Breakdown 1st Place gets $2,500 2nd Place gets $1,500 3rd Place gets $1,000 ## 📝 Requirements If you choose to pursue the MPC TSS option, you are encouraged to port an existing MPC TSS Rust crate to the Marine Wasm runtime and create the necessary function API and associated Aqua bindings. Your implementation should be a MPC TSS two-party or better solution choreographed with Aqua to manage distributed key generation, refresh and message signing. If you choose the ZK option, you are asked to port the halo2 tooling to the Marine Wasm runtime to enable backends for proof generation and verification. You are encouraged to constrain the circuit to some reasonable problem, such as proving Hamming distances. ## ✅ What does a successful project look like? If you choose the MPC TSS option, you implement the cryptographic backend with Fluence Function deployed to multiple peers. Furthermore,  you choreograph distributed key generation, key refresh and message singing with Aqua scripts and implement a smoke test Aqua script. If you choose the ZK option, you implement a circuit for the ported halo2 crate and choreograph both proof generation and verification with Aqua. ## 🎨 UI/UX Design Requirements No specific UI/UX Design Requirements for this bounty ## 🤝 Impact on our organization We'd like to see and test the developer's journey using our tools, also get feedback and improve our tooling and documentation. But moreover, we'd like you to consider using Fluence building your unicorn startup ✨ ## 🧑‍⚖️ How are we judging it? Code quality and functionality, documentation and (video) presentation. In addition to the ETHDenver Rules & Regulations, the following rules apply: * fork [this repo](https://github.com/fluencelabs/ethdenver-2024) and add their submission. Keep this repo **private** until the end of the Buidlathon. If a team pursues more than one Fluence Buidlathon project, create a separate fork for each bounty track. * generously document your solution with one or more readme files and, when applicable, code documentation * commit the complete project directory created with Fluence CLI to your forked repo including the .fluence directory * submit a two (2) to five (5) minute (linked) Youtube, or similar, hosted video shilling your masterpiece * submit as a Github or GitLab repo with MIT or Apache 2.0 license *  document the respective MPC TSS or ZK porting instructions as well as ensuing API(s) in addition to the Fluence project See the Fluence Github repo for the canonical reference. ## 👀 Some example projects Use Fluence Function to: - enable your dAPP with decentralized RPC using Fluence’s fRPC substrate; - create decentralized, serverless backends with Fluence Function; - create decentralized applications to improve the security and privacy of dApps. Check out winning team profiles from last year: https://app.buidlbox.io/ethdenver/ethdenver-2023 ## 💼 Job Opportunities All the positions listed on this page are updated and relevant: https://fluence.one/join.html Please check it out. We'll be happy to see you as a part our amazing team ✨

Use EIP 4844 to enable your Fluence Function with a convenient, verifiable and cheap "intermediate" data durability layer for retaining small state, such as stream pagination or subnet data synchronization. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - Fluence Documentation: https://fluence.dev/docs/learn/overview  - Github: https://github.com/fluencelabs/ethdenver-2024  - Discord: https://fluence.chat/  - YouTube channel with tutorials and how-to-videos: https://www.youtube.com/@fluencelabs/ https://youtu.be/uHB0GU7BUP4 ## 🏆 Winner Breakdown 1st Place gets $2,500 2nd Place gets $1,500 3rd Place gets $1,000 ## 📝 Requirements Create a EIP4844 Blob and implement both read and write operations from and for your Fluence Function. Choreograph both operations with Aqua scripts. Blob discovery from your function is a critical consideration for your solution to work. ## ✅ What does a successful project look like? Your Fluence Function saves small, short-term state data on(beacon)-chain using EIP 4844 Blob(s). ## 🎨 UI/UX Design Requirements The submission needs to use Fluence CLI or Fluence js-client to interact with the remote compute functions. ## 🤝 Impact on our organization We'd like to see and test the developer's journey using our tools, also get feedback and improve our tooling and documentation. But moreover, we'd like you to consider using Fluence building your unicorn startup ✨ ## 🧑‍⚖️ How are we judging it? Code quality and functionality, documentation and (video) presentation. In addition to the ETHDenver Rules & Regulations, the following rules apply: * fork [this repo](https://github.com/fluencelabs/ethdenver-2024) and add their submission. Keep this repo **private** until the end of the Buidlathon. If a team pursues more than one Fluence Buidlathon project, create a separate fork for each bounty track. * generously document your solution with one or more readme files and, when applicable, code documentation * commit the complete project directory created with Fluence CLI to your forked repo including the .fluence directory * submit a two (2) to five (5) minute (linked) Youtube, or similar, hosted video shilling your masterpiece * submit as a Github or GitLab repo with MIT or Apache 2.0 license * document and commit the on-chain (Goerli) processes and related data, such as account, in addition to the Fluence project See the Fluence Github repo for the canonical reference. ## 👀 Some example projects Use Fluence Function to:  - enable your dAPP with decentralized RPC using Fluence’s fRPC substrate; - create decentralized, serverless backends with Fluence Function; - create decentralized applications to improve the security and privacy of dApps. Check out winning team profiles from last year: https://app.buidlbox.io/ethdenver/ethdenver-2023 ## 💼 Job Opportunities All the positions listed on this page are updated and relevant: https://fluence.one/join.html  Please check it out. We'll be happy to see you as a part our amazing team ✨

Build an outstanding dapp that uses Phosphor APIs. Phosphor is an NFT platform for creators with robust and flexible APIs. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - https://docs.linea.build/ - https://metamask.io/developer https://youtu.be/dTDLHSNxi2o ## 🏆 Winner Breakdown First Place - $3000 Second Place - $2000 ## 📝 Requirements The winning submissions will highlight the potential of Phosphor NFT APIs and offer compelling solutions within their respective categories. Specific API requirements: - Use 1 or more of our Listings endpoints - Use 1 or more of our Snapshots endpoints   General requirements: - Integrate Phosphor APIs in your code - Deploy on Linea - Code needs to be viewable on GitHub - In your GitHub README - What category you used to qualify - Each submission should have a short video that describes scope and functionality of the dapp (include the URL on the README file) - We encourage you to have a detailed README that helps the judge know the details about your project, what technology has been utilized as well as which other Consensys tools have been used and to what extent. ## ✅ What does a successful project look like? The winning submissions will highlight the potential of Phosphor NFT APIs and offer compelling solutions within their respective categories. We want to see use cases for our API endpoints:  - With our Listings APIs, developers can create listings for a single item, entire collection or a fraction of a collection. This API is very flexible, supporting multiple policies and types.   - With our Snapshot APIs, builders can extract the list of current holders of any NFT drops on supported networks. This API is robust, letting developers specify criteria on a granular level. ## 🎨 UI/UX Design Requirements Each submission is required to include a fully functional front end. While it doesn't need to be meticulously polished, it should be sufficiently functional to effectively showcase all dapp features and integrations. The front end should provide a smooth and friendly user experience, allowing users to easily navigate and understand the dapp. ## 🤝 Impact on our organization Everyone who submits for this bounty will be invited to our private beta for Phosphor. Phosphor will introduce the winners to the creators in Phosphor’s creator marketing program.  - Extended Access to NFT APIs: All participating teams will enjoy extended access to our NFT APIs even after the hackathon, providing an additional opportunity to explore and innovate. - Exclusive Beta Testing Opportunity: Participants will be invited to beta test our no-code Creator Studio, giving them a chance to experience and shape our latest tools. - Introduction to Phosphor's Beta Creator Community: Winners of the hackathon will be introduced to Phosphor's exclusive beta creator community. - Fast-Track Applications: Winning teams will also be fast-tracked in the application process for future NFT-related marketing programs at Consensys. ## 🧑‍⚖️ How are we judging it? Evaluation Criteria - Utility - Technical sophistication - Practicality  - Innovation and uniqueness of features within the chosen category. - Bonus points if you use both APIs on the same project. - Bonus points for number of Consensys products used (MetaMask SDK, MetaMask Snaps, Infura, Verax) ## 👀 Some example projects Gaming - We're looking for innovative projects that merge Web3 gaming with NFTs. Can you build a game that uses NFTs in a novel way? Or perhaps you can solve existing challenges in the gaming industry where NFTs could significantly improve the user experience?  Events - Can you build a product that brings multiple different communities together with NFTs? We’re looking for concepts that can generate network effects and enable members of each community to collaborate and coordinate. E-commerce - Can you create a unique e-commerce project where products are represented as NFTs, providing proof of authenticity and ownership? Or perhaps you can devise a system that uses NFTs to revolutionize customer loyalty programs? Verifiable Credentials & Attestations: Can you develop a system that allows communities/ clubs/HR departments to automatically reward contributors/participants/employees with NFTs for their exceptional contributions? Or perhaps you can create a mechanism for DAO members to recognize high-profile contributors with unique NFTs?

Unleash Your Creativity by building a MetaMask Snap! Snaps are like add-ons for MetaMask that anyone can build. With Snaps, you can customize the UX of MetaMask itself and build unique experiences directly within the world’s most popular web3 wallet, like decoding signature payloads to enhance user safety or embedding interactive experiences inside the MetaMask extension. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - http://bit.ly/den-snaps  - http://metamask.io/snaps/ - https://docs.metamask.io/snaps/ https://youtu.be/dTDLHSNxi2o ## 🏆 Winner Breakdown There will be two 1st Place prizes, one for each category. $2,500 - Best Signature Insights Snap $2,500 - Best embedded Homepage Snap with dynamic UI If no project meets our criteria enough to win in a category, we'll explain why. ## 📝 Requirements Build a MetaMask Snap using at least one of the following two features:  Signature insights Use the endowment:signature-insight permission to build a Snap that can decode signature payloads and warn users when they are about to sign something malicious or display useful information about a payload. You can demonstrate your Snap with the MetaMask Test Dapp. Embedded homepage with dynamic UI Use the endowment:page-home permission to build a Snap that can embed a dedicated UI inside the MetaMask extension, and use the dynamic UI components to make it interactive!  Your Snap should be published to npm as a public package and installable in MetaMask Flask, the canary distribution of MetaMask. Judges should be able to install and run your Snap on their own machines. ## ✅ What does a successful project look like? Successful submissions must showcase a working integration in a Snap, able to be installed and run in MetaMask Flask. While we encourage diverse submissions, some preferred categories include: - Security - Communication  - Gaming We also welcome innovative solutions that transcend these categories to showcase the versatility of your Snap. ## 🎨 UI/UX Design Requirements Your Snap should follow the MetaMask Snaps Design Guidelines. While the Snaps UI library is limited, you can create amazing experiences with the available components. The best designed submissions will include interfaces that serve the needs of your use case and effectively utilize the limited real estate of the extension. ## 🤝 Impact on our organization MetaMask Snaps holds a pivotal position in our roadmap, and your feedback will help us improve it. We look forward to hearing from you what you like about it, what could be improved, and what you want to see next. Winning teams will be invited to present to the Consensys developer community and will join our Snaps builder program. ## 🧑‍⚖️ How are we judging it? Criteria: - Utility - Innovation - Technical sophistication (correct usage of the Snaps API methods) - Practicality  - UX - Bonus points for:  - Use of other Snaps APIs - Localization of Snaps UI (use getLocale) - Using other Consensys products (Linea, Infura, Phosphor) ## 👀 Some example projects Signature insights We are looking for Snaps that enhance user security and transparency about signature payloads.  Embedded homepage with dynamic UI We are looking for Snaps in any category, including gaming, social, and DeFi.

Build a cutting-edge DeFi, DeSoc, or Gaming App to seize the opportunity and push the boundaries of decentralized technology on zkEVM! ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources - https://docs.linea.build/overview - https://www.youtube.com/watch?v=Y-njlhGmNMU https://youtu.be/LYdG_4OFa_M ## 🏆 Winner Breakdown We're giving money prizes to the top three team projects: 3rd place will get at least $1,000. 1st place can get as much as $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 $5,000. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements Deploy a dapp on Linea in the category of DeFi, DeSoc, or Gaming. Submissions should feature a comprehensive demonstration of the deployment process and development environment.  Participants are also encouraged to follow best practices for smart contracts, ensuring the security, efficiency, and overall robustness of their code. ## ✅ What does a successful project look like? Successful submissions should demonstrate a deep understanding and implementation of Linea and smart contract best practices. We will evaluate and showcase innovative solutions that effectively leverage Linea's capabilities, contributing to the advancement of decentralized technology in the realms of finance, social interaction, or gaming. ## 🎨 UI/UX Design Requirements Each submission is required to include a fully functional front end. While it doesn't need to be meticulously polished, it should be sufficiently functional to showcase all dapp features and integrations. The front end should provide a smooth and friendly user experience, allowing users to easily navigate and understand how to use your dapp. ## 🤝 Impact on our organization Linea has taken the L2 world by storm, and we want to work closely with early adopters to improve our ecosystem. We want to build with you and help you create the next great dapp on Linea. Your project will join a growing ecosystem of dapps on Linea and enhance the experience for our users. ## 🧑‍⚖️ How are we judging it? Evaluation Criteria - Utility - Innovation - Technical sophistication (correct Linea SDK integration according to docs) - Practicality  - Community impact according to Linea’s vision - UX - Bonus points for number of Consensys products used (MetaMask SDK, MetaMask Snaps, Infura, Phosphor) ## 👀 Some example projects We are looking for the best dapps in the DeFi, DeSoc, and Gaming verticals. Some of the use cases could be: - DeFi: Create a Dapp that facilitates secure and user-friendly interactions with decentralized finance protocols deploying on Linea (DEXes, derivatives etc.). - DeSoc: Build a decentralized social networking dapp on Linea for secure user authentication and encrypted messaging. - Gaming: Showcase the deployment on Linea of a blockchain-based online game, allowing players to interact with and trade in-game assets securely. ## 💰 Grant and Investment Opportunities Winners can potentially participate in other Consensys initiatives such as: - Linea Ecosystem Investment Alliance  - MetaMask Grants DAO - Consensys Fellowship program  - Consensys Scale program - Consensys Mesh Tachyon Accelerator After the hackathon, winners will be invited to present to the Consensys developer community and to participate in our developer programs.

Unleash your creativity by building a dapp with the MetaMask SDK libraries! Our SDK supports multiple environments and connector libraries including wagmi, Web3-Onboard, Unity, iOS, and Android. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources https://metamask.io/sdk/ https://github.com/MetaMask/react-sdk-linea-workshop https://youtu.be/pBb55IxScOM ## 🏆 Winner Breakdown We're giving money prizes to the top three team projects: 3rd place will get at least $1,000. 1st place can get as much as $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 $5,000. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements Import and integrate the MetaMask SDK for at least 1 platform (JS, React, iOS, Android, or Unity). Earn additional points by leveraging the following features of the MetaMask SDK: - Implement the connectAndSign RPC method - Utilize RPC Chaining - Incorporate the Infura API for readonly calls - Integrate connectWith RPC methods - Set up proper dapp metadata - Explore the use of web3Onboard or WAGMI libraries to access the JS SDK - Integrate ThirdWeb for Unity SDK - Leverage the MetaMask Gas API Please note: using MetaMask via "window.ethereum" or a library like WalletConnect or RainbowKit is not the same as using the MetaMask SDK. You must import one of the MetaMask SDK libraries or configure it in one of the supported connector libraries to qualify for this bounty. You can find all of the available libraries in our documentation. ## ✅ What does a successful project look like? Successful submissions must showcase a seamless integration of our SDK, tailored to the chosen platform, with a functioning front end. While we encourage diverse creativity, some preferred categories include: - DeFi - Gaming - Social  - Cross-platform integrations - Dev tooling and infrastructure We also welcome innovative solutions that transcend these categories to showcase the versatility of your dapp. ## 🎨 UI/UX Design Requirements Each submission is required to include a fully functional front end. While it doesn't need to be meticulously polished, it should be sufficiently functional to effectively showcase all dapp features and integrations. The front end should provide a smooth and friendly user experience, allowing users to easily navigate and understand how to use your dapp. ## 🤝 Impact on our organization The MetaMask SDK is an essential developer tool, and your feedback will help us improve it. We look forward to hearing from you what you like about it, what could be improved, and what you want to see next. ## 🧑‍⚖️ How are we judging it? Evaluation Criteria - Utility - Innovation - Technical sophistication (correct SDK integration according to docs) - Practicality  - UX - Bonus points for number of Consensys products used (Linea, Infura, Phosphor) - Bonus points for using multiple environments (JS, React, iOS, Android, Unity) ## 👀 Some example projects We are seeking outstanding dapp projects across various verticals. Potential use cases include: - DeFi: Create a Dapp that facilitates secure and user-friendly interactions with decentralized finance protocols through MetaMask. - Gaming: Develop a blockchain-based game that utilizes MetaMask SDK for in-game asset management, transactions, and user authentication. - Developer Tooling and Infrastructure: Create a developer-focused Dapp that streamlines blockchain development workflows using MetaMask SDK for wallet interactions and contract deployments. - Cross-Platform Integration:Showcase a Dapp that seamlessly works across multiple platforms (JS, iOS, Android, Unity) using MetaMask SDK.

Build an app that makes or uses attestations on Verax. Verax is a shared, public attestation registry on Linea that can be used by apps to store attestations which can be easily accessed and composed. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - https://docs.linea.build/overview - https://verax.gitbook.io/verax/ - https://explorer.ver.ax/linea  - https://docs.ver.ax/verax-documentation/developer-guides/tutorials/from-a-schema-to-an-attestation https://youtu.be/1h_tFZm9khs ## 🏆 Winner Breakdown We're giving money prizes to the top three team projects: 3rd place will get at least $1,000. 1st place can get as much as $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 $5,000. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements Create a novel and interesting application that issues or consumes attestations with Verax on the Linea Goerli Testnet.  Please submit your wallet address to our team and we will add you to our whitelist for our private beta. Tutorial: https://docs.ver.ax/verax-documentation/developer-guides/tutorials/from-a-schema-to-an-attestation ## ✅ What does a successful project look like? We want to see a working application that makes or uses attestations onchain. For examples of apps that already exist, explore the existing ecosystem here: https://explorer.ver.ax/linea ## 🎨 UI/UX Design Requirements Each submission is required to include a fully functional front end. While it doesn't need to be meticulously polished, it should be sufficiently functional to effectively showcase all dapp functionalities and integrations. The front end should provide a smooth, linear, and friendly user experience, allowing users to easily navigate and comprehend the diverse features and integrations offered by your dapp. ## 🤝 Impact on our organization The Verax project is an open source public good, and we want to attract developers to join our community and work on the core project, as well as building the ecosystem of apps that use Verax for attestations. Your feedback will also help us improve Verax. ## 🧑‍⚖️ How are we judging it? Criteria - Technical sophistication - Imaginative and useful queries that are useful to consumers of the data - Information visualizations (optional bonus points) ## 👀 Some example projects We are interested in creating social graphs and seeing people endorse or recommend each other to create a “web of trust.” Some ideas for attestations onchain are “attest that someone is a member of my team.”  We want to see attestations that link to other attestations. Linking multiple attestations may increase the trust level. “I attest that this person runs a team, and can be trusted to attest to the team members.” One of the ideas that we really want to see is importing soul bound tokens (SBTs).

Build a creative consumer app that does something never before seen onchain. Make it fun and easy to use. Inspire people to interact onchain. Create the next Based app ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Base Documentation - https://docs.base.org/ Welcome to Base - https://docs.base.org/base-camp/docs/welcome Mirror - https://base.mirror.xyz/ Twitter - https://twitter.com/buildonbase Discord - https://base.org/discord Bridge to Base - https://bridge.base.org/ Base Sepolia Faucet - https://docs.base.org/tools/network-faucets/# https://youtu.be/BSoZZBwDEi0 ## 🏆 Winner Breakdown 1st Place gets $5,000. 2nd Place gets $3,500. 3rd Place gets $1,500. ## 📝 Requirements Work must be deployed on or connected to Base in some way. 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? The north star for this bounty is a product that the average day user could use and be delighted with. This bounty leaves plenty of room for creativity and flexibility. ## 🎨 UI/UX Design Requirements This bounty should include an intuitive end user friendly interface, bonus points for responsiveness and accessibility. ## 🤝 Impact on our 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 inventing new ways to bring users onchain and discover utility. ## 🧑‍⚖️ How are we judging it? Usability and User Experience Evaluate the overall user interface and experience. Consider how intuitive and user-friendly the solution is. Functionality Evaluate the completeness and effectiveness of the features implemented.  Innovation Evaluate the creativity and uniqueness of the submission. Looking for novel approaches, features, or ideas that sets the submission apart from the others.  Presentation and Demo Evaluate the clear communication, demo structure, and ability to articulate key features. ## 👀 Some example projects This bounty is meant to be open to allow for creative ideas. In the past, we have seen social experiences, games, peer to peer payments, subscription payments, and event platforms. ## 💼 Job Opportunities https://base.org/jobs Currently we have 4 open positions available. BD, smart contract engineer, blockchain security engineer, and head of product. ## 💰 Grant and Investment Opportunities Base has a grant budget directly available here: https://paragraph.xyz/@grants.base.eth/calling-based-builders Projects built on Base can also be nominated as part of Optimism Collective's RetroPGF rounds.

Make it easy for individuals or teams to receive funding for public goods contributions. Additionally, make it easy for people to donate assets to builders creating public goods. The project should be user-friendly, secure, and capable of handling various types of donations. Make it easy for non-technical users to make USDC donations via fiat onramps. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Base Documentation - https://docs.base.org/ Welcome to Base - https://docs.base.org/base-camp/docs/welcome Mirror - https://base.mirror.xyz/ Twitter - https://twitter.com/buildonbase Discord - https://base.org/discord Bridge to Base - https://bridge.base.org/ Base Sepolia Faucet - https://docs.base.org/tools/network-faucets/# https://youtu.be/BSoZZBwDEi0 ## 🏆 Winner Breakdown 1st Place gets $5,000. 2nd Place gets $3,000. 3rd Place gets $1,000. ## 📝 Requirements Work must be deployed on or connected to Base in some way. 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? A working front-end application that can setup a campaign, and subsequently accept funds from end users. Bonus points for accepting many tokens, swapping to a desired campaign token, and having a good campaign and end user experience. ## 🎨 UI/UX Design Requirements This project should have an end user friendly front-end to submit funds, bonus points for responsiveness and accessibility. ## 🤝 Impact on our 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 inventing new ways to bring users onchain and discover utility. ## 🧑‍⚖️ How are we judging it? Usability and User Experience Evaluate the overall user interface and experience. Consider how intuitive and user-friendly the solution is. Functionality Evaluate the completeness and effectiveness of the features implemented.  Innovation Evaluate the creativity and uniqueness of the submission. Looking for novel approaches, features, or ideas that sets the submission apart from the others.  Presentation and Demo Evaluate the clear communication, demo structure, and ability to articulate key features. ## 👀 Some example projects Large charities are wanting to accept crypto payments, but have some specific criteria to make it more business friendly. They would want to accept funds in multiple tokens, but automatically swap those to a stablecoin. ## 💼 Job Opportunities https://base.org/jobs Currently we have 4 open positions available. BD, smart contract engineer, blockchain security engineer, and head of product. ## 💰 Grant and Investment Opportunities Base has a grant program that can be submitted here: https://paragraph.xyz/@grants.base.eth/calling-based-builders Projects built on Base are also eligible for Optimism Collective's RetroPGF rounds.

Option 1: Build an app for Base that utilizes smart contract wallets to make interacting onchain as simple as web2 UX. Integrate with the Base Paymaster to further reduce friction to enable gasless transactions Option 2: Create an open source library or framework that makes it easier for builders to integrate Account Abstraction on Base into their projects. Demonstrate an integration with the Base Paymaster ## 🗂️ Bounty Category Feature Integration ## 📚 Resources Base Documentation - https://docs.base.org/ Welcome to Base - https://docs.base.org/base-camp/docs/welcome Mirror - https://base.mirror.xyz/ Twitter - https://twitter.com/buildonbase Discord - https://base.org/discord Bridge to Base - https://bridge.base.org/ Base Sepolia Faucet - https://docs.base.org/tools/network-faucets/# https://youtu.be/BSoZZBwDEi0 ## 🏆 Winner Breakdown 1st Place gets $3,000. 2nd Place gets $2,000. ## 📝 Requirements Work must be deployed on or connected to Base in some way. 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? Option 1: Highlight the benefits of account abstraction through the features implemented. This could be social sign-up, gas paid by paymaster, or a good use of multicall. Option 2: Create a solid readme or documentation site to highlight your tool and library. Bonus points for creating clear examples on usage. ## 🎨 UI/UX Design Requirements Option 1: Build an end user friendly frontend, bonus points for responsiveness and accessibility. Option 2: Have developer-focused docs to get them up and running quickly. ## 🤝 Impact on our 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 inventing new ways to bring users onchain and discover utility. ## 🧑‍⚖️ How are we judging it? Usability and User Experience Evaluate the overall user interface and experience. Consider how intuitive and user-friendly the solution is. Functionality Evaluate the completeness and effectiveness of the features implemented.  Innovation Evaluate the creativity and uniqueness of the submission. Looking for novel approaches, features, or ideas that sets the submission apart from the others.  Presentation and Demo Evaluate the clear communication, demo structure, and ability to articulate key features. ## 👀 Some example projects Speed up the time it takes to get account abstraction into an end-user friendly application. Provide starting points to using more advanced features (paymaster, multicall). ## 💼 Job Opportunities https://base.org/jobs Currently we have 4 open positions available. BD, smart contract engineer, blockchain security engineer, and head of product.

Use the Oasis Privacy Layer to add privacy to a new or existing dApp, to enhance data security and protect users. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources 1. Oasis Network Getting Started: https://docs.oasis.dev/general  2. Oasis Sapphire ParaTime (EVM compatible): https://docs.oasis.io/dapp/sapphire/  3. Oasis Privacy Layer: https://docs.oasis.io/dapp/opl/   4. Oasis Testnet Faucet: https://faucet.testnet.oasis.dev/?  5. Oasis Protocol Foundation GitHub: https://github.com/oasisprotocol  6. Chainstack - https://chainstack.com/build-better-with-oasis-sapphire/   7. https://docs.chainstack.com/docs/oasis-sapphire-tutorial-understanding-confidential-smart-contracts-with-oasis-sapphire   8. Covalent API - https://www.covalenthq.com/docs/unified-api/guides/   9. Cbridge IM - https://cbridge-docs.celer.network/developer/cbridge-sdk    10. Oasis Safe - https://safe.stg.oasis.io/welcome   11. Workshop: https://www.youtube.com/watch?v=gD-_cgV3Nz4  12. Celer IM Workshop: https://www.youtube.com/watch?v=BvrG-occaWI https://www.youtube.com/watch?v=5V1hH1e388s ## 🏆 Winner Breakdown We're giving money prizes to the top three team projects:  3rd place will get at least $3000 1st place can get as much as $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 $3000 and $9,000. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements Participants must create a working software application that uses the Oasis Privacy Layer and solves a privacy-related problem. ## ✅ What does a successful project look like? A successful project will use smart-contracts deployed on Oasis Sapphire that interoperate with or prove data from contracts on other chains using the OPL bridge or other trustless cross-chain method. The application must use Sapphire specific features, e.g. cryptography precompiles, private storage and calldata encryption. ## 🎨 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, command-line apps must be packaged in a Docker container or as an standalone executable for Windows, Linux or MacOS. ## 🤝 Impact on our organization Integrating Confidential EVM in novel ways with dApps and contracts across multiple chains will explore ways that chains like Oasis Sapphire can be used to add privacy or serve as a faster and more flexible alternative to MPC protocols, zKSNARKs and FHE. ## 🧑‍⚖️ How are we judging it? - Implementation Quality Does the project demonstrate high-quality development: clean, efficient and safe code, tests, documentation, usage of the version control system? - Potential Impact How large an impact could the project have? How many users could the project potentially attract? - Confidentiality How well does the dApp utilize the unique capabilities of OPL and/or Oasis confidential ParaTimes? Could it be implemented on a non-confidential blockchain? What about other confidential blockchains? - Innovation Does it solve a problem in a creative and unique way? - User Experience Does the project’s design make the user experience seamless? - Originality Includes creativity of the project. How unique is the project and was it well thought out? ## 👀 Some example projects - Governance Robust DAO tooling is essential. Explore the possibilities of building these resources using OPL! Brainstorm secret ballot functionality beyond the starter repo. - Gaming Bring more game logic on-chain using OPL! Lay the foundations for building engaging, captivating games that utilize the Sapphire RNG. Consider any other creative integrations of OPL for on-chain games too! - Verified Credentials Soulbound Tokens (SBT) and related verified credential tools are an exciting new Web3 frontier. Create an application that leverages SBTs and verified credentials using OPL! - NFTs The NFT economy is one of the biggest sectors in Web3. Explore ideas for building better applications for NFT fractional or hidden ownership. Brainstorm tools for data privacy for NFTs and related off-chain data that use OPL for key and password management. - DeFi We have a lot of ideas on this one. We are excited to see dark pools, cross-chain liquidity, dutch auctions for tokens, ICO price finding via auctions, DEX & cross-chain swaps and much more. - Other Ideas a. Form ideas around tools for account abstraction and gasless wallets. b. Explore trustless cryptography with confidential contracts. c. Build applications for encrypted metadata, secrets, and key management. d. Evaluate Oasis token standards, libraries, and SDKs for improvement. e. Play with xERC20 (ERC-7281). ## 💼 Job Opportunities https://boards.greenhouse.io/oasisnetwork

Build natively on Sapphire and use features like private storage, the RNG, encryption & signing. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources 1. Oasis Network Getting Started: https://docs.oasis.dev/general  2. Oasis Sapphire ParaTime (EVM compatible): https://docs.oasis.io/dapp/sapphire/  3. Oasis Privacy Layer: https://docs.oasis.io/dapp/opl/   4. Oasis Testnet Faucet: https://faucet.testnet.oasis.dev/?  5. Oasis Protocol Foundation GitHub: https://github.com/oasisprotocol  6. Chainstack - https://chainstack.com/build-better-with-oasis-sapphire/   7. https://docs.chainstack.com/docs/oasis-sapphire-tutorial-understanding-confidential-smart-contracts-with-oasis-sapphire   8. Covalent API - https://www.covalenthq.com/docs/unified-api/guides/   9. Cbridge IM - https://cbridge-docs.celer.network/developer/cbridge-sdk    10. Oasis Safe - https://safe.stg.oasis.io/welcome   11. Tutorial: https://www.youtube.com/watch?v=LDLz06X_KNY  12. Workshop: https://www.youtube.com/watch?v=lpsFR_YrHgY https://www.youtube.com/watch?v=5V1hH1e388s ## 🏆 Winner Breakdown We're giving money prizes to the top three team projects:  3rd place will get at least $3000 1st place can get as much as $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 $3000 and $9,000. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements Participants must create a working software application that uses the Oasis Sapphire blockchain to solve a problem that cannot easily be achieved without Confidential EVM. ## ✅ What does a successful project look like? A successful project will deploy smart-contracts on Oasis Sapphire that uses Sapphire specific features as the basis for the projects unique value proposition, e.g. cryptography precompiles, private storage and calldata encryption. ## 🎨 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, command-line apps must be packaged in a Docker container or as an standalone executable for Windows, Linux or MacOS. ## 🤝 Impact on our organization Confidential EVM makes many things possible which were previously very complicated or time consuming, but it also opens up new areas of research for making protocols to scale and add privacy to the wider Ethereum ecosystem and can make chains work together more homogeneously. We hope to inspire projects to explore how a TEE powered Confidential EVM can help advance the ecosystem. ## 🧑‍⚖️ How are we judging it? - Implementation Quality Does the project demonstrate high-quality development: clean, efficient and safe code, tests, documentation, usage of the version control system? - Potential Impact How large an impact could the project have? How many users could the project potentially attract? - Confidentiality How well does the dApp utilize the unique capabilities of Oasis Sapphire? Could it be implemented on a non-confidential blockchain? What about other confidential blockchains? - Innovation Does it solve a problem in a creative and unique way? - User Experience Does the project’s design make the user experience seamless? - Originality Includes creativity of the project. How unique is the project and was it well thought out? ## 👀 Some example projects 1. Governance: DAO tooling is essential. Integrate private storage or cryptography (e.g. signing, key generation, encryption) into a DAO or other governance dApp. 2. MEV-proof protocols: use encrypted calldata to prevent MEV and sandwich attacks. 3. Gaming: Bring more game logic on-chain using the Sapphire RNG! 4. Web2 integration: control access to resources, generate access tokens and manage fine-grained access or permissions to SAAS/PAAS resources from a smart contract on Sapphire. 5. NFTs: hidden ownership, restricted content access and data privacy. Use confidential storage and cryptography to make next-generation NFTs. 6. DeFi: add privacy or cross-chain account management to DeFi protocols, such as dark pools and multi-chain liquidity, or new auction mechanisms to reduce gas wars and find prices more efficiently. 7. Standards: imagine how EIP & ERCs can be changed to take advantage of private storage, confidential contracts and cryptography on Sapphire. ## 💼 Job Opportunities https://boards.greenhouse.io/oasisnetwork ## 💰 Grant and Investment Opportunities https://oasisprotocol.org/ecosystem#grantsprogram

[Who is RISC Zero?](https://risczero.notion.site/Risc-Zero-ETH-DENVER-24-204516e3266d4559ac0699b9cba12549), RISC Zero has built an open-source zkVM that allows developers to write verifiable applications without a math degree or domain-specific languages. zkVM is a general-purpose platform enabling developers to prove the correct execution of arbitrary rust code. On top of the zkVM, we've built Bonsai - a powerful proving network allowing zk-proof generation of very large computations that were impossible to do before. No matter your zk skill level, we invite you to hack on RISC Zero. ## 🗂️ Bounty Category Meaningful Open Source Contribution ## 📚 Resources General 1. github https://github.com/risc0/risc0 2. docs https://dev.risczero.com/api Links for Build an app using RISC Zero ZKVM/Bonsai - https://github.com/risc0/risc0-rust-starter - zkVM quick start guide https://dev.risczero.com/api/zkvm/quickstart - zkVM tutorial https://dev.risczero.com/api/zkvm/tutorials/hello-world Links for Best zkCoprocessor on Foundry Template - zkVM quick start guide https://dev.risczero.com/bonsai/quickstart  - template https://github.com/risc0/bonsai-foundry-template Have a question? - We are on Discord https://discord.gg/risczero at #dev-support channel. - Or DM me on telegram @IrynaDevRel Happy Hacking! https://youtu.be/DaXYaoM_J5s ## 🏆 Winner Breakdown We award $15,000.00 to the top 10 projects that build an application using RISC Zero zkVM and/or Bonsai. We require you to use our technology in your tech stack, whether the zkVM, Bonsai, or both! We will consider up to 10 top-quality submissions and split awards amongst winners. If the top projects are equally outstanding, we split the prize equally between the projects. If a project stands out from other top projects, then the project will get at least double the amount. The prize money might change if we get fewer than 10 projects or if they do not meet our criteria. ## 📝 Requirements We are looking for solutions where zkVM/Bonsai or [zkCoprocessor ](https://dev.risczero.com/api/bonsai/bonsai-on-eth) is a hard dependency to enable end-to-end user journey. The projects must rely on verifiable computation or generation of zk-proofs by zkCoprocessor/Bonsai. We have created a foundry template that enables ETH developers to build smart contracts on Ethereum while offloading expensive computations to off-chain Bonsai, which executes these computations, generates verifiable results and sends them to your Ethereum contract. We use Groth16 to generate a very small zk-proof allowing on-chain verification. ## ✅ What does a successful project look like? We want to see the offloading of expensive computations from smart contract to zkVM/Bonsai proving service or zkCoprocessor (based on the foundry template) to generate zk-proofs. ## 🎨 UI/UX Design Requirements The application must have a functional user interface - a command-line program or a browser-based dApp. We understand that sometimes ambitious projects might not be finished on time; thus, we encourage builders to submit not completed projects anyway. ## 🤝 Impact on our organization We are looking for a team that has the potential to work on their project with our support. ## 🧑‍⚖️ How are we judging it? Each project will get 1 to 10 points on idea, functionality, implementation, architecture design, and creativity. The projects with the max score will get 1st place, and the project with the second max score will get 2nd place ## 👀 Some example projects The main focus is on infrastructure and scalability. Identity, privacy, and security use cases are also qualified. However, we want to support builders' imagination, therefore any project that meet our criteria can be considered. ## 💼 Job Opportunities https://jobs.ashbyhq.com/RiscZero

[Who is RISC Zero?](https://risczero.notion.site/Risc-Zero-ETH-DENVER-24-204516e3266d4559ac0699b9cba12549) RISC Zero has built an open-source zkVM that allows developers to write verifiable applications without a math degree or domain-specific languages. zkVM is a general-purpose platform enabling developers to prove the correct execution of arbitrary rust code. On top of the zkVM, we've built Bonsai - a powerful proving network allowing zk-proof generation of very large computations that were impossible to do before. No matter your zk skill level, we invite you to hack on RISC Zero. ## 🗂️ Bounty Category Meaningful Open Source Contribution ## 📚 Resources General 1. github https://github.com/risc0/risc0 2. docs https://dev.risczero.com/api Links for Build an app using RISC Zero ZKVM/Bonsai - https://github.com/risc0/risc0-rust-starter - zkVM quick start guide https://dev.risczero.com/api/zkvm/quickstart - zkVM tutorial https://dev.risczero.com/api/zkvm/tutorials/hello-world Links for Best zkCoprocessor on Foundry Template - zkVM quick start guide https://dev.risczero.com/bonsai/quickstart  - template https://github.com/risc0/bonsai-foundry-template Have a question? - We are on Discord https://discord.gg/risczero at #dev-support channel. - Or DM me on telegram @IrynaDevRel Happy Hacking! https://youtu.be/DaXYaoM_J5s ## 🏆 Winner Breakdown We award $10,000.00 to the top 7 projects that build an application using RISC Zero zkCoprocessor. We require you to use our technology in your tech stack. We will consider up to 7 top-quality submissions and split awards amongst winners. If top projects are equally outstanding, we split the prize equally between the projects. If a project stands out from other top projects, then the project will get at least double the amount. The prize money might change if we get fewer than 7 projects or if they do not meet our criteria. ## 📝 Requirements We are looking for solutions where zkVM/Bonsai or zkCoprocessor is a hard dependancy to enable end-to-end user journey. The projects must rely on verifiable computation or generation of zk-proofs by zkCoprocessor/Bonsai. ## ✅ What does a successful project look like? We want to see the offloading of expensive computations from smart contract to zkVM/Bonsai proving service or zkCoprocessor (based on the foundry template) to generate zk-proofs. ## 🎨 UI/UX Design Requirements The application must have a functional user interface - a command-line program or a browser-based dApp. We understand that sometimes ambitious projects might not be finished on time; thus, we encourage builders to submit not completed projects anyway. ## 🤝 Impact on our organization We are looking for a team that has the potential to work on their project with our support. ## 🧑‍⚖️ How are we judging it? Each project will get 1 to 10 points on idea, functionality, implementation, architecture design, and creativity. The projects with the max score will get 1st place, and the project with the second max score will get 2nd place ## 👀 Some example projects The main focus is on infrastructure and scalability. Identity, privacy, and security use cases are also qualified. However, we want to support builders' imagination, therefore any project that meet our criteria can be considered. ## 💼 Job Opportunities https://jobs.ashbyhq.com/RiscZero

Build something awesome using Chainlink CCIP! The Chainlink Cross-Chain Interoperability Protocol (CCIP) provides a single simple interface through which dApps and web3 entrepreneurs can securely meet all their cross-chain needs, including token transfers and arbitrary messaging. ## 🗂️ Bounty Category Feature Integration ## 📚 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 - Truffle Starter Kits Additionally you have: The newest Developer Hub - https://dev.chain.link/ CCIP Documentation: https://docs.chain.link/ccip ## 🏆 Winner Breakdown $2,000 for the best 4 projects that integrate Chainlink CCIP in a meaningful way $2,000 for the best project that uses USDC with CCIP ## 📝 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. ## 🤝 Impact on our organization An application dont must be limited by one blokchain. Chainlink CCIP provides the resources to create your cross-chain solution and we are looking foward to see you 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. ## 👀 Some example projects 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 ## 💼 Job 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 Integration ## 📚 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 - Truffle Starter Kits Additionally you have: - The newest Developer Hub - https://dev.chain.link/ ## 🏆 Winner Breakdown $2,000 for the 5 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 here ## 🎨 UI/UX Design Requirements The application must have a functional user-interface, anyway that the judges can test and use the project. ## 🤝 Impact on our 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! ## 🧑‍⚖️ 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. ## 👀 Some example projects See here multiple examples of use cases for Chainlink ## 💼 Job Opportunities https://chainlinklabs.com/careers

Self-Sovereign Identity is the future. Use Polygon ID to represent identity-based information as verifiable credentials in your dapp so your users can prove access rights to dapp features without giving up their private data. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources - Polygon ID Dev Docs and tutorials - How to run an Issuer to issue VCs: Video by Tony - Fullstack VC-gated dapp template with everything you need for your KYCAgeCredential gated dapp by Steph - This demo shows you how to set up your Dock.io account and begin to issue VCs. Your task is to now to leverage VCs to provide additional layers of privacy and security to a Farcaster Frame or Lens Dapp. - Polygon ID has partnered with Dock.io to allow you to securely extend the privacy of your Lens or Farcaster profile using Verifiable Credentials. Using Dock's REST API credentials can be issued in a few API calls. Along with issuing credentials application developers can use the API to manage issuer profiles and create and import data schemas. Dock's tooling also supports non-developers through it's no-code solution Dock Certs which provides the same functionality via a web interface. ## 🏆 Winner Breakdown 1st place gets $2000 2nd and 3rd place each get $1500 ## 📝 Requirements A successful hack that demonstrates the use either of Polygon ID's issuance or verification features. ## ✅ What does a successful project look like? A clear use of Polygon ID's verification or issuance feature. Successful projects should clear show code that they use to issue or verify Polygon ID credentials ## 🎨 UI/UX Design Requirements Use of the Polygon ID wallet; the Polygon Javascript SDK or any other piece of the Polygon ID architecture to streamline the deployment of Polygon ID Verifible Credentials ## 🤝 Impact on our organization We support the use of zero-knowledge, DID and VCs. Using Polygon ID furthers all these technologies in material ways for us. ## 🧑‍⚖️ How are we judging it? We would like to see a clear use of Polygon ID's verification or issuance feature with respect to verifiable credentials. ## 👀 Some example projects - Anonymous voting - On-chain voting exposes the choices made by different public addresses. Create a hack that proves DAO membership with a VC while making sure members don’t double vote. - Social proof of influence or activity - Create a proof of influence issuer that issues VCs based on numbers of followers or number of posts across social platforms - “POAP Style” Credentials - Create a credential that says that I met someone at a conference! Example: “I met Tony Olendo at the hackathon in Paris” :-) - Bot protection - Create a decentralized verification system providing individual VCs of liveliness & uniqueness that could be combined to prevent sybil attacks. ## 💰 Grant and Investment Opportunities We welcome participants to submit their ideas to the Polygon Village program

With this bounty, we are invite developers to contribute to the core protocol or to demonstrate meaningful proofs-of-concept that can demonstrate the significance of ZK proofs and how they secure a protocol. The Polygon CDK is fairly complex projects for now but there’s ways for anyone to get involved, from writing documentation to submitting hacks for decentralized sequencers. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources Polygon CDK Documentation ## 🏆 Winner Breakdown 1st place gets $2500 2nd and 3rd place each get $1250 If we get less than three projects, or they're not meeting our criteria, the prize money might change, we will explain the rationale for any bounty re-allocation. Additionally, if no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements The Polygon CDK is open to submissions of varying categories. You can review our documentation and find areas that we could explain better, all the way to suggesting improvements via PRs on the Polygon CDK repo. We welcome all submissions designed to improve the Polygon CDK developer experience. ## ✅ What does a successful project look like? “First Good Issue” ideas - Improvements to the docs - Improvements/Streamlining the deployment UX - Additional or Improved tooling out of the box - Improvements to general UX/XI If you also want to try more complex topics, below are some beefy issues that we’d like the community to contribute towards. Feel free to reach out to us at the Polygon booth for any clarification - Improvements to the data availability - Generalization of components in the code - Decentralised sequencing - Trustless sequencing zkEVM ## 🎨 UI/UX Design Requirements Any aspect of your project that improves the developer experience is valid. ## 🤝 Impact on our organization We would love to welcome builders to help build the Polygon CDK and engage with the protocol at a builder level ## 🧑‍⚖️ How are we judging it? We welcome all submissions designed to improve the Polygon CDK developer experience, from documentation, devops to more complex topics such as sequencers. ## 👀 Some example projects “First Good Issue” ideas - Improvements to the docs - Improvements/Streamlining the deployment UX - Additional or Improved tooling out of the box - Improvements to general UX/XI If you also want to try more complex topics, below are some beefy issues that we’d like the community to contribute towards. Feel free to reach out to us at the Polygon booth for any clarification - Improvements to the data availability - Generalization of components in the code - Decentralised sequencing - Trustless sequencing zkEVM

Zero-knowledge continues to dominate Ethereum narratives and Polygon is at the forefront of these efforts. In this bounty, we are inviting builders to incorporate ZK in their projects in new and innovative ways. We have two ZK tracks for your consideration. ## 🗂️ Bounty Category Onchain Security Bounty ## 📚 Resources - [Understanding the zkEVM](https://docs.polygon.technology/zkEVM/overview/) - [Circom Documentation](https://docs.circom.io/) - [Polynomial Identity Language](https://docs.polygon.technology/zkEVM/spec/pil/) - [zkASM](https://docs.polygon.technology/zkEVM/spec/zkasm/) ## 🏆 Winner Breakdown We are selecting two winners Team 1 gets $2500 Team 2 gets $2500 If there are not two 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 An innovative project that uses zero-knowledge to preserve user privacy or extend the use of existing zero-knowledge applications in blockchain, such as the zkEVM. This is an open bounty where we are looking for exciting ZK builders who want to build on top of Polygon using any ZK DSL of their choice. ## ✅ What does a successful project look like? A clear demonstrable use of zero-knowledge primitives. You have to write your own circuits and demonstrate an innovative use of an existing ZK primitive or build one of your own. If you’re building a privacy app, then we would like to see you incorporate a minimally invasive user experience. ## 🎨 UI/UX Design Requirements User experience lies at the heart of a successful ZK implementation, we are excited to see how you can build a delightful experience for your privacy apps or deliver a great performance improvement using ZK in a way that solves different problems. You can build a Privacy App with an interface or have no UI at all. ## 🤝 Impact on our organization We want to support ZK builders. Additionally, the zkEVM has multiple ways in which in builders can engage with the core technology and build cool extensions. The General ZK bounty doesn’t have impact but the zkEVM track extends the use of our protocol ## 🧑‍⚖️ How are we judging it? You need to either write your own circuits or demonstrate skilled use of existing ZK primitives. Functional circuits are the main criteria. Circuits are code. You can use an ZK DSL to do this. ## 👀 Some example projects General ZK Ideas: - Privacy-Preserving Token Standards: - Define and implement privacy-preserving token standards for zkEVM chains. This involves creating a standard for issuing, transferring, and burning tokens while maintaining privacy through zero-knowledge proofs. - Dual-Key Stealth Addresses: - Utilize dual-key stealth addresses to enhance privacy in the context of asset transfers. This involves generating unique one-time addresses for each transaction, making it difficult to trace the flow of assets on the blockchain. - Blinded Signatures: - Use blinded signature schemes to allow for the signing of transactions on one chain without revealing the details to the signer. This can be particularly useful for multi-signature setups where multiple parties are involved in the validation process. zkEVM Ideas: - Homomorphic Encryption for State Transfers: - Explore the use of homomorphic encryption for securely transferring state information between zkEVM chains [CDK chains] through the bridge[LxLy]. This would allow the destination chain to perform computations on encrypted state data without decryption. - zkEVM State Channels: - Design state channels that leverage the zkEVM to enable off-chain, private transactions between participants. This can reduce on-chain congestion and enhance scalability while maintaining privacy.

If you’re looking for a different kind of EVM Hack, then this bounty might interest you. If you’re looking to learn more about zkEVMs work and also test your smart contract security chops, then listen up. We have 3 stages. 1. Create or Join a Team 2. Use the Polygon Bridge 3. Hack You can find more info at our Polygon Cardona ETHDenver Dapp [here](https://welcome-to-cardona.vercel.app/). ## 🗂️ Bounty Category Onchain Security Bounty ## 📚 Resources Get started by understanding this [intro to smart contracts.](https://docs.soliditylang.org/en/latest/introduction-to-smart-contracts.html) [Polygon Docs](https://docs.polygon.technology/) https://youtu.be/_28hX_5VyVY ## 🏆 Winner Breakdown We're giving cash prizes to all CTF winning team. Every team stands a chance to win $2500 ## 📝 Requirements This bounty is for everyone, you can win prizes for tasks as simple as reading and writing a contract all the way to hacking complex contracts. Our dapp will guide you through your Polygon Tour! [https://welcome-to-cardona.vercel.app/](https://welcome-to-cardona.vercel.app/) ## ✅ What does a successful project look like? We want you to have fun, learn and engage with the entire Polygon ecosystem. That's it. ## 🎨 UI/UX Design Requirements None ## 🤝 Impact on our organization You get to vibe with Polygon in a new and exciting way. ## 🧑‍⚖️ How are we judging it? Only successful hacks that expose the vulnerabilities in our selected smart contract will be eligible to win. ## 👀 Some example projects We'd like builders to have fun, interact with the Polygon ecosystem and hack a few smart contract and win prizes.

The best projects that deploy on Zircuit will receive special recognition. This bounty is for the best dApp that doesn’t fit another Zircuit bounty category. The project should be well built, tested, and have a compelling use case. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 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 https://www.youtube.com/watch?v=L2iAvngboGQ ## 🏆 Winner Breakdown First place: $2,250 Second place: $1,500 Third place: $1,250 ## 📝 Requirements Project smart contracts must be deployed on the Zircuit 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 (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? These gems are the projects that will 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. 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. ## 🤝 Impact on our organization These bounties aim to help test the Zircuit network and build the Zircuit ecosystem. By bringing real-world projects onto the network. 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. ## 🧑‍⚖️ 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. ## 👀 Some example projects 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. ## 💼 Job Opportunities Zircuit is always looking for the best and brightest team members to build the best possible rollup. If you submit a project to this bounty and are looking for blockchain development (Solidity, Go, Rust) or cryptographer roles, please email jan@zircuit.com with the header [ETHDenver Job Hunter]. ## 💰 Grant and Investment Opportunities Zircuit will consider, on a case-by-case basis, providing grants to projects that will have positive long-term impact on the ecosystem. If you would like to apply for a grant for your project, please, fill out this form

Hack your way to fame by bringing people together on Zircuit! Use Zircuit to build the best social dApp with lower fees than Ethereum. The dApp should get people talking and connected, but how it does that is up to you. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 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 https://www.youtube.com/watch?v=L2iAvngboGQ ## 🏆 Winner Breakdown First place: $2,250 Second place: $1,500 Third place: $1,250 ## 📝 Requirements Project smart contracts must be deployed on the Zircuit 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. This bounty will select the top three projects deployed on Zircuit. ## ✅ What does a successful project look like? A successful project is one that brings people together on-chain over and over again. These might be the next big social network or something small and cute that will engage the Zircuit community. Your project should get people talking, either on-chain or off-chain, to each other. Social connections and most importantly fun are key here. These gems are the projects that will 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. 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 will be engaging, and may introduce something with a lot of potential for future development. Either way, it has to show promise of 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. ## 🤝 Impact on our organization These bounties aim to help test the Zircuit network and build the Zircuit ecosystem. By bringing real-world projects onto the network. 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. ## 🧑‍⚖️ 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. ## 👀 Some example projects Examples include: - New games with on-chain, and maybe off-chain or ZK, components - New collectibles with a twist - Social networks or authentication techniques based on web2 systems ## 💼 Job Opportunities Zircuit is always looking for the best and brightest team members to build the best possible rollup. If you submit a project to this bounty and are looking for blockchain development (Solidity, Go, Rust) or cryptographer roles, please email jan@zircuit.com with the header [ETHDenver Job Hunter]. ## 💰 Grant and Investment Opportunities Zircuit will consider, on a case-by-case basis, providing grants to projects that will have positive long-term impact on the ecosystem. If you would like to apply for a grant for your project, please, fill out this form.

Build some on- or off-chain analytics for the traffic on Zircuit. It can involve the bridge, gas spendings, active nodes on the network, deployed smart contracts, or anything else. Bring your best data science to visualize the Zircuit ecosystem. ## 🗂️ Bounty Category Feature Integration ## 📚 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 https://www.youtube.com/watch?v=L2iAvngboGQ ## 🏆 Winner Breakdown First place: $2,500 Second place: $1,500 ## 📝 Requirements Project smart contracts must be deployed on the Zircuit 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. This bounty will select the top three projects deployed on Zircuit. ## ✅ What does a successful project look like? Success looks like a good data visualization tool or system to analyze Zircuit transactions, the network use, or integrations, or something related. The project should be easy to use and clean, and may be inspired by other analytics tools for blockchains. 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 if applicable. The application (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. ## 🤝 Impact on our organization These bounties aim to help gain insights into Zircuit network and build the Zircuit ecosystem. In turn, these insights might inspire others to use Zircuit or integrate their own tool into the ecosystem. ## 🧑‍⚖️ How are we judging it? This bounty will be judged based on completeness, usefulness, 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.  Usefulness means the benefit that it brings to the users and overall Zircuit community. Try to come up with a hack that is not useful and interesting just to you, but also to the others. Creativity is paramount on this bounty. 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. ## 👀 Some example projects Some examples might include Dune dashboards, custom NFT trackers, or tools to track proof generation time. You could integrate data into Discord or Slack, or present it on a website. ## 💼 Job Opportunities Zircuit is always looking for the best and brightest team members to build the best possible rollup. If you submit a project to this bounty and are looking for blockchain development (Solidity, Go, Rust) or cryptographer roles, please email jan@zircuit.com with the header [ETHDenver Job Hunter].

Integrate Zircuit into your favorite web3 project. Bring Zircuit to wallets, dev tools, bridges, or any other dApp. Grow the Zircuit Ecosystem by connecting Zircuit to the best that web3 has to offer. ## 🗂️ Bounty Category Feature Integration ## 📚 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 https://www.youtube.com/watch?v=L2iAvngboGQ ## 🏆 Winner Breakdown Three prizes of $1,000 ## 📝 Requirements 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.  If your integration does not have any code, submit a GitHub README indicating what else was done for your project. Project smart contracts, if any,  must be deployed on the Zircuit Testnet and verified via the Zircuit Explorer. Any project is eligible as long as these requirements are met. This bounty will select the top three projects deployed on Zircuit. ## ✅ What does a successful project look like? Success looks like Zircuit running with an on- or off-chain app or tool that didn’t support it before. The integration should be correct and functional, but does not need to be complicated. Some integrations can be as simple as adding a chain ID or a node URL to a file. A successful submission will include a functional prototype that solves the problem it’s intended to address. The project should have an impact on the Zircuit ecosystem by expanding its reach. ## 🎨 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 if applicable. The application (or its documentation) should be responsive and easy to navigate. This may not be applicable to all integrations: some may have fixed interfaces and user experiences. ## 🤝 Impact on our organization These bounties aim to help gain insights into Zircuit network and build the Zircuit ecosystem. In turn, these insights might inspire others to use Zircuit or integrate their own tool into the ecosystem. ## 🧑‍⚖️ How are we judging it? This bounty will be judged based on completeness, usefulness, execution, and creativity. Naturally, the integration should be functional and correct. 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.  Usefulness means the benefit that it brings to the users and overall Zircuit community. Try to come up with a hack that is not useful and interesting just to you, but also to the others. 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. ## 👀 Some example projects You could whitelist or add the endpoint of Zircuit to your favorite wallet, get a cross-chain communication protocol working with Zircuit, or support Zircuit on your favorite portfolio tracker. ## 💼 Job Opportunities Zircuit is always looking for the best and brightest team members to build the best possible rollup. If you submit a project to this bounty and are looking for blockchain development (Solidity, Go, Rust) or cryptographer roles, please email jan@zircuit.com with the header [ETHDenver Job Hunter].

Challenge yourself to innovate in the Fuel ecosystem. Use the Fuel-Gasless NFTs example as a foundation to create unique applications utilizing Fuel predicates. We're looking for projects that showcase the potential of predicates for smart contract efficiency and functionality. ## 🗂️ Bounty Category Meaningful Open Source Contribution ## 📚 Resources - Fuel GitHub: Explore the core code and contributions related to Fuel blockchain. GitHub - Fuel - Fuel Documentation: Comprehensive guides and references for the Fuel blockchain and its features. Fuel Documentation - Fuel-Gasless NFTs GitHub: Example project showcasing the use of predicates in Fuel. GitHub - Fuel-Gasless NFTs - Fuel Predicates Information: Detailed information on implementing predicates with both the Fuel Rust SDK and the Fuel TypeScript SDK. - Fuel Discord Community: Engage with the Fuel developer community for discussions, questions, and support. Fuel Discord https://www.youtube.com/watch?v=sBGQTuLgmjE ## 🏆 Winner Breakdown 1st place gets $5,000. 2nd place gets $3,000. 3rd place gets $2,000. If we get less than eight projects, or they do not meet our criteria, the prize money may change. It could be between $1,000 and $8,000. If no project meets our criteria enough to win, we’ll explain why. ## 📝 Requirements 1. Smart Contract Development Skills: Proficiency in developing smart contracts, not necessarily with predicates but with a willingness to learn and apply them on Fuel's platform. 2. Innovative Application Development: Ability to conceptualize and implement creative applications using Fuel's technology. 3. Proficiency in a Rust-based DSL: While not specifically Sway, familiarity with a Rust-based Domain Specific Language will be beneficial. 4. GitHub Proficiency: Experience with managing code contributions and pull requests on GitHub. The following framework will be used to evaluate the placement of contributions: 1st Place: - Solves a highly complex issue using Fuel predicates, such as creating an advanced gasless transaction system. - Demonstrates innovative, impactful solutions with high performance. - High-quality, well-documented code; strong security adherence. 2nd Place: - Addresses moderately complex challenges, e.g., developing a predicate-based voting system integrated with Fuel's blockchain. - Innovative, effective solution showing good technical expertise. - Quality code, good documentation, solid security practices. 3rd Place: - Tackles simpler, yet relevant problems, like implementing basic token swap functionality using predicates. - Practical, useful solution enhancing Fuel's blockchain usability. - Adequate code quality, proper documentation, basic security focus. ## ✅ What does a successful project look like? Success in the Fuel predicates bounty hinges on effectively utilizing predicates in smart contract development on Fuel's blockchain. A successful project will showcase innovative applications of predicates, leading to new functionalities or optimized contract processes. Key aspects include enhancing blockchain application performance, improving user experience to make technology more accessible, ensuring robust security in smart contract transactions, and developing interoperable solutions within the Fuel ecosystem. The goal is to demonstrate the transformative potential of predicates, contributing to the advancement and efficiency of Fuel's blockchain technology. For inspiration and a deeper understanding, the Fuel Gasless NFTs GitHub repository serves as an excellent resource. ## 🎨 UI/UX Design Requirements For the Fuel predicates bounty, the UI/UX design requirements focus on creating blockchain applications that are intuitive and user-friendly. Successful UI/UX design should emphasize clarity and simplicity, allowing users to navigate and interact with the application effortlessly. The design needs to be responsive, ensuring a consistent and seamless experience across various devices and screen sizes. Engaging the user with an appealing visual design and interactive elements is crucial for user engagement. It's important that the user journey through the application is logical and intuitive, minimizing any potential for confusion. Clear feedback for user actions and effective error handling are essential components, guiding users smoothly and enhancing the overall user experience. The goal of the UI/UX design in this context is to make the innovative use of predicates in the Fuel ecosystem both accessible and engaging. ## 🤝 Impact on our organization The impact of a team successfully completing this bounty on Fuel predicates is substantial, offering real-world predicate applications that enhance the Fuel ecosystem's functionality. These innovative examples not only advance our technology but also invigorate our community, inspiring further exploration and adoption of predicates. ## 🧑‍⚖️ How are we judging it? 1. Predicate Code Quality: Entries should demonstrate high-quality predicate code, characterized by efficiency, security, and maintainability. The implementation of predicates should be optimized, functional, and free from errors. 2. Innovation and Creativity: We are seeking projects that exhibit creative and innovative use of predicates within the Fuel ecosystem. Projects that introduce novel functionalities or significantly enhance existing capabilities will be highly regarded. 3. UI/UX Design Excellence: The quality of UI/UX design is crucial, especially given the focus on applications intended for end-users. The design should be intuitive, user-friendly, and engaging, ensuring a smooth and seamless experience for users. 4. Relevance and Practicality: Projects should be relevant to the needs of the blockchain domain and practical in their approach. They should aim to solve real-world problems or offer significant improvements over current solutions. 5. Documentation and Presentation: Comprehensive and clear documentation is vital for a thorough understanding and evaluation of the project. This includes detailed explanations of both the predicate code and the application's usability aspects. ## 👀 Some example projects A few possible examples of use cases that can be delved into in this bounty are: 1. Gas Optimization in Transactions: Developing solutions that leverage predicates for reducing gas costs in complex transactions. 2. Advanced State Management: Utilizing predicates for more efficient state management mechanisms. 3. Conditional Transactions Implementation: Creating systems where transactions are executed based on specific predicates, enhancing the flexibility and functionality of smart contracts. 4. Automated Compliance and Regulation Checks: Implementing predicates that automatically enforce compliance with certain rules or regulations within smart contracts.

Build and deploy a user-friendly frontend for a Sway application backend on Fuel. Focus on intuitive UI/UX, efficient blockchain interaction, and innovative design. Documentation and a demo required. Showcase your skills in this Fuel ecosystem challenge! ## 🗂️ Bounty Category Meaningful Open Source Contribution ## 📚 Resources - https://github.com/FuelLabs/sway-applications - https://docs.fuel.network/ - https://github.com/FuelLabs/fuels-ts - https://forum.fuel.network/ https://www.youtube.com/watch?v=sBGQTuLgmjE ## 🏆 Winner Breakdown 1st place gets $3,000. 2nd place gets $2,000. 3rd place up to 3 winners of $1,000 each. If we get less than six projects, or they do not meet our criteria, the prize money may change. It could be between $1,000 and $8,000. If no project meets our criteria enough to win, we’ll explain why. ## 📝 Requirements A successful completion of this bounty will be a fully deployed frontend for any one of the sample Sway applications in this repository - https://github.com/FuelLabs/sway-applications. The code for the frontend must be hosted open source on GitHub along with a quality README with instructions on how to clone and deploy the frontend both locally and in production. The following will be used as a framework to evaluate prize placement of projects: 1st Place: - Advanced feature-rich frontend with top-tier integration with Sway backend. - Exceptional UI/UX design; innovative and user-centric. - Outstanding performance optimization; fast, responsive. - Robust security features implemented. - Comprehensive documentation; impressive live demo. 2nd Place: - Well-functioning frontend with good Sway backend integration. - High-quality UI/UX, user-friendly and visually appealing. - Good performance; efficient and responsive. - Solid security practices in place. - Detailed documentation; solid live demo. 3rd Place: - Basic functional frontend meeting core integration needs with Sway backend. - Decent UI/UX ensuring a good user experience. - Adequate performance, meets standard expectations. - Basic security features considered. - Basic documentation; satisfactory live demo. ## ✅ What does a successful project look like? 1. Functional Compatibility and Stability: - The frontend must interact seamlessly with the Sway application backend. - It should execute all intended functions without errors or glitches. - The application should handle exceptions and errors gracefully, providing clear feedback to the user. 1. Intuitive User Interface (UI): - The design should be clean, uncluttered, and easy to navigate. - Possible features: a straightforward navigation menu, clear call-to-action buttons, and a coherent color scheme that aligns with the brand. 1. Engaging User Experience (UX): - The application should provide an engaging and satisfying experience for the user. - It should guide the user through processes smoothly, with minimal friction or confusion. - Features could include interactive elements, step-by-step guides for complex tasks, or informative tooltips. 1. Responsive and Accessible Design: - The frontend should be responsive, providing a consistent experience across various devices and screen sizes. - Accessibility features such as keyboard navigability, screen reader support, and color contrast compliance would be a plus. 1. Documentation and Demonstration: - Clear, concise documentation that explains how to set up and use the frontend is crucial. - A successful demo would effectively showcase the functionality and features of the application, demonstrating how it interacts with the Sway smart contract backend. 1. Performance Optimization: - The application should be optimized for performance, with fast load times and efficient resource usage. - Optimizations might include minimized code, optimized images, and effective use of caching. ## 🎨 UI/UX Design Requirements 1. Clarity and Simplicity: Intuitive layout with easy-to-understand navigation. Avoid clutter. 2. Consistency: Uniform design elements (buttons, fonts, colors) for a cohesive look. 3. Responsiveness: Optimal performance on various devices and screen sizes. 4. Accessibility: Design for diverse users, including those with disabilities. 5. Engaging UI: Visually appealing interface with a professional and modern aesthetic. 6. Efficient UX: Streamlined user flows for easy completion of tasks. 7. Feedback Systems: Clear indicators of system status and user actions (e.g., loading states, confirmation messages). 8. Error Handling: User-friendly error messages with guidance for resolution. 9. Blockchain Integration: Integrate blockchain functionalities in a way that's understandable for non-expert users. 10. Documentation: Provide clear guidelines for users to navigate and use the application effectively. ## 🤝 Impact on our organization The primary impact of a team working on this bounty is significant for future developers. It provides a clear, practical example of how to build full-stack Sway applications, featuring a robust and fully-featured frontend. This not only aids in understanding the intricacies of Sway development but also sets a standard for what can be achieved, guiding and inspiring future projects in the Fuel ecosystem. ## 🧑‍⚖️ How are we judging it? 1. Functionality: The project must fulfill the core requirements as outlined in the bounty. It should interact seamlessly with the Sway application backend, performing all specified tasks without errors. 2. UI/UX Design: The user interface should be intuitive, aesthetically pleasing, and easy to navigate. User experience should prioritize simplicity, efficiency, and engagement. The design should be responsive and accessible to a wide range of users. 3. Performance: The application should load quickly and run smoothly. Performance optimizations such as efficient coding, image optimization, and minimal load times will be crucial. 4. Security: The project must adhere to best practices in web security. It should safely handle user data and transactions, protecting against common vulnerabilities. 5. Documentation and Ease of Use: Comprehensive documentation for setup and usage, and a demonstration that clearly showcases the project's features and functionality are essential. 6. Code Quality: Well-written, organized, and commented code is crucial for maintainability and future development. Adherence to coding standards and best practices is expected. ## 👀 Some example projects A few of the possible frontends that could be built based on the existing Sway example applications include: 1. Decentralized Exchange (DEX) Interface: Develop a frontend for a DEX, focusing on smooth trade execution and wallet integration. 2. Multisig Wallet UI: Create an intuitive interface for managing multisig wallets, enhancing transaction security. 3. Token Faucet Frontend: Build a user-friendly interface for a token faucet, simplifying token requests for testing. 4. Decentralized Voting System Interface: Design a frontend for a decentralized voting application, ensuring ease of use in governance processes. 5. NFT Minting and Management UI: Develop an interface for NFT creation and trading, enhancing user interaction with digital assets.

Injective today is one of the fastest growing blockchains in crypto. To celebrate the mainnet launch of Injective inEVM, Injective’s EVM layer, the Injective ecosystem is offering $15,000 in bounties. Developers can build across a wide array of categories spanning DEXs, lending, NFT Fi, Game Fi, Social Fi and more. You will not only be eligible for bounty rewards but also have support from the Injective ecosystem along with opportunities for potential external funding opportunities. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Read all about Injective Chain or dive straight into the code with guide here: - inEVM developer docs: https://docs.injective.network/develop/inEVM/ - The full Injective technical docs: https://docs.injective.network/ - Injective TypeScript docs: https://docs.injective.network/develop/tools/injectivets/ - Injective Python SDK docs: https://docs.injective.network/develop/tools/injectivepy/ - Injective Go SDK docs: https://docs.injective.network/develop/tools/injectivego/ Other important links: - API docs: https://api.injective.exchange/#introduction - Github: https://github.com/InjectiveLabs - Injective EVM x Layer Zero V2: https://docs.layerzero.network/  You can also get additional support by joining our builders chat on Discord: https://discord.gg/injective https://youtu.be/jbxRKNHvupU ## 🏆 Winner Breakdown 1st Place gets $5,000 2nd Place gets $4,000. 3rd Place gets: $3,000 4th Place gets: $2,000 5th Place gets $1,000. If we get less than five projects, or they're not meeting our criteria, the prize money will change. It could be between $1,000 and $5,000. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements All submissions need to deploy on the Injective inEVM Testnet or Mainnet to be qualified. ## ✅ What does a successful project look like? We are looking for innovative Web3 finance applications that bring unique functionalities to the Injective ecosystem by leveraging inEVM, from lending and trading to RWAs and NFT Fi.  inEVM brings additional value to cross-chain dApps and allows applications to achieve true composability across multiple networks. It allows Ethereum developers to interact with the broader blockchain universe and to scale further. All dAppss are welcome to participate! (If you need an idea to start: AMM protocols, lending platforms, DEXs, yield farming and liquidity mining, staking, DAOs, insurance protocols, asset management tools, derivatives and synthetics, tokenziation platforms). ## 🎨 UI/UX Design Requirements 1. User-friendly design that caters to both experienced Web3 users and newcomers.  2. Responsive UI design that provides a seamless experience across various devices and screen sizes. 3. Security emphasis that ensures the security of the platform. 4. Performance optimization: Ensure the UI elements are optimized for performance, with minimal load times and smooth transitions. 5. Scalability: Design should be scalable to accommodate the growing number of users and evolving features of the DeFi platform. ## 🤝 Impact on our organization With more projects building on inEVM, it allows for users of both the Injective and Ethereum ecosystem to have further opportunities to interact with both ecosystems dynamically. ## 🧑‍⚖️ How are we judging it? Once all submissions are collected, Injective Labs will distribute a list to the judges for evaluation. Teams and individuals who submitted projects will be evaluated on the following criteria: - Project Sustainability - Can this project continue to grow and evolve? - Design - Is the user experience and design of the project well thought out? - Security - Is the contract properly tested? - Have relevant test cases been covered with unit tests? - Originality and Innovation - How creative and unique is the project? - Mass Usability - Is the idea feasible? - How adaptable is it across other ecosystems and integrations? - Ecosystem Impact: - How impactful and useful is the submission for the larger Injective ecosystem? - Technical Complexity - Does the interaction with Injective demonstrate quality software development? - How well was the idea executed by the developer? - Does the project work as designed? - What is the level of skill or knowledge required to build the project? ## 👀 Some example projects You can build anything you can imagine on Injective. Trading, prediction markets, lending, interest rate swaps, portfolio dashboards, and Social Fi, are just some of the possibilities on Injective. Injective provides an unmatched infrastructure stack for building Web3 finance applicaitons. you will uniquely have access to Injective’s plug-and-play modules such as the world’s first on-chain derivatives orderbook, binary options, and more. Using these modules, you can rapidly deploy advanced applications in over 90% less dev hours. Injective also brings a shared liquidity layer to applications, which means your dApp can leverage institutional grade liquidity from day one for a legion of use cases. Visit https://injective.com/ecosystem to discover live projects built on Injective under the Featured dApps section. Current dApps range from orderbook DEXs, AMM, Yield farming, options, lending, LSD Fi, NFT Fi, Game Fi, and more. ## 💼 Job Opportunities Injective Labs, one of the core contributors to Injective, is hiring for a range of roles. You can find them here: https://injectivelabs.org/careers/ ## 💰 Grant and Investment Opportunities Opportunities to apply and be prioritized Open DeFi Grant Program and Injective Ecosystem Venture Group.

Build a dApp that uses zero-knowledge proofs to automate the process of purchasing and claiming payouts for flight delay insurance. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources 1. about zkPass TransGate: https://zkpass.gitbook.io/zkpass/pre-alpha/transgate 2. about zkPass TransGate-JS-SDK: https://zkpass.gitbook.io/zkpass/extension-js-sdk/introduction 3. open examples for zkPass TransGate-JS-SDK: https://github.com/zkPassOfficial/Transgate-JS-SDK 4. join our TG group for technical support: https://t.me/+2ayGyTs_3ixjNDNl https://youtu.be/IZM5ZuBgMgM ## 🏆 Winner Breakdown 1st Place gets $2,000. 2nd Place gets $1,000. If there is no two 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 1. integrate flight booking website as a trusted data source to access flight information. 2. develop custom schema to retrieve flight real-time data. 3. implement SDK to verify flight delay insurance purchases and flight delays using zero-knowledge proofs. 4. write a dapp that completes the business logic. ## ✅ What does a successful project look like? 1. user process of the dApp is logical and coherent. 2. the proof is successfully generated and minted via our SDK. ## 🎨 UI/UX Design Requirements 1. the phrase 'Powered by zkPass' is required to be seen in a visible spot throughout the entire user process. 2. no other special requirements, as long as there is a front-end demo available. ## 🤝 Impact on our organization 1. showcases zkPass' real-world potential, attracting users and developers while providing valuable feedback to refine the platform. 2. demonstrates the feasibility of issuerless/permissionless oracle models in dApp development, promoting trust and transparency through privacy-focused technology. ## 🧑‍⚖️ How are we judging it? 1. clear business logic, with robust security and data privacy measures. 2. novel use-case, with sustainability and growth potential even after the hackathon. 3. intuitive UX, with open-source commitment for community growth. ## 👀 Some example projects 1. Reduce fraudulent claims: Leverage zk-SNARKs to verify flight delays instantly and eliminate paperwork, making fraudulent claims difficult. 2. Faster payouts: Automatic claim settlements upon verified delays through smart contracts, enabling quicker financial support for affected passengers. 3. Personalize insurance options: Offer dynamic pricing based on individual travel patterns and risk profiles, leading to fairer and more affordable premiums. 4. Increase access to insurance: Enable secure and efficient insurance purchases for travelers in underserved regions or with limited access to traditional financial services. ## 💼 Job Opportunities We’re looking for a DevRel mastermind to join zkPass. you’ll be cultivating our builder community and provide technical expertise in collaborations with our potential partners. You’ll be offered competitive salary and perks with a distributed work culture and collaborative workspace. ## 💰 Grant and Investment Opportunities Teams will have the opportunity to present their project to the zkPass and partner communities, potentially leading to collaborations with development partners or other projects within the ecosystem. We are also open to exploring potential employment opportunities for talented individuals from the winning team.

Build a dApp that uses zkPass technology to build a driver-owned and community-governed ridesharing platform. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources 1. about zkPass TransGate: https://zkpass.gitbook.io/zkpass/pre-alpha/transgate 2. about zkPass TransGate-JS-SDK: https://zkpass.gitbook.io/zkpass/extension-js-sdk/introduction 3. open examples for zkPass TransGate-JS-SDK: https://github.com/zkPassOfficial/Transgate-JS-SDK 4. join our TG group for technical support: https://t.me/+2ayGyTs_3ixjNDNl https://youtu.be/IZM5ZuBgMgM ## 🏆 Winner Breakdown 1st Place gets $2,000. 2nd Place gets $1,000. If there is no two 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 1. integrate Uber as a trusted data source to access rides history and app-specific data 2. develop a custom schema to retrieve and extract required information from Uber. 3. implement SDK to verify the authenticity and integrity of these information using zero-knowledge proofs. 4. build a dapp that completes the business logic. ## ✅ What does a successful project look like? - user process of the dApp is logical and coherent - the proof of both rider-side and driver-side is successfully generated and minted via our SDK ## 🎨 UI/UX Design Requirements 1. the phrase 'Powered by zkPass' is required to be seen in a visible spot throughout the entire user process. 2. no other special requirements, as long as there is a front-end demo available. ## 🤝 Impact on our organization 1. showcases zkPass' real-world potential, attracting users and developers while providing valuable feedback to refine the platform. 2. demonstrates the feasibility of issuerless/permissionless oracle models in dApp development, leveraging on existing user reputation on web2 businesses to provide frictionless onboarding into web3 applications with decentralized properties. ## 🧑‍⚖️ How are we judging it? 1. clear business logic, with robust security and data privacy measures. 2. novel use-case, with sustainability and growth potential even after the hackathon. 3. intuitive UX, with open-source commitment for community growth. ## 👀 Some example projects 1. Fairer compensation for drivers: Utilize smart contracts for transparent and automatic payments based on pre-defined fares, ensuring drivers receive their fair share. 2. Reduce platform fees and control: Enable a driver-owned and community-governed ridesharing platform, reducing dependence on centralized platforms and their fees. 3. Personalized ride options: Allow riders to choose drivers based on specific preferences and community ratings, creating a more customized and trusted experience. 4. Improve passenger safety and accountability: Implement transparent dispute resolution mechanisms and community-driven feedback systems to ensure accountability and safety for both riders and drivers. ## 💼 Job Opportunities We’re looking for a DevRel mastermind to join zkPass. you’ll be cultivating our builder community and provide technical expertise in collaborations with our potential partners. You’ll be offered competitive salary and perks with a distributed work culture and collaborative workspace. ## 💰 Grant and Investment Opportunities Teams will have the opportunity to present their project to the zkPass and partner communities, potentially leading to collaborations with development partners or other projects within the ecosystem. We are also open to exploring potential employment opportunities for talented individuals from the winning team.

Build a dApp that integrates zkPass technology to offer a privacy-preserving KYC solution for individuals users from a certain country. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources 1. about zkPass TransGate: https://zkpass.gitbook.io/zkpass/pre-alpha/transgate 2. about zkPass TransGate-JS-SDK: https://zkpass.gitbook.io/zkpass/extension-js-sdk/introduction 3. open examples for zkPass TransGate-JS-SDK: https://github.com/zkPassOfficial/Transgate-JS-SDK 4. join our TG group for technical support: https://t.me/+2ayGyTs_3ixjNDNl https://youtu.be/IZM5ZuBgMgM ## 🏆 Winner Breakdown 1st Place gets $2000. 2nd Place gets $1,000. If there are no two 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 1. investigate the compliance requirements used to complete the KYC process in a specific country, a. here's a list of countries that we would prefer seeing a solution for: Switzerland, Canada, United Kingdom, Sweden, Japan, United States, Australia, Netherlands, Germany, Denmark, Norway, France, New Zealand, Brazil, Finland, Italy, Belgium, Singapore, South Korea, Spain, Luxembourg, Russia, Austria, UAE, Ireland, Thailand, Turkey, Vietnam, Indonesia, Argentina, Philippines, Ukraine, India, Nigeria, Pakistan, Morocco, and Bangladesh. (sourced from top 25 of crypto adoption index by Chainalysis and top country index by USNews) 2. integrate the required digital identity system for the specified country to access identity information (ID document type, ID number, etc.). 3. develop a custom schema to retrieve and extract personal credentials from these systems. 4. implement SDK to verify the authenticity and integrity of identity information using zero-knowledge proofs. 5. build a dapp that completes the business logic. ## ✅ What does a successful project look like? 1. user process of the dApp is logical and coherent 2. the proof is successfully generated and minted via our SDK ## 🎨 UI/UX Design Requirements 1. the phrase 'Powered by zkPass' is required to be seen in a visible spot throughout the entire user process. 2. no other special requirements, as long as there is a front-end demo available. ## 🤝 Impact on our organization 1. showcases zkPass' real-world potential, attracting users and developers while providing valuable feedback to refine the platform. 2. demonstrates the feasibility of issuerless/permissionless oracle models in dApp development, promoting trust and transparency through privacy-focused technology. ## 🧑‍⚖️ How are we judging it? 1. clear business logic, with robust security and data privacy measures. 2. novel use-case, with sustainability and growth potential even after the hackathon. 3. intuitive UX, with open-source commitment for community growth. ## 👀 Some example projects 1. Streamline onboarding processes: Enable secure and efficient identity verification for individuals from any country, regardless of existing infrastructure, facilitating access to financial services and online platforms. 2. Reduce friction in cross-border transactions: Simplify KYC compliance for international businesses and organizations, promoting smoother global trade and partnerships. 3. Combat identity fraud: Enhance privacy and security through zero-knowledge proofs, protecting personal information from unauthorized access or misuse. 4. Empower unbanked individuals: Provide access to financial services and digital resources for individuals without traditional banking infrastructure, promoting financial inclusion. ## 💼 Job Opportunities We’re looking for a devRel mastermind to join zkPass. you’ll be cultivating our builder community and provide technical expertise in collaborations with our potential partners. You’ll be offered competitive salary and perks with a distributed work culture and collaborative workspace. ## 💰 Grant and Investment Opportunities Teams will have the opportunity to present their project to the zkPass community and relevant partner communities. We are also open to exploring potential employment opportunities for talented individuals from the winning team.

Build a dApp that utilizes zkPass technology to verify reviews on existing social media platforms and establish a proper incentive system to initiate a decentralized review ecosystem. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources 1. about zkPass TransGate: https://zkpass.gitbook.io/zkpass/pre-alpha/transgate 2. about zkPass TransGate-JS-SDK: https://zkpass.gitbook.io/zkpass/extension-js-sdk/introduction 3. open examples for zkPass TransGate-JS-SDK: https://github.com/zkPassOfficial/Transgate-JS-SDK 4. join our TG group for technical support: https://t.me/+2ayGyTs_3ixjNDNl https://youtu.be/IZM5ZuBgMgM ## 🏆 Winner Breakdown 1st Place gets $2000. 2nd Place gets $1,000. If there are no two 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 1. integrate popular social media platforms and review platforms to access social posts and reviews. 2. develop a custom schema to retrieve and extract reviews from these platforms. 3. implement SDK to verify the authenticity and integrity of user reviews using zero-knowledge proofs and link them to appropriate business partners. 4. build a dapp that completes the business logic. ## ✅ What does a successful project look like? 1. user process of the dApp is logical and coherent. 2. the proof is successfully generated and minted via our SDK. 3. comprehensive reward system based on user contribution. ## 🎨 UI/UX Design Requirements 1. the phrase 'Powered by zkPass' is required to be seen in a visible spot throughout the entire user process. 2. no other special requirements, as long as there is a front-end demo available. ## 🤝 Impact on our organization 1. showcases zkPass' real-world potential, attracting users and developers while providing valuable feedback to refine the platform. 2. demonstrates the feasibility of issuerless/permissionless oracle models in dApp development, promoting trust and transparency through privacy-focused technology. ## 🧑‍⚖️ How are we judging it? 1. clear business logic, with robust security and data privacy measures. 2. novel use-case, with sustainability and growth potential even after the hackathon. 3. intuitive UX, with open-source commitment for community growth. ## 👀 Some example projects 1. Combat fake reviews: Utilize community-driven content moderation and tokenized incentives to promote trusted and valuable reviews, reducing the influence of fake content. 2. Discover authentic experiences: Facilitate transparent reviews of local businesses and hidden gems, empowering travelers to find unique and genuine experiences. 3. Support ethical tourism: Promote responsible travel practices and sustainable businesses through community governance and review curation. 4. Democratize travel data: Give travelers ownership and control over their review data, reducing reliance on centralized platforms and promoting data privacy. ## 💼 Job Opportunities We’re looking for a devRel mastermind to join zkPass. you’ll be cultivating our builder community and provide technical expertise in collaborations with our potential partners. You’ll be offered competitive salary and perks with a distributed work culture and collaborative workspace. ## 💰 Grant and Investment Opportunities Teams will have the opportunity to present their project to the zkPass community and relevant partner communities. We are also open to exploring potential employment opportunities for talented individuals from the winning team.

Build a dApp that leverages zkPass technology in a novel and impactful way. Surprise us with your unique proposition! ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources 1. about zkPass TransGate: https://zkpass.gitbook.io/zkpass/pre-alpha/transgate 2. about zkPass TransGate-JS-SDK: https://zkpass.gitbook.io/zkpass/extension-js-sdk/introduction 3. open examples for zkPass TransGate-JS-SDK: https://github.com/zkPassOfficial/Transgate-JS-SDK 4. join our TG group for technical support: https://t.me/+2ayGyTs_3ixjNDNl https://youtu.be/IZM5ZuBgMgM ## 🏆 Winner Breakdown 1st Place gets $2000. 2nd Place gets $1,000. If there are no two 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 1. identify the information required from existing platforms for a specific business use-case 2. integrate appropriate data providers as a trusted data source to access required data 3. develop a custom schema to retrieve and extract required information from data providers. 4. implement SDK to verify the authenticity and integrity of these information using zero-knowledge proofs. 5. build a dapp that completes the business logic. ## ✅ What does a successful project look like? 1. user process of the dApp is logical and coherent 2. the proof is successfully generated and minted via our SDK ## 🎨 UI/UX Design Requirements 1. the phrase 'Powered by zkPass' is required to be seen in a visible spot throughout the entire user process. 2. no other special requirements, as long as there is a front-end demo available. ## 🤝 Impact on our organization 1. showcases zkPass' real-world potential, attracting users and developers while providing valuable feedback to refine the platform. 2. demonstrates the feasibility of issuerless/permissionless oracle models in dApp development, promoting trust and transparency through privacy-focused technology. ## 🧑‍⚖️ How are we judging it? 1. clear business logic, with robust security and data privacy measures. 2. novel use-case, with sustainability and growth potential even after the hackathon. 3. intuitive UX, with open-source commitment for community growth. ## 👀 Some example projects 1. Since this bounty encourages open-ended creativity, so focus on showcasing the breadth and potential of zkPass technology. Highlight a wide range of use cases across various industries, such as secure data marketplaces, decentralized governance systems, privacy-preserving healthcare applications, or innovative solutions for environmental sustainability. 2. Consider emphasizing the transformative potential of zkPass within your chosen use case, demonstrating how it could change existing paradigms and address real-world challenges in novel ways. ## 💼 Job Opportunities We’re looking for a devRel mastermind to join zkPass. you’ll be cultivating our builder community and provide technical expertise in collaborations with our potential partners. You’ll be offered competitive salary and perks with a distributed work culture and collaborative workspace. ## 💰 Grant and Investment Opportunities Teams will have the opportunity to present their project to the zkPass community and relevant partner communities. We are also open to exploring potential employment opportunities for talented individuals from the winning team.

Build an EVC-compliant ERC-721 vault (possibly similar to the ERC-4626). Rework a borrowable playground vault in order to be able to accept your vault as a collateral. Get creative! ## 🗂️ Bounty Category Feature Integration ## 📚 Resources EVC Website: https://evc.wtf/ EVC Playground: https://evc.wtf/docs/playground/ EVC Repo + additional docs:  https://github.com/euler-xyz/ethereum-vault-connector https://github.com/euler-xyz/ethereum-vault-connector/blob/master/docs FAQ: https://evc.wtf/docs/faq/ https://youtu.be/S4znv4zCVY0 ## 🏆 Winner Breakdown We're giving money prizes to the top two team projects:  - 2 x 1st Place gets $3,000 each - 2nd Place gets $2,000 If there are not two top projects, we might only give out some of the prizes listed above, or we may adjust prize amounts. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements - Submission must include a link to a functional demo or a comprehensive testing guide to showcase the solution to the Euler judges. - Although we prefer completed MVPs, we also welcome creative implementation designs and unfinished projects with novel ideas. We understand building is hard and want to see anyone who did their best to build with the EVC. Bear in mind that unfinished projects may be less likely to win one of our prizes. - The preferred method of presentation is a 2-3 minute max video that demonstrates the project. ## ✅ What does a successful project look like? Bonus points will be given for projects that include test coverage (unit + integration tests) and a clean codebase. That being said, this is a hackathon and our team values finished MVPs over code cleanliness. Success Criteria: Unlock NFT liquidity. Creation of NFT ERC-721 vault on the EVC that can used as a suitable collateral for borrowing ERC-20 tokens. ## 🎨 UI/UX Design Requirements - Submit a publicly available GitHub repository with your project code that contains a README with a clear description of your project. - The application must have a functional UI - either a command-line program or a browser-based dApp. The UI should include basic functionalities like depositing in a vault & borrowing from a vault ## 🤝 Impact on our organization As Euler embarks into modular lending with the release of the lending primitive EVC, we are thrilled to explore creative and innovative ways that the DeFi community will build on it. This hackathon is a huge part of getting us there. We greatly value all of the builders at ETH Denver who are taking the time to hack on our software and take us to the next phase in DeFi Lending! ## 🧑‍⚖️ How are we judging it? - Technical - Innovation - Creativity - UI/UX ## 👀 Some example projects NFT lending, more importantly, utilizing the EVC in order to unlock NFT liquidity so that they can become a suitable collateral for borrowing ERC-20 tokens.

Use EVC playground vaults and unleash your creativity by building an operator on the newest open source lending primitive, the Ethereum Vault Connector. Developers can create position managers, conditional orders etc. What will you build? ## 🗂️ Bounty Category Feature Integration ## 📚 Resources EVC Website: https://evc.wtf/ EVC Playground: https://evc.wtf/docs/playground/ EVC Repo + additional docs:  https://github.com/euler-xyz/ethereum-vault-connector https://github.com/euler-xyz/ethereum-vault-connector/blob/master/docs FAQ: https://evc.wtf/docs/faq/ https://youtu.be/S4znv4zCVY0 ## 🏆 Winner Breakdown We're giving money prizes to the top two team projects: - 1st Place gets $3,000 - 2nd Place $2,000 If we get less than two 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 - Submission must include a link to a functional demo or a comprehensive testing guide to showcase the solution to the Euler judges. - Although we prefer completed MVPs, we also welcome creative implementation designs and unfinished projects with novel ideas. We understand building is hard and want to see anyone who did their best to build with the EVC. Bear in mind that unfinished projects may be less likely to win one of our prizes. - The preferred method of presentation is a 2-3 minute max video that demonstrates the project. ## ✅ What does a successful project look like? Bonus points will be given for projects that include test coverage (unit + integration tests) and a clean codebase. That being said, this is a hackathon and our team values finished MVPs over code cleanliness. ## 🎨 UI/UX Design Requirements - Submit a publicly available GitHub repository with your project code that contains a README with a clear description of your project. - Include a link to the working demo and/or provide a testing guide. ## 🤝 Impact on our organization As Euler embarks into new territories with the release of the EVC, we are thrilled to explore creative and innovative ways that the community will build on it. This hackathon is a huge part of getting us there. We greatly value all of the people who are taking the time to hack on our software at ETHDenver. ## 🧑‍⚖️ How are we judging it? - Technical - Innovation - Creativity - UI/UX ## 👀 Some example projects Experiment with the concept of the operator and permit on the Ethereum Vault Connector. Areas of experimentation include: - position managers (e.g. rebalancing) - opt-in liquidation flows - conditional orders (e.g. stop-loss, take-profit, trailing-stop etc.) - lending pool optimizers - intents support - gasless transactions, ability to pay for gas in any ERC20 token - anything else you can come up with!

Create a unique and advanced decentralized application (dapp) using ZetaChain's advanced omnichain contracts that works with the world's top cryptocurrency, Bitcoin. By using this state-of-the-art technology, your dapp will be able to provide secure and smooth transactions, improve user experiences, and change the way users interact with blockchains. Make the most of ZetaChain's power and create an outstanding dapp that will make a lasting impact on the industry. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources - Explore the Omnichain contracts overview and check out the helpful tutorials. You can also watch the informative Omnichain swap tutorial (video) for inspiration. - Check out the Omnichain staking tutorial (compatible with Bitcoin), the Omnichain swap tutorial (compatible with Bitcoin), and the Bitcoin frontend tutorial for valuable insights and guidance. https://www.youtube.com/watch?v=0Mlfvtc4wR4 ## 🏆 Winner Breakdown We're excited to award the top two team projects the following prizes - 1st place can get as much as $5,000. - 2nd place will get at least $1,000. If we get less than two projects, or they're not meeting our criteria, the prize money might change. The range for the total awarded prize in this bounty could be anywhere between $2,000 and $10,000. Also, if no project meets our criteria enough to win, we'll explain why ## 📝 Requirements Develop a decentralized application (dapp) that leverages ZetaChain's omnichain contracts capabilities, ensuring compatibility with Ethereum, Polygon, BSC, and Bitcoin. The dapp should offer practical utility for users of connected blockchains, Bitcoin and ZetaChain while providing an user-friendly interface for seamless interaction. The dapp should also implement custom logic that demonstrates innovation and uniqueness, rather than relying on tutorials or simple examples. ## ✅ What does a successful project look like? A decentralized application that utilizes ZetaChain's interoperability features, offers practical utility for users of connected blockchains, Bitcoin and ZetaChain while providing a convenient interface for interacting with the dapp. ## 🎨 UI/UX Design Requirements The UI/UX design of the decentralized application should prioritize a user-friendly interface that enhances the overall user experience. It should be intuitive, visually appealing, and easy to navigate. Consider implementing clear visual cues, concise and informative messaging, and smooth interactions to ensure a seamless and enjoyable user journey. ## 🤝 Impact on our organization A team working on this bounty would have a significant impact on our ecosystem. They would demonstrate the capabilities of ZetaChain's advanced technologies and showcase the potential for innovation in the industry. By creating unique and advanced decentralized applications (dapps) using ZetaChain's omnichain contracts, the team would contribute to the growth and adoption of ZetaChain, attracting more users and developers to the platform. ## 🧑‍⚖️ How are we judging it? - Implement the onCrossChainCall functionality to enable seamless interaction with different chains and Bitcoin. - Ensure compatibility with Bitcoin, and consider additional compatibility with Ethereum, Polygon, and BSC. - Utilize ZRC-20 tokens to enhance the contract's capabilities and efficient asset management. - Implement custom logic that demonstrates innovation and uniqueness (not tutorials or simple examples). ## 👀 Some example projects - Omnichain lending protocol to support any native collateral and assets including lending/borrowing native Bitcoin. - DeFi trading and finance such as omnichain DEXs and other DeFi primitives (AMM, stable swap, orderbook, perps, etc.) incorporating native Bitcoin. - Omnichain NFT projects or marketplaces that allow users to easily trade and transact with NFTs across chains, take native Bitcoin payments, or leveraging Bitcoin in some way. - NFTs that are minted or modified from Bitcoin inputs. - Universal GameFi digital assets platform that abstracts from users the underlying blockchains while enabling Bitcoin for payments or other use cases. - Governance and DAO tooling that enable groups to span, operate across, or manage assets on multiple chains while letting groups manage, trade or even vote with Bitcoin. - Web3 social network applications that lower the barrier to entry allowing users from many chains to join while incorporating Bitcoin. - Universal on-chain identity, accounts, and/or wallets to simplify crypto usage across chains or let users manage Bitcoin holdings in a simple way. - Any-to-any payments that bring Bitcoin into the broader DeFi ecosystem, unlock Bitcoin for existing applications or allows users/ customers to send from and receive any asset on any chain. - Ultimate decentralized yield aggregator to monitor and manage digital assets across any DeFi on any chains in one place. ## 💼 Job Opportunities https://www.zetachain.com/careers ## 💰 Grant and Investment Opportunities Gain exposure to VCs in the blockchain industry and ZetaChain ecosystem partners. The winners of the hackathon will be shortlisted for Grant Committee consideration as part of the $5,000,000 [ZetaChain Grants Program](https://www.zetachain.com/grants). Please note that grants awarded may vary based on bespoke agreements. Grant Program Requirements: - Deploy a smart contract on ZetaChain’s Testnet and Mainnet’s zEVM and/or leveraging ZetaChain’s omnichain messaging. Learn [how to build your first zEVM smart contract](https://www.zetachain.com/docs/developers/omnichain/tutorials/hello/). All relevant contract deployment addresses should be published publicly. All code for these smart contracts should be open-sourced. - Both existing projects that want to leverage or migrate to ZetaChain and novel projects in the ideation or development stage are eligible. - Grant applicants must be legal entities or individuals and agree to ZetaChain’s [Terms of Use](https://www.zetachain.com/terms-of-use). - Grant should be used to help with web3 development, liquidity, adoption, and/or awareness. - Grant applicants with strong technical capabilities, and ideally a clear idea of product-market fit and go-to-market as well as ambitious user growth goals will be prioritized. - Grant applicants must demonstrate a clear use of funds: how a grant will be used to create the proposed application. Clear mission and vision statement and plans for product development is highly encouraged.

Unlock the full potential of ZetaChain's Cross-Chain Messaging (CCM) capabilities by developing an original and impactful use case. Your project should demonstrate the innovative application of ZetaChain’s CCM between connected EVM chains such as Ethereum, Polygon, and BSC. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Explore the Cross-chain messaging overview and get started with the Introductory tutorial to unlock the full potential of cross-chain messaging. https://www.youtube.com/watch?v=0Mlfvtc4wR4 ## 🏆 Winner Breakdown We're excited to award the top two team projects the following prizes: 1st place can get as much as $5,000. 2nd place will get at least $1,000. If we get less than two projects, or they're not meeting our criteria, the prize money might change. The range for the total awarded prize in this bounty could be anywhere between $2,000 and $10,000. Also, if no project meets our criteria enough to win, we'll explain why ## 📝 Requirements Develop a decentralized application (dapp) that fully leverages the power of ZetaChain's CCM. Your dapp should incorporate the Connector API for messaging across various chains and effectively use the onZetaMessage and onZetaRevert functions to manage and process messages. The dapp must be compatible with all connected chains, including Ethereum, Polygon, and BSC. Ensure that your solution is deployed on ZetaChain's testnet for evaluation. ## ✅ What does a successful project look like? A successful dapp will be one that creatively utilizes ZetaChain’s CCM to provide a new or enhanced utility, demonstrating the power and flexibility of cross-chain messaging. ## 🎨 UI/UX Design Requirements Design a user-friendly, intuitive, and visually appealing interface for your dapp. The UI/UX should facilitate easy navigation and smooth interactions, incorporating clear visual cues and concise messaging. The design should cater to the needs of the users, providing a seamless experience across different blockchain platforms. ## 🤝 Impact on our organization Teams undertaking this challenge will play a pivotal role in showcasing the versatility and power of ZetaChain's cross-chain messaging capabilities. Their innovative solutions will not only demonstrate the practical applications of CCM but also encourage wider adoption and development within the ZetaChain ecosystem, propelling the platform towards becoming a hub for cross-chain communication and transactions. ## 🧑‍⚖️ How are we judging it? - Utilize ZetaChain's Connector API to send messages across different chains. - Implement the onZetaMessage and onZetaRevert functions to handle and process the received messages effectively. - Ensure compatibility with all connected chains, including Ethereum, Polygon, and BSC. - Deploy your solution to ZetaChain's testnet environment for evaluation. - Implement custom logic that showcases innovation and demonstrates the power of cross-chain messaging (not tutorials or simple examples). ## 👀 Some example projects - Decentralized Exchanges (DEXs): Build next-generation DEXs that enable seamless trading of assets across multiple chains. - Lending and Borrowing: Create lending platforms that allow users to access credit from different blockchains. - Financial Instruments: Develop innovative financial instruments like derivatives, stablecoins, and insurance products that work across multiple chains. - Financial Inclusion: Develop new and more accessible financial tools that can be made even more available to peoples by leveraging omnichain technology. - Collectibles and Collections: Create unique NFTs and collections that can be accessed and utilized across multiple chains. - Omnichain DAO Tooling: Build tools and platforms that facilitate cross-chain governance and asset custody. ## 💼 Job Opportunities https://www.zetachain.com/careers ## 💰 Grant and Investment Opportunities Gain exposure to VCs in the blockchain industry and ZetaChain ecosystem partners. The winners of the hackathon will be shortlisted for Grant Committee consideration as part of the $5,000,000 ZetaChain Grants Program. Please note that grants awarded may vary based on bespoke agreements. Grant Program Requirements: - Deploy a smart contract on ZetaChain’s Testnet and Mainnet’s zEVM and/or leveraging ZetaChain’s omnichain messaging. Learn how to build your first zEVM smart contract. All relevant contract deployment addresses should be published publicly. All code for these smart contracts should be open-sourced. - Both existing projects that want to leverage or migrate to ZetaChain and novel projects in the ideation or development stage are eligible. - Grant applicants must be legal entities or individuals and agree to ZetaChain’s Terms of Use. - Grant should be used to help with web3 development, liquidity, adoption, and/or awareness. - Grant applicants with strong technical capabilities, and ideally a clear idea of product-market fit and go-to-market as well as ambitious user growth goals will be prioritized. - Grant applicants must demonstrate a clear use of funds: how a grant will be used to create the proposed application. Clear mission and vision statement and plans for product development is highly encouraged.

We are looking for devs to build consumer crypto apps for the African market. MiniPay surpassed 1,234,567 users in Africa by the time we wrote this bounty. MiniPay is a mobile, stablecoin-based, non-custodial, payments focused wallet. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources - Building DApps for the MiniPay Wallet - Documentation  - Technical Workshop - Building MiniPay dApps - Use the Celo Composer for fast application development https://youtu.be/agHmadchz1o ## 🏆 Winner Breakdown - 1st Place, Best MiniPay app $5000 - 2nd Place Best MiniPay app $1000 ## 📝 Requirements - Build a working MVP for consumer crypto or a real-world use case application  - Build your application using Developer Mode in the MiniPay wallet  - Show your work with a  steady commit trail and document your thought process - List any developer experience challenges you encountered while building ## ✅ What does a successful project look like? A successful application to this bounty includes: - A well-defined problem to solve - A novel application of web3 technologies  - A working prototype using the Developer Mode in the MiniPay wallet  - Smart contracts deployed to Celo testnet or mainnet ## 🎨 UI/UX Design Requirements - Applications on MiniPay should be mobile-friendly in design. This means simple UIs with clear UI elements. - Applications should integrate the window.provider object provided by the MiniPay wallet’s webview. See Docs.  - The application should aim to be easy to use for a non-crypto native audience. ## 🤝 Impact on our organization - Teams who decide to work on this bounty will contribute to the fastest-growing application in web3, with the potential to impact real lives in Africa. - Teams should consider MiniPay as an opportunity to reach millions of users and solve real-world problems using crypto. ## 🧑‍⚖️ How are we judging it? - Judging will lean towards projects that have complete MVPs. Submissions should have a clear problem to solve and a strong hypothesis of how its technical implementation is solving it.  - Judging will prioritize teams working on consumer crypto applications or real-world use cases of crypto. Define an user for your project and describe how your audience uses your project to solve a problem. Judging will also benefit projects addressing new crypto users. See examples of use cases below.  - Submissions with a high potential for impact and scalability will receive higher scores. Judging will benefit ideas exploring public goods, positive impact, climate action, and projects that create access to financial tools for those who previously did not have. ## 👀 Some example projects Stablecoin Yield - Build a cross-chain stablecoin yield app on cUSD - Create access to T-bill yield on cUSD like OpenEden - Reliable on-chain yields on stablecoins with simple UX Wallet - Simple integration to allow other wallets to be able to send to MiniPay numbers using SocialConnect Merchants B2B - Transaction tracker and accounting - Billing with MiniPay like Khatabook  - Pay with MiniPay - Business Loans - Bulk payments - Expense approval - Budgeting using cUSD - POS and e-commerce apps  - Loyalty Earn using MiniPay - Microwork - earn to perform smaller tasks Personal Finance - Payment/settlement splitting like Splitwise - Payment control for families (parents + kids) - Auto saver - Short term loan - Loan pool between friends - Spending assessment, money management  - Social Savings pool - An app where folks can create a quick payment link to receive global payments. - Multisend  Rewards - Coupons for users - Shake to earn and daily engagement (GM2E) - Scratch and win - Gift cards - Rewards through games Spending - Enabling users to purchase gift cards like Bidali Remittances - Enable web sending to Minipay immediately. Amount and number and send. Crowdfunding Ramps - Enabling on and off ramping in Fiat <> Crypto in: - Nigeria - Kenya - Ghana - South Africa - Zambia - Tanzania - Uganda - DRC - Ivory Coast - FiatConnect integration Games - Betting platforms  - Sports management games  - Behavior incentives games like Sweatcoin  - Autonomous worlds games ## 💰 Grant and Investment Opportunities Projects should also consider to apply to Celo Camp, a MiniPay specific accelerator. https://www.celocamp.com/

MiniPay surpassed 1,234,567 users in Africa by the time we wrote this bounty. MiniPay is a mobile, stablecoin-based, non-custodial, payments focused wallet. We are looking for devs to build consumer crypto apps for the African market. ## 🗂️ Bounty Category Early Stage Startup ## 📚 Resources - Building DApps for the MiniPay Wallet - Documentation  - Technical Workshop - Building MiniPay dApps - Use the Celo Composer for fast application development https://youtu.be/agHmadchz1o ## 🏆 Winner Breakdown - 1st Place, Best MiniPay app $5000 - 2nd Place Best MiniPay app $1000 ## 📝 Requirements - Build a working MVP for consumer crypto or a real-world use case application  - Build your application using Developer Mode in the MiniPay wallet  - Show your work with a  steady commit trail and document your thought process - List any developer experience challenges you encountered while building ## ✅ What does a successful project look like? A successful application to this bounty includes: - A well-defined problem to solve - A novel application of web3 technologies  - A working prototype using the Developer Mode in the MiniPay wallet  - Smart contracts deployed to zCelo testnet or mainnet ## 🎨 UI/UX Design Requirements - Applications on MiniPay should be mobile-friendly in design. This means simple UIs with clear UI elements. - Applications should integrate the windows.provide object provided by the MiniPay waller’s webview. See Docs.  - The application should aim to be easy to use for a non-crypto native audience. ## 🤝 Impact on our organization - Teams who decide to work on this bounty will contribute to the fastest-growing application in web3, with the potential to impact real lives in Africa. - Teams should consider MiniPay as an opportunity to reach millions of users and solve real-world problems using crypto. ## 🧑‍⚖️ How are we judging it? - Judging will lean towards projects that have complete MVPs - Judging will prioritize teams working on consumer crypto applications or real-world use cases of crypto - Submissions with a high potential for impact and scalability will receive higher scores. ## 👀 Some example projects Stablecoin Yield - Build a cross-chain stablecoin yield app on cUSD - Create access to T-bill yield on cUSD like OpenEden - Reliable on-chain yields on stablecoins with simple UX Wallet - Simple integration to allow other wallets to be able to send to MiniPay numbers using SocialConnect Merchants B2B - Transaction tracker and accounting - Billing with MiniPay like Khatabook  - Pay with MiniPay - Business Loans - Bulk payments - Expense approval - Budgeting using cUSD - POS and e-commerce apps  - Loyalty Earn using MiniPay - Microwork - earn to perform smaller tasks Personal Finance - Payment/settlement splitting like Splitwise - Payment control for families (parents + kids) - Auto saver - Short term loan - Loan pool between friends - Spending assessment, money management  - Social Savings pool - An app where folks can create a quick payment link to receive global payments. - Multisend  Rewards - Coupons for users - Shake to earn and daily engagement (GM2E) - Scratch and win - Gift cards - Rewards through games Spending - Enabling users to purchase gift cards like Bidali Remittances - Enable web sending to Minipay immediately. Amount and number and send. Crowdfunding Ramps - Enabling on and off ramping in Fiat <> Crypto in: - Nigeria - Kenya - Ghana - South Africa - Zambia - Tanzania - Uganda - DRC - Ivory Coast - FiatConnect integration Games - Betting platforms  - Sports management games  - Behavior incentives games like Sweatcoin  - Autonomous worlds games ## 💰 Grant and Investment Opportunities Celo Camp Accelerator https://www.celocamp.com/

With the launch of XMTPs end-to-end encrypted group chat, we are looking for developer teams to build out token-gated group chat experiences that help web3 builders see the power of token-gated group chat that is privacy preserving, end to end encrypted, and scalable. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources XMTP Developer Portal- https://xmtp.org/ XMTP Developer Docs - https://xmtp.org/docs/introduction XMTP Github - https://github.com/xmtp XMTP Groupchat Documentation - https://xmtp.to/group-chat https://youtu.be/gJUhlkFSggg ## 🏆 Winner Breakdown 1st Place gets $2,000. 2nd Place gets $1,000. ## 📝 Requirements A functioning prototype that allows a user to participate in a token-gated group chat using: - XMTP's group chat functionality from the XMTP messaging protocol - Airstack's API token create token-gating.  Some examples ok token-gating possible by Airstack include: - Have a certain token (e.g. GRT holders) - Have a certain NFT (e.g. Moonbirds, Basepaint) - Have a certain POAP (e.g. Eth Denver) - Have any POAP in a series (e.g. Eth Global hackathons) - Have an NFT ticket for future event - Web3 social influencers: Have >X followers on Lens or Farcaster, or both ## ✅ What does a successful project look like? A successful implementation of group chat, allows: - a user the ability to create a group chat using XMTP's group chat SDK - the group should be token-gated, meaning the only users who can participate in the group chat  - the user can add other users to this group - added users, who meet the criteria ok the required token, are allowed to chat - all users in the group chat, can add messages and read messages from other users ## 🎨 UI/UX Design Requirements - Easy to use and understand end user experience - Can use https://github.com/xmtp/xmtp-web as a base chat example application interface. - Should feel like a standard group chat interface, where different users and conversations are clearly denoted. ## 🤝 Impact on our organization Group chats are a major initiative for XMTP in 2024.  We are looking for development teams to help bring this brand new release to life and help other web3 developers see the possibility in XMTP group chat. ## 🧑‍⚖️ How are we judging it? The goal of this bounty is to make it easy for web3 builders to understand that XMTP has end-to-end secure group chat, that provides web3 users with a highly secure, privacy preserving group chat, that is composable with mechanisms like token-gating, etc. Meaning, with XMTP group chat, it can be combined with other web3 elements to build powerful user experiences, based on the criteria of the web3 audience. ## 👀 Some example projects This bounty is focused on showing the potential of XMTP group chat with other composable web3 elements, like token-gating. ## 💼 Job Opportunities https://blog.xmtp.com/careers/

Make your messaging app interactive by embedding frames straight into the chat. Add fun features like voting, website updates, AI prompts, minting and commerce interactions. We'll give prizes for the most fun, useful, and smart projects! ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - Frames Doc: https://xmtp.org/frames - Use cases: Check out our use cases inspiration https://xmtplabs.notion.site/Chat-Frames-Use-Cases-2742508ec61d4b75bfad98c42c3d5810?pvs=4 - XMTP Developer Portal- https://xmtp.org/ - XMTP Developer Docs - https://xmtp.org/docs/introduction - XMTP Getting Started - https://xmtp.org/docs/build/get-started/overview - XMTP Github - https://github.com/xmtp https://youtu.be/gJUhlkFSggg ## 🏆 Winner Breakdown 1st Place gets $2,000. 2nd Place gets $1,000. ## 📝 Requirements Build a successful Frame that let users interact in an easy and fun way. 1. Learn About XMTP Frames: Check out the guides and info we shared. 2. Make a Simple Version: Start with something basic that works. 3. Keep It Fun and Easy: Make sure anyone can use it and it's fun. 4. Use Feedback: Listen to what people say on XMTP channels to make your project better. ## ✅ What does a successful project look like? A messaging app that uses Frames to let users do cool stuff. For example, they could do voting, events, commerce. Check out our use cases inspiration https://xmtplabs.notion.site/Chat-Frames-Use-Cases-2742508ec61d4b75bfad98c42c3d5810?pvs=4 ## 🎨 UI/UX Design Requirements Frames should be easy embeddable by your with copy pasting the URL in the chat app. Additionally, they could be compatible with Farcaster Frames in order to extend them into apps like Warpcast. ## 🤝 Impact on our organization Your project will show off what XMTP Frames can do and get more people excited about making and using apps with XMTP. It helps us grow a community of developers like you who build awesome things. ## 🧑‍⚖️ How are we judging it? We're looking for: - Cool Ideas: How unique and fun your features are. - Usefulness: Solves a problem? How big of a problem. - Ease of Use: How easy it is for everyone to use your app. Check out our use cases inspiration https://xmtplabs.notion.site/Chat-Frames-Use-Cases-2742508ec61d4b75bfad98c42c3d5810?pvs=4 ## 👀 Some example projects Check our our Chat Frames Use Case Doc! https://xmtplabs.notion.site/Chat-Frames-Use-Cases-2742508ec61d4b75bfad98c42c3d5810 ## 💼 Job Opportunities We're hiring engineers! https://blog.xmtp.com/careers/

It's hard to get real-time notifications for onchain events that matter to you. XMTP users have asked for the ability to subscribe to certain events and get notifications over XMTP when that event happens. Users can receive notifications in mobile apps like Coinbase Wallet, Converse, and Phaver. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources XMTP Developer Portal- https://xmtp.org/ XMTP Developer Docs - https://xmtp.org/docs/introduction XMTP Getting Started - https://xmtp.org/docs/build/get-started/overview XMTP Github - https://github.com/xmtp XMTP 🛠️ How to build web3 native messaging apps with XMTP - https://www.youtube.com/watch?v=OLQcniVSyA4 https://youtu.be/gJUhlkFSggg ## 🏆 Winner Breakdown 1st Place gets $2,000. 2nd Place gets $1,000. ## 📝 Requirements To complete this prize, you must show a simple web-accessible page that allows a user to: - sign with their wallet + create an XMTP identity - select an onchain event they want notifications for - receive an alert when that notification happens Note: you can simulate an event to show the interaction. The events you choose are up to you! Here are some examples to help give you an idea of what is possible: https://glory-bellflower-ba8.notion.site/XMTP-Alerts-POC-9a78f639c706494eb5e059a6a7723066?pvs=4 Note: Airstack.xyz has a lot of these endpoints available today: https://www.airstack.xyz/ To keep things simple, you can simply make buttons for each alert, i.e. a menu of alerts to subscribe to, vs. an event notification builder. Although, if you wanted to make a tool that let people build events, that is awesome as well. The example you submit needs to be open-source so that other's can make use of your creation. We are looking to use this example as inspiration for other developers on how they can use XMTP to deliver important information to users in real-time. ## ✅ What does a successful project look like? Successful implementations deliver a clean UX that makes it easy for someone to get the value of the real-time notifications for onchain events. A great implementation should be simple for a user to a) sign with their wallet + create an XMTP identity, b) choose a pre-built event notification to subscribe to, c) be able to simulate that event notification so they can get a message over XMTP, and d) choose to subscribe to more event notifications. ## 🎨 UI/UX Design Requirements The application must have a functional user-interface that is accessible via a web browser and published to a publicly accessible demo URL. ## 🤝 Impact on our organization Allowing users to subscribe to onchain events and receive notifications when those events happen is at the core of XMTP's value to users. As XMTP is private and secure, real-time notifications about key onchain events, becomes an essential part of someone's ability to get critical information is a secure, and private way. ## 🧑‍⚖️ How are we judging it? The main criteria is: - easy to use. - the UX is clear and accessible and easy - the event notifications are fun yet practical - people get a lot of value out of getting important information, so would love to inspire users with what is possible. - open source - we want to inspire other devs as well! This bounty will be a jumping off point for other developers to build tools that help make XMTP better. ## 👀 Some example projects People ask us all the time for easy ways to get real-time updates about really important onchain events. For example, - people want to know about serious notifications, like they are about to be liquidated. - people want to know about specific things, like when a DAO they are part of does a payout over 1ETH - people want to know about social things like when they have a new follower on Farcaster - people want to know about fun things like when something is trending. So, these notification are so important in how people get information most critical and time-sensitive to them. This bounty will allow people to start setting up notifications to solve this problem, and help everyone stay more informed. ## 💼 Job Opportunities We're hiring engineers! https://blog.xmtp.com/careers/

XMTP provides app developers an end-to-end encrypted DM & group chat protocol for EVM wallets to communicate. Now that wallets have a secure way to chat, we want to allow them the ability to send money in conversations. Goal: Build a web or mobile app, using XMTP's SDKs, that allows a user to send USDC as part of a conversation. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources Developer Portal - xmtp.org XMTP Get Started Guide - https://xmtp.org/docs/build/get-started/overview XMTP Github - https://github.com/xmtp XMTP Documentation - https://xmtp.org/docs/introduction https://youtu.be/gJUhlkFSggg ## 🏆 Winner Breakdown 1st Place gets $1,500. 2nd Place gets $1,000. ## 📝 Requirements A working app, either on web or mobile, that allows a users to send a payment of USDC (on Base) as part of the experience for messaging. The end user should be able to invoke a money send feature, send the money to the person they are in a conversation with, and then see a confirmation of the transaction as part of the chat. The receiver of the money should also see a confirmation of the payment as part of the chat. ## ✅ What does a successful project look like? - A user can sign into a web or mobile XMTP client on behalf of an EOA - This would create an identity on the XMTP - The user can compose a message to another EOA wallet with an identity on the XMTP network - The user should be able to invoke a "send money" feature from the chat experience - The user should be able to transfer USDC on Base - After the user sends money, they should see a confirmation in the chat experience. - The receiver of the money should also see a confirmation of the payment in the chat experience. You can see an example of this in the Coinbase Wallet app or Converse.xyz app ## 🎨 UI/UX Design Requirements - A clean, simple end user experience that creates a quality demo of this client. - A simple mechanism to send USDC on Base ## 🤝 Impact on our organization Combining money with messaging is a core goal of the XMTP network. Providing demonstrable examples of this, and getting feedback from developers, is critical to our goals. ## 🧑‍⚖️ How are we judging it? - Above all, we look at this feature as a primary demo for giving users the ability to send USDC in messaging. - This project should focus on simplicity over flare. ## 👀 Some example projects Given that XMTP is a highly secure, and privacy-centric protocol, this use case helps to educate developers that users can send money through messaging.

Maximize an OEV strategy for a lending/borrowing dapp. API3 will be operating a mock price feed to create mock liquidable positions. Deploy a searcher and optimize your strategy to extract as much value as possible over EthDenver. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Learn about OEV and dAPIs: https://github.com/api3-ecosystem/ETHDenver https://www.youtube.com/watch?v=LPy5l-_J9QE ## 🏆 Winner Breakdown 1st Place gets $2,500. 2nd Place gets $1,500. 3rd Place gets $1,000. 4th Runner up gets for continuous optimization $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 - Execute a price update with a searcher to perform a liquidation using OEV-Network and gain a profit. - Must generate a profit (can’t just max gas) - Demonstrate a unique searcher strategy with optimized value extraction - Runner up prize qualification: - Proof of continuously optimizing search bot strategy - Proof of showing different strategies ## ✅ What does a successful project look like? - Successfully win the price update auction OFA  (Order Flow Auction), execute the liquidation and maximize profit using API3’s OEV network. - The team that gets the highest profit wins the highest bounty. ## 🎨 UI/UX Design Requirements - Show proof of execution and profit in an easily readable format ## 🤝 Impact on our organization Feedback on execution strategies, how users view our docs and understand the content.  Ability to communicate with new searchers on the OEV Network. ## 🧑‍⚖️ How are we judging it? - Throughout EthDenver API3 will be mimicking a crypto market through a dummy price feed. This will be where searchers can deploy and capture OEV within liquidation events. Please refer to the resources for further details.  - The judging will be based on the quantity of OEV extracted within the mimicked crypto market  The higher the overall profit the higher the bounty reward.  - Outside of this, searchers that demonstrate highly successful optimizations within the competition could also reward a bounty prize.  - As the hackathon progresses, the value extracted will lower over time. - Runner up prize qualification: - If a team persistently refine the bot's strategy and sees significant improvements in the performance of the searcher, we will reward the continued optimization even though they not get the top 3 profits. ## 👀 Some example projects - For this bounty, we are looking to see how searchers maximize profit. ## 💰 Grant and Investment Opportunities https://docs.api3.org/explore/introduction/contributing.html#how-do-i-access-funds-to-support-my-efforts

The OEV-Network enables dApps to recapture value previously lost on liquidation events through MEV. Using API3’s prebuilt searcher bot, modify an existing lending/borrowing protocol and distribute the liquidation profits in the most meaningful way. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources Learn about OEV and dAPIs: https://github.com/api3-ecosystem/ETHDenver https://www.youtube.com/watch?v=LPy5l-_J9QE ## 🏆 Winner Breakdown 1st Place gets $2,500. 2nd Place gets $1,500. 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 - Your searcher bot must use the OEV Network to perform the price update - Must be able to perform the liquidation - Deliver an innovative and meaningful use of the new value captured through the OEV Network - Must show logic on how the distribution of profits is performed ## ✅ What does a successful project look like? Successfully able to win the price update bid using the OEV Network to perform the liquidation Use the value returned back to the dApp for a new purpose: - Demonstrate how the profits are being used  - Consider how this can be executed with automation - Deliver new incentive mechanisms or user features within borrow/lending platforms with OEV  Examples: - Fund public goods by auto distributing through a smart contract - Reward current stakers of the dapp with a bonus (all the users get a share of the profit) - Lower the penalty of the liquidation (instead of a standard of 5%, make it much smaller) all automated. - Update an options position just before expiration to get the latest price ## 🎨 UI/UX Design Requirements - No strict requirements for UX/UI, we prefer technical implementation. - Please demonstrate with a potential defi user in mind where the profits have gone.  - If there is a new feature introduced on a borrow/lending platform please demonstrate a simple UI/UX where possible. ## 🤝 Impact on our organization Oracle Extractable Value (OEV) is a subset of MEV that changes the way liquidation events happen with a specialized type of Order Flow Auction. The OEV Network has been created so searchers can partake in OFA at the oracle level. This enables borrow/lending users to have a better experience during liquidation events. Through developers taking on this challenge we hope to:  - Lets users become familiar with our product - Bring more voluntary searchers to the OEV Network - Get feedback on impact of OEV on MEV ## 🧑‍⚖️ How are we judging it? - Having a working product. - Ability to execute the idea and show proof that it is working as intended. - Must use the OEV network to perform the task of updating the price oracle. - Impact of new mechanism or functionality on defi users. - Successfully able to win the price update bid using the OEV Network to perform the liquidation - Use the value returned back to the dApp for a new purpose: - Demonstrate how the profits are being used  - Consider how this can be executed with automation - Deliver new incentive mechanisms or user features within borrow/lending platforms with OEV  - Examples: - Fund public goods by auto distributing through a smart contract - Reward current stakers of the dapp with a bonus (all the users get a share of the profit) - Lower the penalty of the liquidation (instead of a standard of 5%, make it much smaller) all automated. ## 👀 Some example projects - Fund publics goods by auto distributing through a smart contract - MEV for good, share of a portion of the profits to support open source projects - Reward current stakers of the dapp with a bonus - Give an increase of percentage of return to attract users to your dapp - Lower the penalty of the liquidation  - Attract more borrowers to your dapp by having a smaller penalty on liquidations - On an expiring option position update the price just before the expiration time to get the exact price  - Utilize OEV-Network as a pull oracle

Tokenized value is the core of web3. Use 0x APIs to simplify the DeFi experience! Seeking innovative projects that enable seamless access to tokenized value, with a focus on token on/off ramps, gaming and NFT infrastructure, and trading automation. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - 0x Docs - Swap API - Tx Relay API - Price API - Github Link - 0x demo app examples - Guides - Get started with Swap API - Get started with Price API - Get started with Tx Relay API - Videos - 0x videos - 0x YouTube https://www.youtube.com/watch?v=NGQcLbeFUKs ## 🏆 Winner Breakdown - 1st place gets $3,000 - 2nd place gets $2,500 - 3rd place gets $1,500 - Seamless UX: $1,000 - Most Innovative: $1,000 - Most Scalable: $1,000 If there are not enough projects to fit all categories, judges may choose to only hand out some of the prizes listed above, or prize amounts may be adjusted, with an explanation provided. After the Hackathon… Prize winners and participants of the 0x bounty may be selected for future collaborations or partnerships. We love featuring our integrators and helping them! ## 📝 Requirements In addition to the judging requirements below, we are seeking projects that align with one of the following categories. These categories are designed to focus your innovation on key areas of the DeFi ecosystem where 0x APIs can have a significant impact: 1. Token On/Off Ramp: Projects should facilitate seamless token deposits, allowing users to use any tokens in their wallet without needing to leave the app to swap for a required token. For example, many apps require ETH, but users do not always have ETH on-hand and need to go to a third-party to make the exchange. By integrating 0x Swap and Tx Relay APIs, users can swap directly in-app into whatever token rather. This could even be automated in the back-end without users needing to take direct action. Focus on streamlining the user experience for entering and exiting token positions. a. Examples include but are not limited to Decentralized Indices, Lending, Perps, Derivatives, Yield Farming, Prediction Markets, Liquid Staking, Tokenized RWA, and Insurance Platforms. The sky's the limit! 2. Gaming and NFT Infrastructure: If your project is centered around web3 gaming or NFT infrastructure/marketplace, leverage 0x to enable users to conveniently swap into required tokens directly within your NFT marketplace or in-game environment. Your solution should enhance the user experience in acquiring, trading, or utilizing NFTs. 3. Trading Automation Tools & Infrastructure: Develop tools or infrastructure that automate aspects of trading using 0x APIs. Focus on innovations that enhance trading efficiency, accuracy, and accessibility for users in the DeFi space. a. Examples include but are limited to Risk Management tools, Trading bots, Solvers, Decentralized Mutual Funds, DeFi Index Rebalancing, Cross-chain interoperability (Swap API + CCTP) 4. Open Category: If your team has an innovative idea that does not fit into the above categories, we encourage you to discuss it with the 0x team. Visit us at our booth or reach out on the 0x Discord to explore how your unique concept can contribute to the 0x ecosystem. Engagement with 0x Team: Join the 0x Discord! We highly encourage all participants to engage with the 0x team for guidance, feedback, or to discuss ideas that fall outside the predefined categories. Our team is available to support you throughout the hackathon, ensuring your project aligns well with our vision and APIs. ## ✅ What does a successful project look like? Success in this bounty hinges not only on technical proficiency but also on creativity, usability, and real-world applicability. Here are key features that would indicate a successful implementation, along with examples to guide builders: 1. Seamless 0x API Integration: A successful project integrate at least one of 0x APIs (Swap, Tx Relay, Price) in a way that feels natural and enhances the core functionality. For example, a token on/off ramp that uses the Swap API to allow users to effortlessly convert tokens within the app, reducing the need for external exchanges. 2. User-Centric Design: The project should prioritize the user experience, making complex DeFi interactions intuitive. For instance, a trading automation tool that offers a user-friendly interface for setting up and managing automated trades, catering to both novice and experienced traders. 3. Innovative Use Cases: We're looking for projects that push the boundaries of what's possible with 0x APIs. An example might be a gaming platform where in-game assets (NFTs) can be directly traded or swapped using 0x, seamlessly integrating with the game's economy. 4. Scalability and Performance: A successful project should not only work well at a small scale but also demonstrate potential for growth. For instance, a marketplace using 0x that significantly simplifies the NFT purchase process, attracting more users to the space due to its ease of use. 5. Documentation and Presentation: Comprehensive documentation and a clear, compelling presentation of the project are essential. This includes both the technical implementation as well as explanations of the design choices and how the project addresses specific user needs or market gaps. Example of a Successful Feature Implementation: Consider a gaming project in the Token On/Off Ramp category that enables users to deposit an array of ERC-20 tokens and automatically swaps them into the required token (e.g., ETH or a game-specific token) without leaving the platform. This project would demonstrate success through its seamless integration of the Swap API, providing a frictionless experience for users, enhancing liquidity, and demonstrating a clear understanding of user needs in the DeFi space. ## 🎨 UI/UX Design Requirements If the project is user-facing, the following UI/UX requirements will be considered: 1. Intuitiveness and Simplicity: The interface should be intuitive, even for users who are new to DeFi. Avoid overcomplicating the design. Simplify navigation and make key functionalities easily accessible. 2. Consistency and Clarity: Maintain a consistent design language throughout the application. Use clear, concise language and familiar icons to ensure that the functionality is easily understood. 3. User-Centric Approach: Design with the end-user in mind. This includes understanding the user journey, anticipating user needs, and designing to solve user problems effectively. ## 🤝 Impact on our organization 1. Feedback and Improvement: Working with external teams provides valuable feedback on the 0x APIs and infrastructure. This feedback is crucial for continuous improvement and can guide future development and enhancements. 2. Ecosystem Growth: 0x APIs are built on the open-sourced 0x Protocol. As teams work on projects integrating 0x APIs, they contribute to the growth and robustness of the 0x ecosystem which support the broader flow of tokenized value across the ecosystem to all contributors. 3. Marketing Collaborations: Participants of the 0x bounty may be selected for future collaborations or partnerships. We love featuring our integrators and helping them! ## 🧑‍⚖️ How are we judging it? All submissions must fulfill the following requirements to be considered valid: 1. 🛠 Implement at least one 0x APIs - Swap, Tx Relay, Price a. Created a 0x Dashboard account to obtain a 0x API key (test key is okay) b. Properly calls one of the API endpoints (e.g. Swap API /quote endpoint, Tx Relay /submit endpoint, Price /quote endpoint) c. The use case for the endpoint(s) makes sense from a user perspective 2. 💻 Technical Implementation a. The code well-written, technically sound, and clean b. Projects that are code-complete will have higher consideration than projects that are just in ideation 3. ✨ Innovation & Creativity a. The solution should not only be functional but also innovative. We are looking for unique approaches that stand out in terms of design, usability, or technical implementation. 4. 🌈 Design a. If the project is user-facing, project should demonstrate a clear understanding of user needs and present an interface that is intuitive and accessible. 5. 🌐 Adoption & Market a. The project has potential to gain real-world traction b. The project fills a market gap and has the potential to be adopted by a sizable and diverse audience 6. Project Scope & Overall Presentation a. Project scope is clearly defined and conveys how the solution simplifies or enhances the DeFi experience b. Project clearly describes the app architecture, codebase, and how the 0x APIs are integrated and utilized. ## 👀 Some example projects Please see the "What is required to complete this prize?" section for full details of each category. We are seeking projects that align with one of the following categories: 1. Token On/Off Ramp a. Examples include but are not limited to Decentralized Indices, Lending, Perps, Derivatives, Yield Farming, Prediction Markets, Liquid Staking, Tokenized RWA, and Insurance Platforms. The sky's the limit! 2. Gaming and NFT Infrastructure a. If your project is centered around web3 gaming or NFT infrastructure/marketplace, leverage 0x to enable users to conveniently swap into required tokens directly within your NFT marketplace or in-game environment. Your solution should enhance the user experience in acquiring, trading, or utilizing NFTs. 3. Trading Automation Tools & Infrastructure a. Examples include but are limited to Risk Management tools, Trading bots, Solvers, Decentralized Mutual Funds, DeFi Index Rebalancing, Cross-chain interoperability (Swap API + CCTP) 4. Open Category a. If your team has an innovative idea that does not fit into the above categories, we encourage you to discuss it with the 0x team. Visit us at our booth or reach out on the 0x Discord to explore how your unique concept can contribute to the 0x ecosystem. ## 💼 Job Opportunities Find open 0x positions at: https://0x.org/careers

Take any open-source dApp (existing or new) and make it cross-chain with Moonbeam! Use General Message Passing (GMP) to trigger an on-chain action. Moonbeam can be either the chain sending the message or receiving the message. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Please see the Moonbeam Hackathon Kit here for the most up-to-date resources, videos, examples and tips.  The Moonbeam Docs Site is a comprehensive resource for developers building on Moonbeam. https://www.youtube.com/watch?v=5Yz2z-m2tJs ## 🏆 Winner Breakdown 1st Place Prize of $6,000 2 Runner Up Prizes of $2,000 each ## 📝 Requirements Your goal with this bounty is to take any dApp and enhance it to be a cross-chain dApp. The dApp can be pre-existing and open source (you didn't create it) OR it can be your own dApp. To cross-chainify your dApp, you can use any General Message Passing (GMP) provider to send messages to or from Moonbeam. Thus, Moonbeam should be either the network sending the cross-chain message or receiving the cross-chain message. Typically, your cross-chain messages will include smart contract calls such that a user can interact with a smart contract from a different chain, providing a seamless cross-chain experience to the end user. ## ✅ What does a successful project look like? The best submissions for this bounty will clearly demonstrate enhancing a dApp with cross-chain capabilities. The best ones will have an elegant UX and demonstrate a clear use-case being fulfilled.  For example, suppose you're working on an NFT Marketplace that's currently deployed to Polygon. For your bounty submission you'd like to add cross-chain support for Moonbeam users to interact with the NFT Marketplace directly from Moonbeam. Success here would involve setting up cross-chain contract calls from Moonbeam to Polygon to interface with the NFT Marketplace on Polygon. If a user wants to buy an NFT, the user would confirm the transaction on Moonbeam, a cross-chain message will be sent to Polygon, and the NFT will be delivered to the user's corresponding address on Polygon (e.g. the same address as their Moonbeam address). The user didn't need to bridge funds, they didn't need to have any Matic tokens on Polygon (all gas is paid on Moonbeam) and they didn't need to switch to a different network in their wallet. All of this combines to provide an excellent experience to the end-user on Moonbeam. ## 🎨 UI/UX Design Requirements Most submissions will be a web-based dApp, but you’re more than welcome to build on mobile as well. Browser-based dApps can ideally be deployed to a publicly accessible hosted URL (e.g. Vercel). If not deployed, that’s fine too, just indicate clear instructions in the ReadMe how to build and run the dApp locally.  The dApp should use any GMP provider supported by Moonbeam or Moonbase Alpha, including but not limited to Axelar, Wormhole, LayerZero, Hyperlane, or Polkadot’s native XCM to build the cross chain components of the dApp. ## 🤝 Impact on our organization You'll inspire more builders to build cross-chain dApps and advance us on our mission to make Moonbeam the top destination for multi-chain builders. ## 🧑‍⚖️ How are we judging it? Projects need to satisfy 1 main requirement: - Use a GMP protocol to call a contract either from Moonbeam or to Moonbeam.  All Moonbeam bounties will be judged according to the standard ethDenver judging guidelines - that is: - Theme Fit - Originality & Innovation - Ease of use (UI/UX) - Sustainability (marketplace viability) - Technical complexity - Level of Completion We encourage you to take risks and try something bold! Projects that attempt to deliver excellent solutions to technically challenging problems will typically rank higher than projects that flawlessly execute basic ideas. We reserve the right to withhold prizes in cases where low-quality submissions do not meet our bounty requirements. ## 👀 Some example projects What are some examples of some great cross-chain dApp ideas? We're so glad you asked! Here are a few to get you started: Build a Cross-Chain NFT Marketplace and Minter NFTs have exploded in popularity in recent years. With good reason - they’re fun, engaging, and addictive. But by and large, most NFT projects are not yet truly cross-chain. You may interact with NFT marketplaces that have support for multiple chains, but these are typically just single-chain NFT marketplaces that repeatedly ask users to switch their networks.  Picture an NFT marketplace on Moonbeam that allows you to buy and sell NFTs on many different chains from Moonbeam as the hub chain. This is made possible by general message passing (GMP), which allows you to send a message to another connected chain (Moonbeam is highly interconnected), and take an action such as buying an NFT or listing one of your NFTs for sale. As an example, let’s say I wanted to buy an NFT on Polygon. I’ll confirm the purchase transaction on Moonbeam, paying the fees in Moonbeam’s GLMR token, and the dApp will send a cross-chain message to Polygon to buy that NFT, and it will be delivered to my corresponding address on the Polygon network.  In addition to the marketplace feature, it would be nice to have (although not necessary) the ability for users to mint their own NFTs on the chain of their choice. For example, the user might want to mint 100 ERC-721s on Polygon, and they can do this via a cross-chain call sent directly from Moonbeam to Polygon, without acquiring MATIC tokens. While you may already have MATIC tokens lying around, not every user will have tokens for every chain that they want to interact with, and it can be hard to manage via bridging. Moonbeam is connected to a huge variety (and growing number) of chains via GMP providers like Axelar, Hyperlane, LayerZero, and Wormhole. These protocols make it truly easy to call a contract on a remote chain - all you need to do is specify the destination chain, the contract address you want to interact with, and the payload (contract call data). With general message passing, you can future proof your NFT marketplace.  TLDR: Make an NFT marketplace on Moonbeam that allows you to buy and sell NFTs on several different chains!  Build a Cross-Chain DeFi Helper Managing DeFi activities across multiple chains can be a cumbersome task. For a user to participate in DeFi different chains, they typically need to bridge funds, acquire the gas token of the destination chain, deposit/stake funds, and of course, claim rewards. Moonbeam is uniquely positioned as a hub for cross-chain connectivity via a variety of GMP protocols and that means you can take part in DeFi on many different chains without ever leaving Moonbeam. How does that work? The answer lies in Moonbeam’s extensive integrations with a variety of GMP protocols, including Axelar, Hyperlane, LayerZero, Wormhole & of course, Polkadot's native XCM. These protocols make it truly easy to call a contract on a remote chain - all you need to do is specify the destination chain, the contract address you want to interact with, and the payload (contract call data). It’s that simple. So, imagine a scenario where a user has $100 in USDC on Moonbeam that they want to put to work. It just so happens that there is a juicy opportunity on Aave on Polygon. You can use a GMP Protocol like Axelar to simultaneously bridge the $100 in USDC to Polygon and deposit in Aave, all in one click. The user doesn’t have to have any Polygon tokens (they will pay for the cross-chain transaction with GLMR on Moonbeam), and they don’t have to switch networks or perform any wizardry. They just need to click and confirm 1 transaction that you’ve prepared for them. This is just an example of what you can do and it is not meant to be the only example  The design of your cross-chain DeFi Helper is entirely up to you. You can make it as simple (for example, click here to stake and we will automatically find the best opportunity for you) or as advanced (display a list of the highest-yielding opportunities on any connected chain, allowing the user to choose their desired one). Your dApp should aim to simplify the degen’s life at each step of the process - depositing, withdrawing, and claiming rewards. Moonbeam can be either your hub network coordinating the cross-chain actions on another network or a connected network dispatching actions on a particular DeFi protocol on Moonbeam. In other words, Moonbeam must be 1 of the networks you use.  Remember these are just suggestions to get you thinking - you can go an entirely different direction. The above examples will not be favored or prioritized in the judging. ## 💰 Grant and Investment Opportunities Moonbeam has a robust grants program to support builders at each step of their journey. Moonbeam's Grant Program has 2 main components: Community Committee Grants, and Ecosystem Grants. Community Committee Grants are intended to attract Web3 startups to the ecosystem by offering founders financial assistance, as well as technical, co-marketing support, mentorship, and strategic support. The budget is set periodically by the Moonbeam Foundation and managed by a committee that includes 2 members from the Foundation and 3 members that were elected from the community for a 6 month term. Calls for Ecosystem Grants are periodically issued by the Moonbeam Foundation and are intended to help more mature teams scale. These grants tend to be larger than Community Committee Grants and while the committee ensures applications are well formatted and oversees the general application process, the allocation is fully determined by the community. Applications are first submitted to the Forum and reviewed by the committee to ensure they adhere to application standards. After a period of review and community discussion, they are submitted to a weighted snapshot vote so the community can vote on how to allocate the available funds. A final on-chain vote then confirms the allocation. You can use this link to apply for a grant from the Moonbeam Foundation: Apply here for a Grant

Implement Particle Network’s Smart Wallet-as-a-Service (AA-enabled social logins) within an existing or new consumer-facing mobile application. Particle Network enables Web2-like UX; thus, this bounty rewards the best mobile UX and implementation. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Documentation  https://developers.particle.network https://developers.particle.network/docs/android https://developers.particle.network/docs/ios GitHub Links https://github.com/Particle-Network https://github.com/Particle-Network/particle-ios https://github.com/Particle-Network/particle-android https://developers.particle.network/docs/example-repositories Guides https://developers.particle.network/docs/mobile-androidios-quickstart https://developers.particle.network/reference/auth-android  https://developers.particle.network/reference/auth-ios How-to Videos https://developers.particle.network/docs/tutorial-videos https://www.youtube.com/watch?v=Hh7jp1VDw1c ## 🏆 Winner Breakdown Given a distribution of 10,000 USDC to three winning projects, 1st place will receive $5,000 2nd place can get as much as $4,000 ($3,000 minimum) 3rd place can get as much as $2,000 ($1,000 minimum) 2nd and 3rd place will deviate in prize by $1,000 depending on quality; although the total will remain as 10,000 USDC. The quality of the 2nd and 3rd only impacts the distribution of the remaining $5,000 between the two. The only situation in which the total prize amount, 10,000 USDC, would change is if there are less than three satisfactory submissions, in which total prize allocation would change accordingly. ## 📝 Requirements This bounty aims to reward projects that effectively integrate Particle Network’s Modular Smart Wallet-as-a-Service within mobile applications to craft a consumer-ready experience, driven either in whole or in part by Particle Network’s tech stack. This application should either be an existing or new application (such as one already being built during ETHDenver) meant to interface with consumers in some capacity (the degree to which it’s consumer-facing is flexible). Within the application, users should have the option to onboard through social logins powered by either Particle Auth (direct library for facilitating social logins) or Particle Connect (Particle’s in-house connection kit). Onboarding should lead to a smart account, not an EOA –this can be facilitated through Particle’s AA SDK or an external AA SDK, with Particle Network acting as a Signer. The way in which this smart account is leveraged is up to the developer, although we suggest that it be used to further enhance the underlying UX of the application in question. Beyond these features (social logins and account abstraction driven by Particle Network), the specifics of your application (how it works, the vertical in which it exists, etc.) are up to you. Your application must be open-source. ## ✅ What does a successful project look like? The most successful submissions to this bounty will have used Particle Network’s Smart Wallet-as-a-Service to enhance UX and craft a natural onboarding flow beyond the surface level. Specifically, this application should showcase the underlying technology and its implications for user experience; how it does this is up to the builder. One solid example of a successful implementation of Particle Network would be https://www.apex.exchange, in which users undergo a seamless onboarding process further enhanced by in-app UI elements built specifically to aid in making the integration of Particle feel more natural for end-users, resulting in a Web2-like experience. Although, as mentioned, the way in which your application achieves this natural onboarding flow is flexible –if your neighbor could onboard and use your application with minimal confusion, then you’ve likely hit the mark on this attribute. ## 🎨 UI/UX Design Requirements Sign-in through social logins powered by Particle Network should be a visible and clear path of onboarding, resulting in an account that is handled naturally by the application. Beyond this, the types of UI elements used and the underlying UX flow are open-ended. ## 🤝 Impact on our organization Particle Network seeks to highlight high-quality implementations of its technology within mobile applications, specifically to be used in examples and to raise awareness within the developer ecosystem. A well-thought-out, open-source mobile implementation of Particle Network’s SDKs can be enormously helpful in further showcasing this technology. ## 🧑‍⚖️ How are we judging it? This bounty won’t be strict, and thus the judges will be applying open-minded criteria allowing projects to stretch across a variety of verticals and implementation methods. Judges will primarily focus on the dynamic between the onboarding process (with Particle Network) and the application itself, exploring the flow from login to usage. Beyond the UX of the application itself, judges will also take the associated open-source repository into account, exploring the programmatic implementation of Particle Network and the quality of its handling (referring back to how we define a quality/natural integration, but from a more technical lens). ## 👀 Some example projects Web3 has historically been an almost exclusively engineering-focused financial sector. Just in the last few years have consumer applications grown to be a focus. Significant progress in this sector has been made over the past 12 months, specifically in furthering the adoption of ERC-4337 account abstraction for flexible, user-friendly account structures alongside Wallet-as-a-Service for familiar onboarding. As such, Web3 can finally make the transition to a consumer-focused sector with mass adoption soon. We hope to explore the potential in this regard through Modular Smart Wallet-as-a-Service, thus this bounty focuses on one of the most crucial fronts for consumer applications –mobile ## 💰 Grant and Investment Opportunities Some winners with exceptional submissions may qualify for continued support from Particle Network through a grant, although this will be pursued at Particle Network’s discretion.

Brevis allows smart contracts to trustlessly read historical on-chain states/tx/events and run customizable computations on top at low cost, enabling data-driven dApp UX. No ZK knowledge is required. Build with Brevis and win amazing prizes. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - What's Brevis in 2mins - The SDK documentation and Github link are here - Find our engineering team at our booth and join Brevis telegram channel to ask questions. - Other useful resources https://www.youtube.com/watch?v=2qbqrq1n38o ## 🏆 Winner Breakdown 1st Place gets $5,000 (see completion requirements for qualification details) 2nd Place gets $2,500. 3rd Place gets $1,500. 4rd Place gets $1,000. If there are not four 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 What's Brevis in 2mins - Developers are required to integrate Brevis SDK 2.0 into their dApps successfully. - The dApps should access historical blockchain states, transaction and/or events, and run customized business logic/computation on those data through Brevis ZK Coprocessor. - The integration should be meaningful: accessing historical states that are also available in the current blockchain states does not count as successful integration. - To qualify for the first prize, the dApp must write customized and meaningful computation logic on the data accessed. Simply utilizing historical on-chain data without any computation does not qualify for the first prize. - We do consider partial or incomplete integration on a case-by-case basis. For submissions aiming to solve real-world use cases with a clear path towards full integration, we will most likely issue the full amount of the bounty. ## ✅ What does a successful project look like? What's Brevis in 2mins Examples: - An good example of a successful integration is a trading-volume-based fee discount feature in Uniswap v4. You can find example code for this in the Brevis SDK repo. - To understand the core concept of Brevis and what sample apps you can build with it, we recommend reading this blog post. - Other examples and inspirations can be found in Brevis's blog and twitter. Specifically check out this introduction blog post ## 🎨 UI/UX Design Requirements Basic UI is preferred to demonstrate the idea. However, it is not a hard requirement to qualify for bounties. We focus more on the core flow of integrating Brevis and the meaningfulness of such integration. ## 🤝 Impact on our organization We look forward to amazing projects and teams that can become our long-term ecosystem partners and candidates for our developer ecosystems grants and programs. ## 🧑‍⚖️ How are we judging it? - Is the use case meaningful? Many top-tier DeFi protocols are already solving real-world challenges and implementing features that were not possible before using Brevis. We believe you can do that too. Therefore, we put the biggest weight on whether the submission actually aims to solve a real-world challenge or to build a useful feature through the paradigm-shifting power of ZK coprocessors. Therefore, we also accept partial implementation submissions. - Is the implementation complete? We also look at whether the implementation is well-executed. We are here to help. - Is the demo awesome? We put less focus on UI/UX. However, amazing demo always helps to deliver the idea better! ## 👀 Some example projects - To understand the core concept of Brevis and what you can build with it, we recommend reading this Uniswap v4 hook example and this introduction blog post - Some specific ideas are - Uniswap v4 hooks based on traders' historical trading behaviors - Loyalty and user retention features in DeFi, gaming and others - User-gating features based on historical user behaviors - Trust-free active liquidity management solutions using Brevis to prove on-chain triggers - Smart wallet recovery features based on user behavior and on-chain financial connections - Brainstorm with us at our booth!

Deploy your EVM dApp on Artela blockchain and propose innovative ideas to enhance your dApp with Aspect, an WASM on-chain extension on Artela. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Guides: https://fanatical-krypton-122.notion.site/Hacker-Resources-862026b207574c4dbce7505cc7f79bfa?pvs=4 Support group: https://t.me/+f03kQRAYhlgyMzA1 Doc: https://docs.artela.network/ Submission Example Github: https://github.com/QiyuanMa/session-key-aspect-example https://www.youtube.com/watch?v=5rZAERfanoc ## 🏆 Winner Breakdown We're giving money prizes to the top 3 team projects: Each winner can get as much as $2,000. 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 $2,000. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements 1. Deploy your dApp or an open source solidity smart contract on Artela blockchain 2. Propose innovative solution ideas to using Aspect to enhance your dApp. 3. Implement the Aspect in AssemplyScript, with a clear demo. Submission Requirement: - Video Link (optional) - A demo video illustrating your dApp, proposed Aspect idea, and Aspect demo - Github Repo Link (required) - Include a README file containing: - Name and summary of your dApp and proposed Aspect. - Names of team member(s) and roles. - An overview of the addressed problem and how the team intends to resolve it through the creation of this Aspect. - The design process behind the project - The value that this Aspect brings to your dApp. - How to use - your dApp and Aspect code base. - Website Link (optional) ## ✅ What does a successful project look like? 1. The team manages to deploy dApp on Artela 2. The team proposes a solution to using Aspect to enhance the dApp. 3. The team manages to implement Aspect based on its proposed solution, with a clear demo. 4. The team has a detailed readme file as required. Example of successful implementation: https://github.com/QiyuanMa/session-key-aspect-example ## 🎨 UI/UX Design Requirements Webpage/mobile app front-end interface or command line interface are all acceptable. ## 🤝 Impact on our organization It inspires builders to contribute groundbreaking innovations through Aspect on Artela blockchain to unlock the full potential of Web3 innovations. ## 🧑‍⚖️ How are we judging it? The qualified projects must have: - Deployed dApp on Artela - Proposed a solution to using Aspect to enhance the dApp. - Implemented Aspect based on its proposed solution, with a clear demo. - Github Repo Link included the following: - Include a README file containing: - Name and summary of your dApp and proposed Aspect. - Names of team member(s) and roles. - An overview of the addressed problem and how the team intends to resolve it through the creation of this Aspect. - The design process behind the project - The value that this Aspect brings to your dApp. - How to use - Your dApp and Aspect code base. Nice to Have: - A demo video illustrating how your demo works and how your code is implemented. - A demo website link. Judgement Criteria: - Ecosystem Impact: - How impactful and useful is the submission for the larger Artela ecosystem? - Mass Usability - Is the Aspect idea feasible and adaptable? - Originality and Innovation - The creativity and usability of the Aspect you built to your dApp and Artela ecosystem. - Design - Is the user experience and design of the project well thought out? - Technical Complexity - Does the interaction with Artela blockchain demonstrate quality software development? - How well is the idea executed by the developer? - Does the Aspect function as designed? - The quality of Aspect implementation. - What is the level of skill or knowledge required to build the Aspect? - Sustainability - Can this Aspect continue to evolve and be considered for incubation? ## 👀 Some example projects Security Example: Runtime Protection Aspect: - Overview: - Runtime Protection Aspect can work seamlessly with your DeFi smart contract to eliminate reentrancy attacks in real time. - Blog: Eliminate Reentrancy Attacks with On-chain Runtime Protection - Github Repo:https://medium.com/@artela_network/eliminate-reentrancy-attacks-with-on-chain-runtime-protection-6fb1142945a7 - Implementation Video: - https://www.youtube.com/watch?v=HG0QSdJp598&t=6s - Contributor: Artela DeFi: Example: One-Session Key for One-Click Trading - Overview: - Session Key Aspect enables One-Click-Trading for DeFi protocols by using private EoA keys that automatically expire at a specific block height to sign transactions. - Website: https://session-key-aspect-1bpx.vercel.app/ - Blog: Aspect Case: Enable Session Keys for Your dApp - Github Repo: https://github.com/QiyuanMa/session-key-aspect-example - Contributor: Artela & Artex GameFi: Example: JIT(Just-in-time) Gaming Aspect - Overview: - JIT(Just-in-time) Gaming Aspect allows adding system players in FLOC. It enables automatic random task execution, which can serve as RPC behavior in a PVC Game. - Website: https://jit-gaming-wje9.vercel.app/ - Blog: Aspect Case: On-chain NPC for autonomous world game - Github Repo: https://github.com/cpppppp7/jit-gaming - Contributor: Artela & BladeDAO ## 💰 Grant and Investment Opportunities The dApp with potential Aspect idea proposal has the opportunity to get support from Artela in the future and has priority to get selected into future incubation.

Learn the given example solidity smart contract codebase, and propose innovative Aspect solutions to enhance the sample dApp. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources Guides: https://fanatical-krypton-122.notion.site/Hacker-Resources-862026b207574c4dbce7505cc7f79bfa?pvs=4 Support group: https://t.me/+f03kQRAYhlgyMzA1 Doc: https://docs.artela.network/ Submission Example Github: https://github.com/QiyuanMa/session-key-aspect-example https://www.youtube.com/watch?v=5rZAERfanoc ## 🏆 Winner Breakdown We're giving money prizes to the top 2 team projects: Each winner can get as much as $2,000. 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 $2,000. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements 1. Learn the sample codebase. 2. Propose innovative Aspect ideas to enhance the sample dApp. 3. Implement the Aspect in AssemplyScript, with a clear demo. Submission Requirement: - Video Link (optional) - A demo video illustrating your dApp, proposed Aspect idea, and Aspect demo - Github Repo Link (required) - Include a README file containing: - Name and summary of your dApp and proposed Aspect. - Names of team member(s) and roles. - An overview of the addressed problem and how the team intends to resolve it through the creation of this Aspect. - The design process behind the project - The value that this Aspect brings to your dApp. - How to use - your dApp and Aspect code base. - Website Link (optional) ## ✅ What does a successful project look like? 1. The team manages to deploy the sample contract on Artela 2. The team proposes a solution to using Aspect to enhance the contract. 3. The team manages to implement Aspect based on its proposed solution, with a clear demo. 4. The team has a detailed readme file as required. Successful implementation example: https://github.com/QiyuanMa/session-key-aspect-example ## 🎨 UI/UX Design Requirements A well-structured webpage/mobile app front-end interface is preferred but not required Command line result is also acceptable. ## 🤝 Impact on our organization It inspires builders to contribute groundbreaking innovations through Aspect on Artela blockchain and serving as the first step to incubate the Artela killer dApp. ## 🧑‍⚖️ How are we judging it? The qualified projects must have: - Deployed the sample contract on Artela - Proposed a solution to using Aspect to enhance the contract. - Implemented Aspect based on its proposed solution, with a clear demo. - Github Repo Link included the following: - Include a README file containing: - Name and summary of your dApp and proposed Aspect. - Names of team member(s) and roles. - An overview of the addressed problem and how the team intends to resolve it through the creation of this Aspect. - The design process behind the project - The value that this Aspect brings to your dApp. - How to use - Your dApp and Aspect code base. Nice to Have: - A demo video illustrating how your demo works and how your code is implemented. - A demo website link. Judgement Criteria: - Ecosystem Impact: - How impactful and useful is the submission for the larger Artela ecosystem? - Mass Usability - Is the idea feasible and adaptable? - Originality and Innovation - The creativity and usability of the Aspect your built to your dApp and Artela ecosystem. - Design - Is the user experience and design of the project well thought out? - Technical Complexity - Does the interaction with Artela blockchain demonstrate quality software development? - How well is the idea executed by the developer? - Does the Aspect function as designed? - The quality of Aspect implementation. - What is the level of skill or knowledge required to build the Aspect? - Sustainability - Can this Aspect continue to evolve and be considered for incubation? ## 👀 Some example projects Security Runtime Protection Aspect: - Overview: - Runtime Protection Aspect can work seamlessly with your DeFi smart contract to eliminate reentrancy attacks in real time. - Blog: Eliminate Reentrancy Attacks with On-chain Runtime Protection - Github Repo:https://medium.com/@artela_network/eliminate-reentrancy-attacks-with-on-chain-runtime-protection-6fb1142945a7 - Implementation Video: - https://www.youtube.com/watch?v=HG0QSdJp598&t=6s - Contributor: Artela DeFi: One-Session Key for One-Click Trading - Overview: - Session Key Aspect enables One-Click-Trading for DeFi protocols by using private EoA keys that automatically expire at a specific block height to sign transactions. - Website: https://session-key-aspect-1bpx.vercel.app/ - Blog: Aspect Case: Enable Session Keys for Your dApp - Github Repo: https://github.com/QiyuanMa/session-key-aspect-example - Contributor: Artela & Artex GameFi: JIT(Just-in-time) Gaming Aspect - Overview: - JIT(Just-in-time) Gaming Aspect allows adding system players in FLOC. It enables automatic random task execution, which can serve as RPC behavior in a PVC Game. - Website: https://jit-gaming-wje9.vercel.app/ - Blog: Aspect Case: On-chain NPC for autonomous world game - Github Repo: https://github.com/cpppppp7/jit-gaming - Contributor: Artela & BladeDAO

Harness our intents framework to give your dapp a reimagined cross-chain UX. Hack on Across V3 products to capitalize on our unparalleled cross-chain settlement layer or bundle bridge + dapp functions for abstracted bridging at the protocol level. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources https://docs.across.to https://github.com/across-protocol https://discord.across.to https://www.youtube.com/@acrossprotocol https://www.youtube.com/watch?v=bPy09L9zA1E ## 🏆 Winner Breakdown **First place:** $5,000 **Second place:** $2,000 **Third place:** $1,000 x3 ## 📝 Requirements Across is an interoperability protocol powered by intents. Our V3 upgrade has just went live and we are so excited to see what interesting cross-chain products you can build to push the boundaries of interoperability with us! We’re looking for creative ways of harnessing the power of intents with our suite of cross-chain features. What we’re looking for: - Integration of Across+ (bridge + action transaction bundles) into a dapp - Building a UI that gives end users the opportunity to receive better pricing on bridge transfers via auction (similar to UniswapX, 1inch Fusion auction mechanisms, integrating the Across V3 cross-chain settlement system) What we’re not looking for:  - A dapp that simply adds the Across bridge API to its UI ## ✅ What does a successful project look like? Our team is most inspired by elegant interoperability solutions, particularly moving away from message-passing as the prevailing solution to interoperability and instead enabling users to express and achieve their desired outcome while abstracting cross-chain execution to trustless 3rd parties -- intent based interoperability. Across is built on an intents-based architecture composed of 3 levels: 1. An order flow auction layer to ingest users’ desired outcomes, often in the form of a cross-chain limit order 2. A network of 3rd parties (relayers) competing to fulfill that outcome with their own capital  3. A system to escrow user funds, verify intent fulfillment, and repay those 3rd parties. We think this system simplifies interoperability into this two step process:      a. A user's assets are moved (or swapped) from X on chain A to Y on chain B +      b. A user's desired action is then executed on the destination chain.  We are interested in features that make use of this architecture, powered by intents, to solve interoperability challenges. One example would be to harness this framework to deploy your dapp on one chain and pull capital from any chain, rather than deploying your dapp on multiple chains to access siloed capital. It's an elegant solution that not only benefits developers by saving precious engineering resources, but one that you can use to attract users since it removes the tediousness of the bridging process from their to-do list. You can also takes things a step further by improving any layer of the Across system, such as designing a robust order flow auction to truly enable cross-chain limit orders (which Across doesn't _yet_ offer) ## 🎨 UI/UX Design Requirements For UI/UX, web-based or CLI-based UI will be accepted. If someone can show something on a CLI then it should be achievable to port it to a web interface.  Projects will not be judged more favorably for including flashy web interfaces. (Don't worry about spending too much time on this!) ## 🤝 Impact on our organization It provides validation of our V3 protocol upgrade, gives our project a more robust ideas bank, and garners insights on the perception of our upgrade and its respective developer tools. ## 🧑‍⚖️ How are we judging it? We are evaluating this bounty based on the depth of integration with Across v3 products and the creativity of use cases. To clarify, "deep" integration involves comprehensive utilization of Across v3's capabilities, such as incorporating features, functionalities, and seamless interaction within the Across ecosystem. Regarding the use cases we're seeking to solve, participants should consider the examples provided, such as leveraging Across+ Ideas Bank for Bridge + Action Bundling scenarios, including Bridge + LP, Bridge + Borrow/Lend, Bridge + Swap, Bridge + Receive destination gas token with transfer, and Bridge + Bet. Additionally, novel cross-chain order flow auction designs for the Cross-Chain Settlement System are encouraged. We're looking for innovative solutions that demonstrate creativity, potential market impact, improvement in user experience, and technical complexity. Participants are reminded that hacks may be submitted on testnets (e.g., Sepolia), mainnet, or on a local network, as long as the new functionalities are clearly demonstrated. ## 👀 Some example projects Please note that hacks may be submitted on testnets (e.g., Sepolia), mainnet, or on a local network, as long as the new functionalities are clearly demonstrated. **Across+ Ideas Bank (Bridge + Action Bundling aka Cross-chain bridge hooks) :** 1. Bridge + LP - Siphon capital from any chain and into a staking contract on your dapp. Bundled transaction example: Bridge 1 ETH from Mainnet to Optimism, swap 0.5 ETH to 1000 USDC on Optimism, deposit 0.5 ETH and 1000 USDC into Uniswap WETH/USDC pool. 2. Bridge + Borrow/Lend - Pull capital from any chain and enter into a lending or borrowing position. Bundled transaction example: Bridge 1 ETH from Mainnet to Arbitrum (e.g) and add supply into Aave’s ETH market, sending resulting aTokens to user’s EOA on Arbitrum. 3. Bridge + Swap - Pull funds from the user’s home chain to complete a bid on an NFT on your dapp’s chain. Bundled transaction example: Bridge 0.5 ETH from Mainnet to Arbitrum (e.g), swap for 1,100 $MAGIC tokens, send 1,100 $MAGIC to NFT seller’s EOA 4. Bridge + Receive destination gas token with transfer. Bundled transaction example: Bridge an ERC-20 and swap a portion of it on the destination chain into the destination chain’s native gas token. 5. Bridge + Bet - Encourage protocol activity by removing the bridging hurdle and place a bet on Polymarket (e.g) from any chain. Bundled transaction example: Bridge token to destination chain and place bet on open Polymarket predictions. **Cross-Chain Settlement System Ideas Bank:** Novel cross-chain order flow auction designs - The first layer in the intent architecture is an order flow auction. Design an OFA (order flow auction) that allows a user to specify a cross-chain limit order (swap X on chain A to Y on chain B for some minimum amount, by some deadline) for a network of 3rd parties (relayers) to compete in to offer the best price _and _speed. ## 💼 Job Opportunities # Job Openings at Lever | Risk Labs All opportunities can be found in more detail at [Lever Jobs | Risk Labs](https://jobs.lever.co/risklabs). ## 1) Bot Engineer (Full Time, Remote) | 4+ years experience - **Responsibilities:**  - Develop off-chain code to interact with smart contracts, emphasizing correctness, efficiency, and antifragility.  - Expertise in writing trading, arbitrage, or MEV bots is required.  - Research and contribute to protocol upgrades and new financial concepts, adapting to evolving use cases and technologies.  - Participate in collaborative code reviews and mentorship activities within an open-source ecosystem, fostering technical growth. ## 2) Senior Backend Engineer (Full Time, Remote) | 4+ years experience - **Responsibilities:**  - Develop off-chain code for smart contract interaction, focusing on trading, arbitrage, or MEV bots with a high degree of expertise.  - Research and contribute to protocol upgrades, adapting to new use cases and technologies.  - Engage in collaborative code reviews and mentorship, supporting technical growth within the team. ## 3) Smart Contract Engineer (Full Time, Remote) | 2+ years experience - **Responsibilities:**  - Design and implement protocol upgrades, prioritizing security, simplicity, and gas efficiency.  - Implement designs with a focus on security and usability.  - Participate in collaborative code reviews and mentorship, assisting others in technical growth. ## 4) Senior Smart Contract Engineer (Full Time, Remote) | 4+ years experience - **Responsibilities:**  - Lead the design and implementation of protocol upgrades, ensuring security and efficiency.  - Implement designs with a focus on security and usability.  - Lead collaborative code reviews and mentorship, fostering a supportive and growth-oriented environment.

Contribute to the Identity/Data Stack ecosystem by extending the Intuition Stack. For example, improving our interoperability with other identity protocols. ## 🗂️ Bounty Category Meaningful Open Source Contribution ## 📚 Resources - https://github.com/0xIntuition/docs - (We are adding more resources as ETHDenver gets closer.) https://youtu.be/uniO5a4kchY ## 🏆 Winner Breakdown We’re giving $1000 prizes to each of the top three team projects. If we get less than three projects, or they’re not meeting our criteria, the prize money might change. If not project meets our criteria enough to win, we’ll explain why. ## 📝 Requirements - Extension of the Intuition Stack to improve interoperability with other protocols - Enhanced interoperability and demonstrate composability of the Intuition Stack with protocols in the Decentralized Identity/Verified Data ecosystem ## ✅ What does a successful project look like? - Criteria: Clean extension of the Intuition Stack for interoperability with other Identity/Verifiable Data protocols. - Nice to Haves: Further composability with other Decentralized Identity or Verifiable Data protocols. ## 🎨 UI/UX Design Requirements Focus on clarity and ease of use, especially for complex functionality. ## 🤝 Impact on our organization Contributions will extend the versatility of the Intuition Stack, leading to further interoperability and composability in the Identity/Verifiable Data ecosystem. ## 🧑‍⚖️ How are we judging it? - Alignment: Does the solution effectively enhance interoperability within the Identity/Verifiable Data protocol ecosystem? - Implementation Quality: Is the code well-written, documented, and maintainable? - Innovation: How creative and unique is the extension? - Practical Impact: Does the extension solve a real problem or add significant value to the Identity/Verifiable Data ecosystem? ## 👀 Some example projects - Trustworthiness Framework: Establish rigorous systems that evaluate the legitimacy of organizations, transactions, and operations - Verification Systems: Implement stringent procedures to verify and authenticate the genuineness of transactions, platforms, or participants ## 💼 Job Opportunities We are actively staffing up and the best hackers can be considered for employment, if it is of interest to them.

Create a new MVP using at least one of our Intuition primitives (identity, claims, querying, attestations) and at least one other protocol or tool. The MVP should leverage Intuition and address a use case within one of the ETHDenver’s core tracks. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources - https://github.com/0xIntuition/docs - (We are adding more resources as we approach ETHDenver) https://youtu.be/uniO5a4kchY ## 🏆 Winner Breakdown We’re giving $1000 prizes to each of the top three team projects. If we get less than three projects, or they’re not meeting our criteria, the prize money might change. If not project meets our criteria enough to win, we’ll explain why. ## 📝 Requirements - New Use of Intuition Primitives: You should create a new proof of concept MVP that leverages at least one of our core primitives (identity, claims, querying, attestations). - Relevance to ETHDenver Track: Your MVP must address a specific challenge or opportunity within one of the selected ETHDenver tracks (Infrastructure & Scalability, DAOs & Communities, Impact & Public Goods, Identity, Privacy, & Security). We’re interested in seeing what new MVP you build with Intuition that solves a specific problem in your domain. Please indicate which track your MVP addresses. - Functional Prototype and Documentation: A working MVP with documentation detailing how it works, how to set it up, and the problem it solves. ## ✅ What does a successful project look like? - Effective Solution: Your MVP leverages Intuition core primitives to solve a problem while providing a new experience. We want to see how you build a new MVP/proof of concept leveraging Intuition to solve a problem within your domain. - Example: Leveraging Intuition to build something novel that addresses an industry-specific use case, building a tool that facilitates the visualization of attestations, building a reputation model on top of Intuition attestations, etc. - Criteria: - Innovation: How creatively and effectively our core primitives are used in a new MVP. - Usability: The ease of use and the quality of the user experience. - Impact: The significance of the problem solved by your MVP. - Nice to Haves: - Additional Composability: Providing paths or next steps for additional composition with other protocols or primitives. ## 🎨 UI/UX Design Requirements - Novel MVP: The MVP should be a new and novel use of Intuition’s primitives applied to a problem in your domain. - Functionality: The MVP should have clear functionality that directly solves a use case. - Domain Consideration: The UI/UX should consider best practices for your selected domain (ie the chosen ETHDenver track). - Inclusivity: The MVP should be as accessible and inclusive as possible given the time constraints. - Feedback and Error Handling: Integration should handle errors appropriately and provide feedback to the user. ## 🤝 Impact on our organization - Showcasing Versatility: Demonstrates the usability of our core primitives to provide new experiences and solve problems across several web3 domains. - Ecosystem: Grows the ecosystem by demonstrating that Intuition primitives can be used used to solve new problems. ## 🧑‍⚖️ How are we judging it? - Alignment with Bounty Goals: How well the project meets the outlined requirements and objectives. - Technical Proficiency: Quality of technical implementation. We recognize that this is a hackathon, but we’re looking for clear code and execution. - Innovation and Creativity: Originality of the solution and creative use of the core primitives. - Impact and Relevance: The potential impact of the solution within the chosen ETHDenver track. ## 👀 Some example projects - Friends List: A decentralized mechanism to authenticate and acknowledge friendships or trusted relationships. - Knowledge Graph Visualizations: Offer users an intuitive and visual representation of claims, relationships, and data, making the network's intricate connections easier to understand. ## 💼 Job Opportunities We are actively staffing up and the best hackers can be considered for employment, if it is of interest to them. ## 💰 Grant and Investment Opportunities None planned as of time of submission.

Create an integration/extension for your product/protocol that uses at least one of our Intuition primitives (identity, claims, querying, attestations). The integration should address a use case within one of the ETHDenver’s core tracks. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - https://github.com/0xIntuition/docs https://youtu.be/uniO5a4kchY ## 🏆 Winner Breakdown We’re giving $1000 prizes to each of the top three team projects. If we get less than three projects, or they’re not meeting our criteria, the prize money might change. If not project meets our criteria enough to win, we’ll explain why. ## 📝 Requirements - Integration of Intuition Primitives: Successfully integrate at least one of our core primitives (identity, claims, querying, attestations) with another product/protocol. The integration can be a standalone tool (such as a CLI) or be integrated with an existing product or protocol. - Relevance to ETHDenver Track: The integration must address a specific challenge or opportunity within one of the selected ETHDenver tracks (Infrastructure & Scalability, DAOs & Communities, Impact & Public Goods, Identity, Privacy, & Security). We’re interested in seeing how you integrate Intuition into your domain. Please indicate which track your integration addresses. - Functional Prototype and Documentation: A working prototype of the integration with documentation detailing how it works, how to set it up, and the problem it solves. ## ✅ What does a successful project look like? - Effective Solution: An integration that composes Intuition core primitives with another protocol to solve a problem and/or provide a novel experience. We want to see how you integrate Intuition to solve a problem within your domain. - Example: Using Intuition queries to identify web3 users who meet specific criteria and then programmatically creating a DAO with them as the initial members. - Criteria: - Innovation: How creatively and effectively our core primitives are integrated into your product/protocol’s domain. - Usability: The ease of use and the quality of the user experience. - Impact: The significance of the problem solved or the value added by the integration. - Nice to Haves: - Additional Composability: Providing paths or next steps for additional composition with other protocols or primitives. ## 🎨 UI/UX Design Requirements - Integration: The integration should fit in with the UX of the product/protocol. We’re looking for clear integration of our Intuition primitives. - Functionality: The integration should have clear functionality that directly solves a use case. - Domain Consideration: The UI/UX should consider best practices for your selected domain (ie the chosen ETHDenver track). - Inclusivity: Integration should be as accessible and inclusive as possible given the time constraints. - Feedback and Error Handling: Integration should handle errors appropriately and provide feedback to the user. ## 🤝 Impact on our organization - Showcasing Versatility: Demonstrates the composability of our core primitives to provide new experiences and solve problems across several web3 domains. - Ecosystem: Grows the ecosystem by demonstrating that Intuition primitives can be used collaboratively to solve novel problems. ## 🧑‍⚖️ How are we judging it? - Alignment with Bounty Goals: How well the project meets the outlined requirements and objectives. - Technical Proficiency: Quality of technical implementation. We recognize that this is a hackathon, but we’re looking for clear code and execution. - Innovation and Creativity: Originality of the solution and creative use of the core primitives. - Impact and Relevance: The potential impact of the solution within the chosen ETHDenver track. ## 👀 Some example projects - ZK-Proof Attestations: Incorporate Zero-Knowledge attestations to ensure privacy and authenticity - Intuitive Exploration: Facilitate visualization of attestations, offering a comprehensive insight into the Intuition ecosystem. ## 💼 Job Opportunities We are actively staffing up and the best hackers can be considered for employment if it is of interest to them.

The Polkadot SDK -- used by to build over 50 layer-1 chains secured by Polkadot as well as other projects outside of Polkadot such as Madara (Starknet), Midnight (Cardano) and Polygon Avail -- is a powerful open source SDK that allows teams to build custom blockchains. For this bounty, we invite #BUIDLers to design and submit an appchain POC implementation using the Polkadot SDK. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Highlevel - What is Polkadot? - A Short Introduction (video) - Learn about Polkadot appchains (aka "parachains") (wiki) - What Polkadot provides developers (docs) Start coding - Set up your development environment: https://docs.substrate.io/install/ - Polkadot SDK reference documentation: https://paritytech.github.io/polkadot-sdk/master/polkadot_sdk_docs/reference_docs - Template nodes: https://paritytech.github.io/polkadot-sdk/master/polkadot_sdk_docs/polkadot_sdk/templates/ https://youtu.be/JKlXjTw6TY0 ## 🏆 Winner Breakdown The winning submission gets $4,000. If the judges find that no project is good enough to win, they'll be sure to explain why. The top 10 submissions will be considered for a fast track interview to the Polkadot Blockchain Academy and get support from the Substrate Builder's program. ## 📝 Requirements - Code submission: Your own clone of one of the provided parachain templates + your custom pallets - README file: A description of the design of your appchain including the service it provides, it’s intended use and your plans to deploy it to production - Demo: Short 2-minute video showing your local testnet up and running - Bonus: teams who register their appchain to be deployed on the Rococo testnet or Kusama mainnet - Bonus: teams who demonstrate the use of XCM and use more than one appchain in their demo ## ✅ What does a successful project look like? We're looking for a working proof of concept appchain that could become deployed to Polkadot. Successful submissions are ones that: - Provide a unique service to the Polkadot network and its existing appchains - Identify and meet a need for Polkadot's end-users and ecosystem agents Teams will have integrated their custom appchain pallets into a parachain template and will provide a clear demonstration of its use as a POC and plans for future development. For example, if a team decides to implement a new collective on the Collectives chain, the submission would include an appchain with the existing logic of the Collectives chain, plus the new pallet(s) for the implementation of the proposed collective logic and its intended use. ## 🎨 UI/UX Design Requirements The submission must include steps to run the appchain as part of a local testnet or in a Docker container along with clear instructions on the intended use of all callable functions the appchain exposes. ## 🤝 Impact on our organization You'll be adding new services to the Polkadot network, adding new utility for users and exploring what Polkadot can offer for deploying your web3 application ideas. ## 🧑‍⚖️ How are we judging it? Your submission will be judged on the following: - Implementation and working node: does your code work? how well does your implementation reflect your design goals? - Novelty of idea: how unique is your appchain? how is it adding value to Polkadot? - Business case: what purpose does your appchain solve and do you have a good business case for it? ## 👀 Some example projects This bounty seeks submissions of proof of concepts with a clear idea for an appchain that can benefit the Polkadot ecosystem. These may get your creative juices flowing: - Recreate the logic of a popular L1 or L2 in another ecosystem - Implement the logic of an existing dApp as it’s own appchain - Extend the core logic of an existing system chain ## 💰 Grant and Investment Opportunities Support from Square One and W3F grants.

Although Polkadot is a network of interoperable layer-1 chains, users really shouldn’t even know what chain they're using when interacting with Polkadot. What should matter is what they intend to achieve. This bounty seeks dApp submissions that push this narrative. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Highlevel - What is Polkadot? - A Short Introduction (video) - Build dApps with Substrate Connect (video) - Learn about Polkadot appchains (aka "parachains") (wiki) Start coding - Polkadot Cloud: a library and platform for developing and publishing assets for Polkadot dApps. - Polkadot JS API: the Javascript library for interacting with Substrate blockchains - Subxt / Yew UI integration: an example of building a UI entirely in Rust - Substrate Connect: Run Wasm Light Clients of any Substrate based chain directly in your browser - Sidecar: REST service that makes it easy to interact with blockchain nodes built using Substrate https://youtu.be/JKlXjTw6TY0 ## 🏆 Winner Breakdown The winning submission gets $3,000. If the judges find that no project is good enough to win, they'll be sure to explain why. The top 10 submissions are eligible for support from the Substrate Builder's program to continue developing. ## 📝 Requirements - Code submission: A repository with a hosted demo URL of the webapp 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 the core Polkadot system (i.e. the relay chain and its system chains). Currently there’s the AssetHub, Bridgehub and Collectives live on mainnet. There are others on Kusama (Encointer) and Rococo (Peoples) too. You may chose which network you want to build a UI for. Submissions will be judged on the usefulness and user experience of your application. ## 🎨 UI/UX Design Requirements Your dapp must be published to a publicly accessible demo URL. ## 🤝 Impact on our 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. ## 🧑‍⚖️ How are we judging it? - Usefulness and uniqueness: does your hack address a need? What sets you apart from other projects doing similar things? How does your submission benefit Polkadot? - User experience and user journey: does your hack provide a clear user journey? How easy is it to achieve their task? Do you provide sufficient transparency on what they're doing? Is your app aesthetically pleasing to use? - Implementation: does your code work? How well does your implementation reflect your design goals? ## 👀 Some example projects There are 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 - Interact with assets on Polkadot: a UI to easily create asset 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 and Investment Opportunities Support from Square One (Substrate Builder's Program) and W3F grants.

This bounty is open to teams to create tools that improve the developer experience of building on Polkadot. ## 🗂️ Bounty Category Meaningful Open Source Contribution ## 📚 Resources Background knowledge you'll need from the Polkadot Wiki - Comparisons between Polkadot and other popular blockchain networks (wiki) - A comprehensive list of tools for Polkadot developers (wiki) - Layers of the Polkadot tech stack (wiki) https://youtu.be/JKlXjTw6TY0 ## 🏆 Winner Breakdown The winning submission gets $2,000. If the judges find that no project is good enough to win, they'll be sure to explain why. The top 5 submissions are eligible for support from the Substrate Builder's program. ## 📝 Requirements - Code submission: Provide a link to your code repository with a README file outlining the tool or product you've built and how to use it - Demo: Short 2-minute video demonstrating what you've built ## ✅ What does a successful project look like? When it comes to tooling and developer experience in the Polkadot ecosystem, there are a number of available solutions to choose from, each of which cater to distinct groups of developers. A successful submission to this bounty has identified a tool that might be missing for Polkadot developers and creates or reimagines something completely new. ## 🎨 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, command-line apps must be packaged in a Docker container or as an standalone executable for Windows, Linux or MacOS ## 🤝 Impact on our organization You'll be contributing to improving the developer experience in one of the largest growing in developer communities in web3. ## 🧑‍⚖️ How are we judging it? Your submission will be judged on the following: - Usefulness and uniqueness: what particular need does your hack address? How does the tool you built benefit Polkadot end-users or developers? - User experience: how easy is it to use your product? - Implementation: how well does your implementation reflect your design goals? ## 👀 Some example projects Some ideas to get your creative juices flowing: - a tool to help with appchain deployment to mainnet - a tool to turn an ink! dapp into an appchain - a CLI tool to tinker with different appchain configurations (for e.g. consensus, runtime modules, xcm channels) - popular tools from other ecosystems that are missing in Polkadot

Create an innovative DeFi or payments application on Solana. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - Solana Documentation: <https://solana.com/docs> - Original Solana Token Program docs - <https://spl.solana.com/token> - New Solana Token Extensions Program docs: <https://spl.solana.com/token-2022> - Getting started with Token Extensions: <https://solana.com/developers/guides/token-extensions/getting-started> - YouTube playlist with videos detailing all token extensions - check it out [here](https://www.youtube.com/playlist?list=PLilwLeBwGuK6imBuGLSLmzMEyj6yVHGDO) - npx create-solana-dapp - <https://www.npmjs.com/package/create-solana-dapp> - quickly scaffold a Solana dApp using popular - Solana Development Bootcamp Video Series - check it out [here](https://www.youtube.com/playlist?list=PLilwLeBwGuK6NsYMPP_BlVkeQgff0NwvU) ## 🏆 Winner Breakdown We will award $2k to 1 project in this bounty ## 📝 Requirements Create an innovative submission that uses DeFi or payments on Solana in a unique and interesting way ## ✅ What does a successful project look like? Functional code that uses DeFi or Payment on Solana in an interesting way. A Point of Sale solution or cashapp look alike are perfect examples of success. ## 🎨 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. A browser based dApp should be accessible via a public url. ## 🤝 Impact on our organization Payments and DeFi are uniquely positioned on Solana due to its low fees and fast transaction speed. New applications built with financial use cases will help grow the financial infrastructure on Solana. ## 🧑‍⚖️ How are we judging it? - Most innovative use of Solana technology - Completeness of build - Aligned to a decentralized future ## 👀 Some example projects Real world assets remittance consumer apps, peer to peer payment solutions, and cross-border payments. ## 💼 Job Opportunities Many teams in the Solana ecosystem have open roles: <https://jobs.solana.com/jobs>

Create an game submission that uses Solana in a unique and interesting way ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources - Solana Documentation: <https://solana.com/docs> - Original Solana Token Program docs - <https://spl.solana.com/token> - New Solana Token Extensions Program docs: <https://spl.solana.com/token-2022> - Getting started with Token Extensions: <https://solana.com/developers/guides/token-extensions/getting-started> - YouTube playlist with videos detailing all token extensions - check it out [here](https://www.youtube.com/playlist?list=PLilwLeBwGuK6imBuGLSLmzMEyj6yVHGDO) - npx create-solana-dapp - <https://www.npmjs.com/package/create-solana-dapp> - quickly scaffold a Solana dApp using popular - Solana Development Bootcamp Video Series - check it out [here](https://www.youtube.com/playlist?list=PLilwLeBwGuK6NsYMPP_BlVkeQgff0NwvU) ## 🏆 Winner Breakdown We will award $2k to 1 project for this bounty ## 📝 Requirements Create a game submission that uses Solana in a unique and interesting way ## ✅ What does a successful project look like? Functional code that uses Solana in an interesting way. Must be a playable game ## 🎨 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. A browser based dApp should be accessible via a public url. ## 🤝 Impact on our organization Creating a new game will showcase the unique gaming experience on Solana. ## 🧑‍⚖️ How are we judging it? - Most innovative use of Solana technology - Completeness of build - Aligned to a decentralized future ## 👀 Some example projects Games on blockchain provide new and interesting usecases, including on-chain economies and item stats. ## 💼 Job Opportunities Many teams in the Solana ecosystem have open roles: <https://jobs.solana.com/jobs>

Create an innovative integration or interesting use case for social applications on Solana. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources - Solana Documentation: <https://solana.com/docs> - Original Solana Token Program docs - <https://spl.solana.com/token> - New Solana Token Extensions Program docs: <https://spl.solana.com/token-2022> - Getting started with Token Extensions: <https://solana.com/developers/guides/token-extensions/getting-started> - YouTube playlist with videos detailing all token extensions - check it out [here](https://www.youtube.com/playlist?list=PLilwLeBwGuK6imBuGLSLmzMEyj6yVHGDO) - npx create-solana-dapp - <https://www.npmjs.com/package/create-solana-dapp> - quickly scaffold a Solana dApp using popular - Solana Development Bootcamp Video Series - check it out [here](https://www.youtube.com/playlist?list=PLilwLeBwGuK6NsYMPP_BlVkeQgff0NwvU) ## 🏆 Winner Breakdown We will be giving $2k to 1 project within this bounty ## 📝 Requirements Create an innovative social application that uses Solana in a unique and interesting way ## ✅ What does a successful project look like? Functional code that uses Solana in an interesting way. ## 🎨 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. A browser based dApp should be accessible via a public url. ## 🤝 Impact on our organization By creating new and interesting use cases for social, participants will help to continue to grow the use cases of blockchain technology to the global masses. ## 🧑‍⚖️ How are we judging it? - Most innovative use of Solana technology - Completeness of build - Aligned to a decentralized future ## 👀 Some example projects How to bring social applications onto blockchain effectively. ## 💼 Job Opportunities Many teams in the Solana ecosystem have open roles: <https://jobs.solana.com/jobs>

Create an innovative integration or interesting use case for tokens on Solana, either with the original Solana token program or the new Token Extension program. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - Solana Documentation: <https://solana.com/docs> - Original Solana Token Program docs - <https://spl.solana.com/token> - New Solana Token Extensions Program docs: <https://spl.solana.com/token-2022> - Getting started with Token Extensions: <https://solana.com/developers/guides/token-extensions/getting-started> - YouTube playlist with videos detailing all token extensions - check it out [here](https://www.youtube.com/playlist?list=PLilwLeBwGuK6imBuGLSLmzMEyj6yVHGDO) - npx create-solana-dapp - <https://www.npmjs.com/package/create-solana-dapp> - quickly scaffold a Solana dApp using popular - Solana Development Bootcamp Video Series - check it out [here](https://www.youtube.com/playlist?list=PLilwLeBwGuK6NsYMPP_BlVkeQgff0NwvU) ## 🏆 Winner Breakdown 1 project receives $2k for this bounty ## ✅ What does a successful project look like? Functional code that uses Solana tokens in an interesting way. Including real world assets on-chain, ## 🎨 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. A browser based dApp should be accessible via a public url. ## 🤝 Impact on our organization By creating new and interesting use cases for tokens, participants will help to continue to grow the use cases of blockchain technology to the global masses. ## 🧑‍⚖️ How are we judging it? Most innovative use of Solana technology - Completeness of build - Aligned to a decentralized future ## 👀 Some example projects Real world assets remittance consumer apps abstracting away non-transferable tokens (which are still burnable) proof of identity and/or sybil resistance. ## 💼 Job Opportunities Many teams in the Solana ecosystem have open roles: <https://jobs.solana.com/jobs>

The future of blockchain data lies beyond JSON RPC, however the industry needs standards not proprietary solutions that vendor lock you specific SaaS. The best standard is a reference implementation that is open-sourced and we want you to build it.The future of blockchain data lies beyond JSON RPC, however the industry needs standards not proprietary solutions that vendor lock you specific SaaS. The best standard is a reference implementation that is open-sourced and we want you to build it.The future of blockchain data lies beyond JSON RPC, however the industry needs standards not proprietary solutions that vendor lock you specific SaaS. The best standard is a reference implementation that is open-sourced and we want you to build it. ## 🗂️ Bounty Category Meaningful Open Source Contribution ## 📚 Resources -//- https://www.youtube.com/watch?v=5vvhr0HJuZk ## 🏆 Winner Breakdown 1st Place gets 5000 USDC 2nd Place gets 2000 USDC 3rd Place gets 1000 USDC 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 You need to build a fully working data indexer for any chain. The use-case should be broad enough to be useful for different apps. An indexer is a type of application designed to construct a storage system from native blockchain API. This system is optimized for speed and enables a suite of APIs that offer capabilities which would be unfeasible or prohibitively costly if attempted through native API directly. The project must be open-sourced. ## ✅ What does a successful project look like? We anticipate the delivery of an efficient and effective data index developed in a system programming language. It should be capable of running on the same server as the node with approximately 10-20% overhead. The index is expected to be designed to meet the needs of widely-used applications. ## 🎨 UI/UX Design Requirements The application should have a usable CLI. ## 🤝 Impact on our organization We aim to offer our clients a broader range of data to explore and provide our providers with opportunities to generate revenue not just from raw JSON RPC but from a more complex data products as well. We may incorporate the constructed indices into dRPC. ## 🧑‍⚖️ How are we judging it? We want those indexes as efficient and small as possible. We will prefer projects that will use system languages (C, C++, Rust, etc). The idea is that anyone who can run a node could also run it on top of the node with as little overhead as possible. This bounty is all about efficiency. ## 👀 Some example projects The most obvious example would be NFT/ERC20 token indexer, that allows apps to easily get a list of tokens address owns. Another example would be an indexer that allows you to query smart contract event logs with SQL.

Query a new or existing subgraph on the Graph Explorer or hosted service using the public query URL from the subgraph dashboard. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources Docs and Guides for The Graph - [Quick Start](https://thegraph.com/docs/en/cookbook/quick-start/): Official docs to get started with subgraphs using Subgraph Studio. - [About Subgraphs](https://thegraph.com/docs/en/developing/creating-a-subgraph/) - [How to Create Your Subgraph in Studio](https://thegraph.com/docs/en/deploying/subgraph-studio/#how-to-create-your-subgraph-in-subgraph-studio) - [Query From the Front-End](https://thegraph.com/docs/en/querying/querying-from-an-application/) - [More About Querying Subgraphs](https://thegraph.com/docs/en/querying/querying-the-graph/) - [GraphQL Querying Best Practices](https://thegraph.com/docs/en/querying/querying-best-practices/) - [Substreams docs](https://thegraph.com/docs/en/substreams/) - [Mirror Tutorial: Build a dapp Quick with Scaffold-ETH 2 and The Graph](https://mirror.xyz/cryptomastery.eth/uGHEHnskoVwX-mWjAiidXfGt6QowCoKl_yX4okwZc0E) - [Scaffold-ETH 2 (subgraph package)](https://github.com/scaffold-eth/scaffold-eth-2/tree/subgraph-package) https://www.youtube.com/watch?v=QhBjqKTCbSI ## 🏆 Winner Breakdown 🥇 Grand Prize: $2000 🥈 Runner-up: $1000 ## 📝 Requirements - Query an existing subgraph on the Graph Explorer or hosted service using the public query URL from the subgraph dashboard. - All Projects should provide: - Link to the code that is consuming a subgraph - The project should be using data from an existing subgraph - Get started here! ## ✅ What does a successful project look like? We are looking for projects that demonstrate innovative or effective use of The Graph Protocol. This could mean creating a unique subgraph, enabling advanced parameters, implementing advanced querying techniques, or integrating The Graph in a novel way within a decentralized application. Ideally, the project should be feasible with a clear path to completion and scalability. This means the project can be expanded or adapted for broader or long-term use while also having a design and roadmap that demonstrates decentralization, open access to data, and community empowerment. The projects potential for future development, investment, and impact on the blockchain ecosystem can be a significant aspect of its success. ## 🎨 UI/UX Design Requirements The primary judging criteria will be on subgraph and substreams design, development and implementation, however a good UI and UX will provide additional success for the project, this is especially true for how the data from The Graph is rendered or presented to its users in the dapp. If you are focused on UI/UX then consider going for the “Best use of an existing subgraph” bounty. ## 🤝 Impact on our organization Good use cases will strengthen the community and creating new interesting subgraphs provide composable data points for the future of web3. ## 🧑‍⚖️ How are we judging it? Judges grade all projects on six main criteria described below. All criteria are listed in the order of most weightage to least: 1. Technical Implementation: This criteria evaluates the skillful execution of The Graph protocol within the project. Judges will closely examine how effectively the subgraph has been utilized to gather and present data. A project that demonstrates a deep understanding of the protocol's technical intricacies and implements it seamlessly will receive higher scores. 2. Design: Quality of the dapp user interface and user experience (UI/UX) of the decentralized application (dapp) are pivotal to its success. Judges will assess the design's aesthetics, intuitiveness, and overall usability. A well-designed dapp not only attracts users but also enhances their interaction with the platform, making it a key factor in the evaluation process. 3. Quality of Idea: Quality of the idea/use-case/problem statement. A project that introduces a novel solution or tackles a previously unaddressed problem will be favorably regarded. Judges will consider how innovative and relevant the idea is to the blockchain and decentralized technology landscape. 4. Impact on Ecosystem: Impact on society/community/target audience will be assessed here. Judges will weigh the positive changes the project brings to its ecosystem and the potential benefits it offers to its users. Projects that foster community growth, contribute to the advancement of decentralized technologies, or solve real-world problems will excel in this criteria. 5. Project Sustainability: The quality of the project's documentation, roadmap, and long-term viability will be analyzed. Judges will scrutinize the clarity and comprehensiveness of the project's documentation, ensuring that it facilitates seamless understanding and collaboration. A well-structured roadmap that outlines future development stages and potential challenges will further enhance a project's appeal. 6. Vision Alignment: Holistic approach and vision alignment with the principles of decentralization. Judges will evaluate whether the project's objectives and approach resonate with the ethos of decentralization, blockchain technology, and fostering a more open and inclusive digital ecosystem. ## 👀 Some example projects For Subgraph examples see https://thegraph.com/explorer ## 💼 Job Opportunities Visit https://thegraph.com/jobs/

Build and deploy a custom subgraph that indexes data from a smart contract to query blockchain data for your dapp. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources - [Quick Start](https://thegraph.com/docs/en/cookbook/quick-start/): Official docs to get started with subgraphs using Subgraph Studio. - [About Subgraphs](https://thegraph.com/docs/en/developing/creating-a-subgraph/) - [How to Create Your Subgraph in Studio](https://thegraph.com/docs/en/deploying/subgraph-studio/#how-to-create-your-subgraph-in-subgraph-studio) - [Query From the Front-End](https://thegraph.com/docs/en/querying/querying-from-an-application/) - [More About Querying Subgraphs](https://thegraph.com/docs/en/querying/querying-the-graph/) - [GraphQL Querying Best Practices](https://thegraph.com/docs/en/querying/querying-best-practices/) - [Substreams docs](https://thegraph.com/docs/en/substreams/) - [Mirror Tutorial: Build a dapp Quick with Scaffold-ETH 2 and The Graph](https://mirror.xyz/cryptomastery.eth/uGHEHnskoVwX-mWjAiidXfGt6QowCoKl_yX4okwZc0E) - [Scaffold-ETH 2 (subgraph package)](https://github.com/scaffold-eth/scaffold-eth-2/tree/subgraph-package) https://www.youtube.com/watch?v=QhBjqKTCbSI ## 🏆 Winner Breakdown 🥇 Grand Prize: $1900 🥈 Runner-up: $1000 ## 📝 Requirements - Build and deploy a custom GraphQL API that indexes data from a smart contract to query blockchain data to your dapp. - All Projects should provide: - Link to the deployed subgraph - Link to the subgraph source code - The project should be using data indexed and queried using the subgraph - Get started here! ## ✅ What does a successful project look like? We are looking for projects that demonstrate innovative or effective use of The Graph Protocol. This could mean creating a unique subgraph, enabling advanced parameters, implementing advanced querying techniques, or integrating The Graph in a novel way within a decentralized application. Ideally, the project should be feasible with a clear path to completion and scalability. This means the project can be expanded or adapted for broader or long-term use while also having a design and roadmap that demonstrates decentralization, open access to data, and community empowerment. The projects potential for future development, investment, and impact on the blockchain ecosystem can be a significant aspect of its success. ## 🎨 UI/UX Design Requirements The primary judging criteria will be on subgraph and substreams design, development and implementation, however a good UI and UX will provide additional success for the project, this is especially true for how the data from The Graph is rendered or presented to its users in the dapp. If you are focused on UI/UX then consider going for the “Best use of an existing subgraph” bounty. ## 🤝 Impact on our organization Good use cases will strengthen the community and creating new interesting subgraphs provide composable data points for the future of web3. ## 🧑‍⚖️ How are we judging it? Judges grade all projects on six main criteria described below. All criteria are listed in the order of most weightage to least: 1. Technical Implementation: This criteria evaluates the skillful execution of The Graph protocol within the project. Judges will closely examine how effectively the subgraph has been utilized to gather and present data. A project that demonstrates a deep understanding of the protocol's technical intricacies and implements it seamlessly will receive higher scores. 2. Design: Quality of the dapp user interface and user experience (UI/UX) of the decentralized application (dapp) are pivotal to its success. Judges will assess the design's aesthetics, intuitiveness, and overall usability. A well-designed dapp not only attracts users but also enhances their interaction with the platform, making it a key factor in the evaluation process. 3. Quality of Idea: Quality of the idea/use-case/problem statement. A project that introduces a novel solution or tackles a previously unaddressed problem will be favorably regarded. Judges will consider how innovative and relevant the idea is to the blockchain and decentralized technology landscape. 4. Impact on Ecosystem: Impact on society/community/target audience will be assessed here. Judges will weigh the positive changes the project brings to its ecosystem and the potential benefits it offers to its users. Projects that foster community growth, contribute to the advancement of decentralized technologies, or solve real-world problems will excel in this criteria. 5. Project Sustainability: The quality of the project's documentation, roadmap, and long-term viability will be analyzed. Judges will scrutinize the clarity and comprehensiveness of the project's documentation, ensuring that it facilitates seamless understanding and collaboration. A well-structured roadmap that outlines future development stages and potential challenges will further enhance a project's appeal. 6. Vision Alignment: Holistic approach and vision alignment with the principles of decentralization. Judges will evaluate whether the project's objectives and approach resonate with the ethos of decentralization, blockchain technology, and fostering a more open and inclusive digital ecosystem. ## 👀 Some example projects For Subgraph examples see https://thegraph.com/explorer ## 💼 Job Opportunities Visit https://thegraph.com/jobs/

Use a new or existing substream to process and consume web3 data. This includes the use of Substreams-powered subgraphs. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources Docs and Guides for The Graph - [Quick Start](https://thegraph.com/docs/en/cookbook/quick-start/): Official docs to get started with subgraphs using Subgraph Studio. - [About Subgraphs](https://thegraph.com/docs/en/developing/creating-a-subgraph/) - [How to Create Your Subgraph in Studio](https://thegraph.com/docs/en/deploying/subgraph-studio/#how-to-create-your-subgraph-in-subgraph-studio) - [Query From the Front-End](https://thegraph.com/docs/en/querying/querying-from-an-application/) - [More About Querying Subgraphs](https://thegraph.com/docs/en/querying/querying-the-graph/) - [GraphQL Querying Best Practices](https://thegraph.com/docs/en/querying/querying-best-practices/) - [Mirror Tutorial: Build a dapp Quick with Scaffold-ETH 2 and The Graph](https://mirror.xyz/cryptomastery.eth/uGHEHnskoVwX-mWjAiidXfGt6QowCoKl_yX4okwZc0E) - [Substreams docs](https://thegraph.com/docs/en/substreams/) - [Scaffold-ETH 2 (subgraph package)](https://github.com/scaffold-eth/scaffold-eth-2/tree/subgraph-package) https://www.youtube.com/watch?v=QhBjqKTCbSI ## 🏆 Winner Breakdown 🥇 Grand Prize: $1800 ## 📝 Requirements - Build and deploy a custom Substreams package. - All Projects should provide:     - Link to the substreams source code     - The project should extract data from a blockchain, apply transformations and output the data to a sink - Get started [here](https://thegraph.com/docs/en/substreams/)! ## ✅ What does a successful project look like? We are looking for projects that demonstrate innovative or effective use of The Graph Protocol. This could mean creating a unique subgraph, enabling advanced parameters, implementing advanced querying techniques, or integrating The Graph in a novel way within a decentralized application. Ideally, the project should be feasible with a clear path to completion and scalability. This means the project can be expanded or adapted for broader or long-term use while also having a design and roadmap that demonstrates decentralization, open access to data, and community empowerment. The projects potential for future development, investment, and impact on the blockchain ecosystem can be a significant aspect of its success. ## 🎨 UI/UX Design Requirements The primary judging criteria will be on subgraph and substreams design, development and implementation, however a good UI and UX will provide additional success for the project, this is especially true for how the data from The Graph is rendered or presented to its users in the dapp. If you are focused on UI/UX then consider going for the “Best use of an existing subgraph” bounty. ## 🤝 Impact on our organization Good use cases will strengthen the community and creating new interesting subgraphs provide composable data points for the future of web3. ## 🧑‍⚖️ How are we judging it? Judges grade all projects on six main criteria described below. All criteria are listed in the order of most weightage to least: 1. Technical Implementation: This criteria evaluates the skillful execution of The Graph protocol within the project. Judges will closely examine how effectively the subgraph has been utilized to gather and present data. A project that demonstrates a deep understanding of the protocol's technical intricacies and implements it seamlessly will receive higher scores. 2. Design: Quality of the dapp user interface and user experience (UI/UX) of the decentralized application (dapp) are pivotal to its success. Judges will assess the design's aesthetics, intuitiveness, and overall usability. A well-designed dapp not only attracts users but also enhances their interaction with the platform, making it a key factor in the evaluation process. 3. Quality of Idea: Quality of the idea/use-case/problem statement. A project that introduces a novel solution or tackles a previously unaddressed problem will be favorably regarded. Judges will consider how innovative and relevant the idea is to the blockchain and decentralized technology landscape. 4. Impact on Ecosystem: Impact on society/community/target audience will be assessed here. Judges will weigh the positive changes the project brings to its ecosystem and the potential benefits it offers to its users. Projects that foster community growth, contribute to the advancement of decentralized technologies, or solve real-world problems will excel in this criteria. 5. Project Sustainability: The quality of the project's documentation, roadmap, and long-term viability will be analyzed. Judges will scrutinize the clarity and comprehensiveness of the project's documentation, ensuring that it facilitates seamless understanding and collaboration. A well-structured roadmap that outlines future development stages and potential challenges will further enhance a project's appeal. 6. Vision Alignment: Holistic approach and vision alignment with the principles of decentralization. Judges will evaluate whether the project's objectives and approach resonate with the ethos of decentralization, blockchain technology, and fostering a more open and inclusive digital ecosystem. ## 👀 Some example projects For Subgraph examples see https://thegraph.com/explorer ## 💼 Job Opportunities Visit https://thegraph.com/jobs/

TACo is an access control plug-in that has been decentralized from day one. Whatever your Web3 use case, it’s likely you need end-to-end encryption so your users don’t have to trust you or any other centralized authority with their private data. TACo’s early adopters operate in domains where fake/progressive decentralization would be too risky: Recovering seed phrases, Passing on crypto assets as inheritance, Enforcing decryption rights for tokenized legacy media libraries, Transferring deployment/SSH keys to remote machines, Concealing in-game assets, Protecting the sharing of reproductive health data. We’re looking for similar Web3 app ideas and prototypes where privacy-preservation is non-negotiable, and where trust-reduction is the core value proposition. Let’s be honest; if you aren’t significantly improving the trust assumptions across all of your underlying infrastructure – including access control – you’re probably building a Web 2.0 app inside a Web3 facade! ## 🗂️ Bounty Category Feature Integration ## 📚 Resources https://threshold.network https://docs.threshold.network/app-development/threshold-access-control-tac https://blog.threshold.network/ https://www.youtube.com/watch?v=F2rxDyZ2Yos ## 🏆 Winner Breakdown We will be awarding a maximum of 3 teams, and a maximum of $10,000 to be split among them. The minimum prize amount will be $1000. Prizes may be equal in award or tiered to award higher caliber entries a higher amount. Each project submitted must meet a baseline determined by the judges. Rewards will be distributed to a maximum of 3 winners solely at the discretion of a panel of judges, provided by the Threshold DAO. In order to be considered for a prize your project or build must be related to the Threshold Network and Threshold Access Control TACo.   The minimum prize awarded to a qualifying project will be $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 we do not receive any qualifying entries we may not award a prize. If a project is deemed unworthy of an award, we'll explain why. 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 $5000 ## 📝 Requirements Projects must be functional and able to demonstrate a direct use of the Threshold Network and or TACo. Detailed information can be found in our Docs. The should demonstrate passion, innovation, practicality, and a potential impact on the blockchain ecosystem. ## ✅ What does a successful project look like? Success involves the creation of a project that seamlessly integrates TACo. There are a variety of features that are discussed in our documents, blog, and Discord discussion groups. We encourage each Buidler to familiarize themselves, and explore any avenue of interest. ## 🎨 UI/UX Design Requirements While technical operability and functionality are key for entries, a comfortable and intuitive user interface is also necessary to be considered a highly successful project. The design should enhance the user experience and showcase the project's functionality effectively. ## 🤝 Impact on our organization Our organization is looking forward to receiving direct feedback from this event. Diverse use cases will help in refining TACo. ## 🧑‍⚖️ How are we judging it? Threshold DAO has organized a team of qualified Delegates to attend and judge the Budl event. These judges have an in-depth understanding of the TACo and the Threshold Network. Many of the delegates have served as past judges in various hackathon events. A rubric of 100 points will be created covering the categories of Innovation, Practicality/Scalability, Impact, and Alignment. An assessment will be made on each qualified entry and points averaged among judges to obtain a final score. ## 👀 Some example projects Some further ideas:  - Decentralized storage layer integration  - DID protocol integration  - NFT-gated paid streaming & media Intra-DAO communication & shared knowledge bases ## 💼 Job Opportunities Please visit Threshold.network for any future recruitment opportunities.

The tBTC SDK Bounty Program rewards creative, practical uses of our TypeScript library for integrating Bitcoin into blockchain projects, focusing on Ethereum compatibility and future chain expansions. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources https://docs.threshold.network/app-development/tbtc-v2/tbtc-sdk https://www.youtube.com/watch?v=F2rxDyZ2Yos ## 🏆 Winner Breakdown We're giving money prizes to the top three team projects: 3rd place will get at least $1,000. 1st place can get as much as $3,000. 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 $4,000. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements Submissions must be functional prototypes that effectively utilize the tBTC SDK. They should demonstrate innovation, practical application, and the potential impact on the blockchain ecosystem. ## ✅ What does a successful project look like? Success involves creating a project that seamlessly integrates Bitcoin into a blockchain application using the tBTC SDK. We’re looking for features like efficient transaction handling, innovative use of Bitcoin's liquidity, and user-friendly interfaces. ## 🎨 UI/UX Design Requirements While technical functionality is key, submissions should also have an intuitive and user-friendly interface. The design should enhance the user experience and showcase the project's functionality effectively. ## 🤝 Impact on our organization Direct feedback and diverse use cases from these projects will help in refining and improving the tBTC SDK, making it more robust, user-friendly, and versatile. The bounty program may also reveal potential long-term collaborators. ## 🧑‍⚖️ How are we judging it? 100 points in total distributed as: Innovation (40 points): - Projects will be scored on their originality and inventive use of the tBTC SDK. - Criteria: Uniqueness of the application, novel solutions to existing problems, new capabilities. Practicality & Scalability (30 points): - Evaluation of how practical and user-friendly the project is for real-world applications. - Criteria: User experience, feasibility, ease of implementation and further scalability. Impact (15 points): - Projects will be assessed based on their potential impact on the tBTC ecosystem. - Criteria: Scale of problem-solving, potential to attract users, and long-term benefits. Alignment with SDK Capabilities (15 points): - Analysis of how well the project leverages the specific features and strengths of the tBTC SDK. - Criteria: Effective use of SDK components, demonstration of SDK’s unique features. ## 👀 Some example projects Decentralized Finance (DeFi) Integration: Building a DeFi platform that leverages the tBTC SDK for Bitcoin collateralization in lending and borrowing markets. Creating a yield farming application that integrates Bitcoin, allowing users to earn interest on their Bitcoin holdings. Cross-Chain Applications: Developing an application that supports both Bitcoin and Ethereum, using the tBTC SDK for seamless asset management or transactions across chains. Payment Solutions: Add Bitcoin to your blockchain platforms for wider payment options and to attract more users. ## 💰 Grant and Investment Opportunities Grant opportunities for tBTC SDK include enhancing scalability, DeFi integration, and user experience improvements. Funding also supports educational initiatives, cross-chain compatibility, and security enhancements.

A distributed P2P grant-funding platform built with Holochain apps, Rainlang smart contracts, and deployed on a L2 for claims payouts to incentivize building quality projects while prioritizing stakeholder experience and community governance. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources - Holochain Scaffolding Tool & Dev Portal: https://developer.holochain.org - Holochain Discord: https://discord.com/invite/k55DS5dmPH - Holochain Online Education Videos: https://resources.holochain.org/self-paced-training - Rainlang: https://docs.rainlang.xyz/intro - Rainlang Github: https://github.com/rainlanguage - Sample Project for understanding use of Holochain with Rain: https://github.com/hardyjosh/fractal-tribute - Super Simple Deployment of Holochain apps with Kangaroo: https://github.com/holochain-apps/holochain-kangaroo - Cryptographic Autonomy License: https://spdx.org/licenses/CAL-1.0.html https://youtu.be/58CAoIRkBKM ## 🏆 Winner Breakdown We're giving a money prize to the top team project. This project can get as much as $16,000 USDC. We want to encourage collaborative development not just competition for our bounty. If a project does not meet all criteria, a partial prize amount may be paid. The range of the prize could be between $5,000 and $16,000 USDC. If no project meets our criteria enough to win, we'll explain why. ## 📝 Requirements - Use Holochain for apps and Rainlang for smart-contracts to create a distributed grant platform that enables iteration and reusability. Essential functionality includes: 1) funders can define and fund grant pools; 2) grant applicants can submit, revise, and reuse grant applications; and 3) community evaluators can give valuable feedback that supports applicants and forms the basis for awards.   - Users, including funders, grant applicants and evaluators as well as public viewers should experience the platform through installed Holochain applications. There should be no centrally deployed UI or database.  - Data will live in the Holochain distributed hash tables which automatically uses the devices of the app users to hold and share the data in a P2P context. Deployment of Holochain apps should use the automated “Kangaroo”. - Funding of the pools and payments via claims should use Rainlang to automate the creation of smart contracts that can be deployed to a L2 test network.  - Architecture should be modular and extensible. It should be possible for others to make use of your work in their own future projects. - Licensing must all be Open-Source. Holochain components must use Cryptographic Autonomy License. - Generally there should be a focus on transparency of information for all participants and the public.  - The UX design should ensure grant applicants do not waste their time and that they get value even if not awarded a grant. ## ✅ What does a successful project look like? - Platform Configuration - Deployer (owner) of the platform can configure grant periods which define deadlines for grant pools, grant applications and awards. (No UI needed) - User Profiles & Onboarding  - Funders (Creators and owners of a Grant Pool) - Should have some information about who they are and why they are funding grants (future feature could include some sort of reputation on grants awarded), to further the intention of transparency. - Sponsors (Financial contributors to defined Grant Pool) - Can be anonymous or can have a short profile. - Grant Applicants (Individuals applying for grants) - Profile data does not have to be visibly separate from grants as this is likely what is required in the first part of any grant application. - A hierarchy that allows multiple applicants to collaborate on a grant application as a group and share in the reusability of the data would be useful but not required. - Evaluators (Community members volunteering to evaluate applications along with grant funder) - (future features may require visible reputation of some sort)  - Public users (People who install and open the app but who have not onboarded as any specific role) - Public users can see information about funds, grants and awards. - Default Templates - A minimum of one default template form for grant applications should be pre-defined with required questions and data validation  - A minimum of one default template for evaluation criteria for the review of applications should be defined as a template - Ideal solution would involve some sort of form builder that allows for easy reuse and extensibility by users and use cases described below. - Grant Pool Creation & Funding  - Grant funders can define a pool, with a minimum of: - Name of Grant Pool - Purpose/Description - Grant period selected - Minimum grant amount - Minimum number of grants - Eligibility & rules for applicants  - Grant funders can select an application template that grant applicants will use to submit applications. - Grant funders can use templated criteria or define new evaluation criteria in relation to the application template.  - Grant funders can fund a grant pool and additional sponsors can contribute matching funds. - Grant funders can invite evaluators to review applications for a Grant Pool. - Grant Application Process  - Grant applicants can create new grant applications in response to active Grant Pools.  - Grant applicants can save and return to draft applications. - Grant applicants should be able to reuse or modify grant applications. - Grant applications must be submitted by a deadline defined by the grant period.  - The process itself should create value for applicants by helping applicants clarify project goals and design. - Application Evaluation & Awards  - Evaluators can review applications related to the Grant Pool to which they are assigned and can provide qualitative feedback on answers to specific questions or sections of an application to applicants. - Evaluators can score the grant applications according to the criteria, providing quantitative scores for funders to award grants. - Grant funders can notarize the scoring of submitted grant applications. - Applicants with awarded grants can use notarized information to make claims from a grant pool.  - There is a public visual representation of all awarded grants. ## 🎨 UI/UX Design Requirements - Provide reusable front end components that align with the features. - Design matters. How does this communicate visually, beautifully? - Simplicity for users is key.  - Binding or use of wallets should be kept to a minimum and only used where functionally required. - Intuitive and easy flow for each use case: Grant Pool Creation & Funding, Grant Application Process, and Application Evaluation & Awards. ## 🤝 Impact on our organization - Strategic Fund Allocation: Directing funds strategically based on community interest, ensuring neither excessive concentration nor dilution. - Supporting Entrepreneurs & Developers: Ensuring that funds go to entrepreneurs and developers working on early stage Holochain projects for which there is real support. - Community Engagement: Sparking community interest and involvement in supporting and funding innovative projects. - Holochain Awareness: Raising awareness of Holochain as an integrated solution for decentralized projects among developers, DAOs, and more. ## 🧑‍⚖️ How are we judging it? - Architectural completeness: The system is designed to support the features outlined in the success criteria, even if all features are not completed. - Elegance: Implementation balances  good design, technical architecture and attention to the needs of the end-users. - Feasibility: The practicality and viability of implementation. - Modularity: The implementation offers ways to enhance and expand the design later. - Technical Documentation: Details for how to deploy and integrate the Holochain app and smart contract are made clear in readme. - Ease of Use: End users know how to get started and complete a use case they care about. - Completeness: Holochain app installable using Kangaroo or Launcher and Rainlang Contract deployed on Testnet. ## 👀 Some example projects - Immediately - the Holo Foundation may use this to fund and award small grants - Cultural grants - Open source bounties - Climate and environmental grants ## 💼 Job Opportunities There are no specific job openings currently open, though there will be several in the next quarter. ## 💰 Grant and Investment Opportunities We don't have a grant program yet, but this is a grant system we want to build out and use ourselves. A strong project winner could be funded for future milestones.

Harness QuickStreams for Efficient Blockchain Data Handling: This bounty challenges participants to utilize QuickStreams for innovative blockchain data solutions. Prize awarded based on creativity, efficiency, and implementation effectiveness. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources Docs - https://www.quicknode.com/docs/?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon YouTube - https://www.youtube.com/@QuickNode?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon Discord - https://discord.gg/QuickNode NFT API Guides - https://guides.quicknode.com/guides/tags/nft-api?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon https://youtu.be/MkTx81g6EgE ## 🏆 Winner Breakdown $1,500.00 ## 📝 Requirements - Successfully integrate QuickStreams as a data source into your Dapp. - Demonstrate real-time data streaming capabilities - Ensure data accuracy and efficiency in handling ## ✅ What does a successful project look like? Success involves creating a solution that seamlessly integrates QuickStreams for efficient data streaming. Key features could include real-time updates, error-free data handling, and innovative use of QuickStreams capabilities. ## 🎨 UI/UX Design Requirements The solution should have a user-friendly interface, accessible as a browser-based dApp with a demo URL and/or as a command-line app in a Docker container or standalone executable for major OS. ## 🤝 Impact on our organization Successful solutions will pave the way for QuickStreams product launch, helping create code samples, and influencing future developments in QuickStreams based on early user feedback. ## 🧑‍⚖️ How are we judging it? - Effective integration of QuickStreams - Innovation and practicality of the solution - User experience and interface design - Compliance with technical requirements ## 👀 Some example projects - Real-time blockchain monitoring system - Web app - TG/slack bots to report anything - Blockchain data analytics and reporting tools, historical data aggregation and enrichment (showing token transfers, ABIs, etc.) - Fraud detection - Whale notifications - New contracts ## 💼 Job Opportunities Post-hackathon, participants with outstanding solutions and relevant skills may be considered. More details to be provided.

Best Use of Token API for $1000. https://marketplace.quicknode.com/add-on/token-and-nft-api-v2-bundle Our Token API lets you easily look up ERC-20 tokens by wallet, token transfers, and token details instantly. No indexing required! ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources https://www.quicknode.com/docs/?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon YouTube - https://www.youtube.com/@QuickNode?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon Discord - https://discord.gg/QuickNode Token API Guides - https://guides.quicknode.com/guides/tags/token-api?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon https://youtu.be/MkTx81g6EgE ## 🏆 Winner Breakdown 1st place receives $1,000. ## 📝 Requirements Best Use of Token API for $1000. A functioning product. ## ✅ What does a successful project look like? Success is characterized by the innovative utilization of Token data through the Token API add-on. Key features sought include the most creative use of the Token API, with a reward of $1000 for the best implementation, focusing on Ethereum and Sepolia platforms. A functional and practical application of this product is essential. ## 🎨 UI/UX Design Requirements While a user interface is not mandatory, the project can be a frontend or backend application, provided it can be demonstrated effectively. ## 🤝 Impact on our organization The impact on our organization from a team working on this bounty includes increased awareness of our product and gaining insights into various application scenarios for the product. ## 🧑‍⚖️ How are we judging it? The bounty will be evaluated based on the significance of the problem being addressed within the industry, as well as the degree of enhancement and innovation applied to the capabilities of the API. ## 👀 Some example projects 1. Portfolio Tracking and Management: The Token API can be used to develop applications that track and manage cryptocurrency portfolios. Users can monitor their token holdings, track performance over time, and receive updates on token value fluctuations. 2. Payment and Transaction Services: Businesses can use the Token API to process payments in various tokens, manage transactions, and automate billing processes. It's especially useful for platforms that deal with multiple types of tokens. 3. Decentralized Finance (DeFi) Applications: DeFi platforms can leverage the Token API for real-time data on token prices, liquidity, and other market metrics. This data is crucial for functions like yield farming, liquidity provision, and staking. 4. Exchange and Trading Platforms: Crypto exchanges and trading bots can use the Token API to get real-time pricing data, execute trades, and manage order books across different tokens. 5. Token Issuance and ICOs: For projects launching new tokens or conducting Initial Coin Offerings (ICOs), the Token API can facilitate the issuance process, track token distribution, and monitor transactions. 6. Compliance and Reporting: Companies can use the Token API for regulatory compliance, generating reports on transactions, and monitoring for suspicious activities to prevent fraud and ensure adherence to regulations. ## 💼 Job Opportunities N/A ## 💰 Grant and Investment Opportunities N/A

Best use case of QuickNode's IPFS receives $1000 Unlock the power of decentralized storage with QuickNode's IPFS, your go-to solution for storing and sharing data with ease and security. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources Docs - https://www.quicknode.com/docs/?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon YouTube - https://www.youtube.com/@QuickNode?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon Discord - https://discord.gg/QuickNode Getting Started with the IPFS REST API - https://www.quicknode.com/docs/ipfs/getting-started IPFS Guides - https://guides.quicknode.com/guides/tags/ipfs?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon https://youtu.be/MkTx81g6EgE ## 🏆 Winner Breakdown 1st place receives $1,000. ## 📝 Requirements A functioning product that utilizes QuickNode's IPFS API.  https://www.quicknode.com/ipfs ## ✅ What does a successful project look like? Success is characterized by the innovative utilization of QuickNode's IPFS. This bounty refers to the IPFS API, not the UI. Usage of the IPFS UI does not qualify for the bounty. ## 🎨 UI/UX Design Requirements While a user interface is not mandatory, the project can be a frontend or backend application, provided it can be demonstrated effectively. ## 🤝 Impact on our organization The impact on our organization from a team working on this bounty includes increased awareness of our product and gaining insights into various application scenarios for the product. ## 🧑‍⚖️ How are we judging it? The bounty will be evaluated based on the significance of the problem being addressed within the industry, as well as the degree of enhancement and innovation applied to the capabilities of the API. ## 👀 Some example projects 1. Decentralized Web Hosting: QuickNode's IPFS can be used to host websites in a decentralized manner, ensuring high uptime and resistance to censorship, ideal for platforms prioritizing data freedom and security. 2. NFT Metadata Storage: In the world of NFTs, IPFS offers a reliable solution for storing the metadata and digital assets associated with NFTs, ensuring they remain tamper-proof and permanently accessible. 3. Content Distribution Networks (CDNs): For applications requiring efficient content delivery, QuickNode's IPFS can be used as a decentralized CDN, improving load times and reducing reliance on traditional, centralized CDNs. 4. Data Archiving and Backup: Companies and individuals can use IPFS for secure, long-term data archiving and backup, leveraging its distributed nature to safeguard against data loss. ## 💼 Job Opportunities N/A

Best use of NFT API gets $1,000 (only Ethereum and Sepolia). Retrieving NFT metadata from the blockchain is tedious and time-consuming. Our NFT API does the heavy lifting for you, making the data you need searchable and accessible. https://marketplace.quicknode.com/add-on/token-and-nft-api-v2-bundle ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Docs - https://www.quicknode.com/docs/?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon YouTube - https://www.youtube.com/@QuickNode?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon Discord - https://discord.gg/QuickNode NFT API Guides - https://guides.quicknode.com/guides/tags/nft-api?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon https://youtu.be/MkTx81g6EgE ## 🏆 Winner Breakdown 1st place receives $1,000. ## 📝 Requirements Best use of NFT API gets $1000 (only Ethereum and Sepolia). A working solution of using this product.  https://marketplace.quicknode.com/add-on/token-and-nft-api-v2-bundle ## ✅ What does a successful project look like? The bounty will be evaluated based on the significance of the problem being addressed within the industry, as well as the degree of enhancement and innovation applied to the capabilities of the API. ## 🎨 UI/UX Design Requirements While a user interface is not mandatory, the project can be a frontend or backend application, provided it is capable of being demonstrated effectively. ## 🤝 Impact on our organization The impact on our organization from a team working on this bounty includes increased awareness of our product and gaining insights into various application scenarios for the product. ## 🧑‍⚖️ How are we judging it? A core problem that is currently impacting the industry. Amount of value-add builds on top of what the API provides in itself. ## 👀 Some example projects - Comprehensive NFT Data: Access extensive data on NFTs, including metadata, transaction history, and ownership details, ideal for marketplaces, galleries, and analytics platforms. - Real-Time Tracking: Stay updated with real-time alerts on NFT transfers, sales, and listings, ensuring you never miss a beat in the dynamic NFT market. - Seamless Integration: Easily integrate NFT data into your applications, enhancing user experiences in gaming, digital art platforms, and decentralized marketplaces. - Market Analysis Tools: Leverage detailed NFT data for market analysis, trend spotting, and valuation, crucial for investors and collectors. - Creator and Collector Services: Offer enriched services to artists and collectors by providing insights into NFT provenance, rarity, and market trends. ## 💰 Grant and Investment Opportunities N/A

Utilize QuickAlerts to win $1,000. https://www.quicknode.com/quickalerts Unleash Your Creativity with QuickNode's QuickAlerts for a Chance to Win $1,000! This powerful tool offers real-time notifications for blockchain events, providing you with the means to develop innovative, responsive applications. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources Docs - https://www.quicknode.com/docs/?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon YouTube - https://www.youtube.com/@QuickNode?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon Discord - https://discord.gg/QuickNode QuickAlerts Guides - https://guides.quicknode.com/guides/tags/quick-alerts?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon QuickAlerts Expressions Library - https://www.quicknode.com/docs/quickalerts/quickalerts-expressions/expression-library/overview?utm_source=ethdenver&utm_medium=event&utm_campaign=hackathon https://youtu.be/MkTx81g6EgE ## 🏆 Winner Breakdown 1st place will receive $1,000. ## 📝 Requirements A functional and practical application of this product is essential. ## ✅ What does a successful project look like? The innovative utilization of QuickAlerts characterizes success.  A functional and practical application of this product is essential. ## 🎨 UI/UX Design Requirements While a user interface is not mandatory, the project can be a frontend or backend application, provided it can be demonstrated effectively. ## 🤝 Impact on our organization N/A ## 🧑‍⚖️ How are we judging it? The bounty will be evaluated based on the significance of the problem being addressed within the industry, as well as the degree of enhancement and innovation applied to the capabilities of the API. ## 👀 Some example projects 1. Automated Transaction Monitoring: QuickAlerts can monitor transactions on the blockchain for specific addresses or criteria, alerting users when transactions occur. This is particularly useful for wallets, exchanges, and financial applications requiring real-time transaction data. 2. DeFi Applications: For decentralized finance applications, QuickAlerts can notify users of changes in loan status, liquidation alerts, or significant price movements in assets, enabling timely responses in a volatile market. 3. NFT Tracking: QuickAlerts can monitor NFT marketplaces for specific events, such as new listings of desired NFTs, price changes, or sales, enabling collectors and investors to react quickly. 4. Smart Contract Events: Developers can use QuickAlerts to monitor smart contract interactions, such as when a contract is executed or certain conditions are met. This is crucial for dApps (decentralized applications) that rely on specific contract interactions. 5. Security and Compliance Monitoring: QuickAlerts can help detect potentially fraudulent or suspicious blockchain activities, such as unusual transaction volumes or patterns, aiding in compliance and security monitoring. 6. Supply Chain Tracking: In blockchain-based supply chain solutions, QuickAlerts can notify stakeholders about the status of goods as they move through various stages, improving transparency and efficiency. 7. GameFi and Social Tokens: For blockchain-based games and social token platforms, QuickAlerts can inform players about in-game events, token earnings, or community activities. 8. DAO Governance: In decentralized autonomous organizations (DAOs), QuickAlerts can notify members about voting events, proposal submissions, or changes in governance protocols. ## 💼 Job Opportunities N/A

Fhenix is an L2 on ETH that uses Fully Homomorphic Encryption (FHE) to provide confidentiality. For our track, we are looking for developers who are interested in building full-stack applications in the Fhenix ecosystem that use encrypted computation. This can be anything from on-chain poker, dark pools, confidential voting, etc. We’re open to ideas and look forward to seeing what you and your team come up with! ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Website: https://www.fhenix.io/ New Docs: https://fhenixprotocol.github.io/fhenix-docs/ Getting Started: https://www.fhenix.io/getting-started/ Cheat Sheet: https://www.fhenix.io/cheat-sheet/ Use Cases: https://www.fhenix.io/use-cases/ Discord Support: https://discord.gg/fhenix-io Dev Rel Telegram @Corsola26 https://www.youtube.com/watch?v=00XpLPxz7IY ## 🏆 Winner Breakdown 1st Place: $2500 2nd Place: $1500 3rd Place: $1000 ## 📝 Requirements We require a full stack application demonstration, live hosting is preferred but not mandatory. However, creating an application that others can play around with from their own machines would be beneficial for the team's prospects of being selected. A Github repository with a history of commits is also required. In addition to a corresponding readme that makes it easy for developers, judges and our team to understand the overarching architecture of the project submission. Finally teams must submit their official application before the deadline in order to qualify for prize considerations. ## ✅ What does a successful project look like? A successful submission will follow all of the requirements. We are looking for projects that have the potential to contribute something new and creating to the Fhenix ecosystem. This means that we would ideally like to see full stack applications that are ready to be hosted on a public domain and use encrypted computation. These projects should bring something new to the ecosystem, not specifically the field. We would like to see projects successfully integrated as a usable product for our testnet, so that other community members have the opportunity to participate as well. Test cases will also better help us discern between successful and unsuccessful projects. Aside from the product side of things, we would like to see collaborative and methodical increments to the underlying codebase. This means that teams should be pushing as often as is pragmatic for each dev. We don’t want to see a few single large pushes. ## 🎨 UI/UX Design Requirements For UI/UX requirements, the simpler and easier to understand the better. Ideally we would like developers to begin to think about ways that state of the art account abstraction advancements can be integrated into their projects as well. The only major technical requirement is successful integration of the fhenix.js library into the client side of the application submission. Ideally we would like to see a clean styling (in terms of design principals) that are specifically tailored to the individual contracts and applications. It would be great to exemplify how much easier it is to create more advancement encrypted states using fhe vs zk. ## 🤝 Impact on our organization We are looking for projects that we can feature in terms of our ecosystem growth. Potential for roll over bounties and grants are things that can be considered as well. Intertwining dev product submission into our larger ecosystem assets and point systems is something that we would like to explore. ## 🧑‍⚖️ How are we judging it? We are looking for projects that are creative and technically complex. The ideal project would be a novel application of our FHE operations, that hasn’t been seen before. This can be in the form of novel library integrations, applications or even contract logic built. We are looking for robustness, as stated, we want to reward and promote projects that we believe will be contributing products in our ecosystem. Ideally we would like to see applications that show off the unique features that are idiosyncratic to Fhe specifically. We require that project are able to run on the Fhenix network as well use the necessary core libraries, in order to make sure our stack integration. Basically, why do you need composable privacy, vs traditional point of attestation privacy. Where can FHE fit in where zk falls short. We will be judging UX/UI primarily on the criteria of user flow regarding abi integration and the fhe-contract itself. We'd like to see ciphertext formation and permission management integrated seamlessly into the application, to mimic the usability of a traditional encrypted application, or as close as possible. ## 👀 Some example projects What we want you to build: - On-chain Poker: (Gaming) leveraging FHE to preserve card privacy, then reveal and compare the cards at the end of the round. - Dark pool: (DeFi) Large trades can be encrypted to prevent market panic and MEV. Using FHE, encrypted price and amount can be matched be

​Utilize our cutting-edge FHE (fully homomorphic encryption) tech to deploy confidential smart contracts with our fhEVM (FHE + EVM). Solidity knowledge is all you need, as our fhEVM streamlines the cryptography complexities. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources ​Website: https://inco.network/ ​Documentation: https://docs.inco.network/ ​Demo examples: https://demos.inco.network/ ​Faucet: https://faucetdev.inco.network/ https://youtu.be/hUPLzLe__IA ## 🏆 Winner Breakdown 1st prize: $2,500 2nd prize: $1,500 3rd prize: $1000 ## 📝 Requirements To complete this prize, the smart contract needs to be deployed on Inco Testnet, and the smart contract code has to be functional and complete. ## ✅ What does a successful project look like? Success is based on the relevancy and uniqueness of the idea. fhEVM can enable novel use cases that aren't possible on transparent blockchains. We encourage participants to lead the charge in defining new categories of decentralized applications (dApps), pushing the boundaries of what is possible and paving the way for the next wave of pioneering projects in the Web3 space. ## 🎨 UI/UX Design Requirements UI/UX is optional but highly recommended for bonus points and demo purposes. ## 🤝 Impact on our organization We are looking for builders who are interested in building category-defining dApps on Inco Network. ## 🧑‍⚖️ How are we judging it? ​The projects will be judged based on completeness (bonus if there’s a UI), creativity, and clever utilization of confidentiality and/or randomness to enable use cases that aren’t feasible on regular EVMs. Submission should include: -​List of team members -​Video demo (5min max) -​GitHub -​Clickable demo (optional) -​Short description of project and components leveraging FHE ## 👀 Some example projects ​Here are some fhEVM ideas you can get inspiration from: https://fhevm-explorers.notion.site/fhevm-explorers/fhEVM-Novel-Use-Cases-c1e637b0ca5740afa7fe598407b7266f ​Previous notable projects include: - ​Fully on-chain mafia game (Website, Github) - ​Battleship game (Github) - ​Slot Machine within Telegram (Demo, Github) ​More code examples: https://docs.inco.network/getting-started/example-dapps ## 💰 Grant and Investment Opportunities Winning teams have the opportunity to become part of our Builders Program. This program is led by a team of experienced Web3 veterans who possess deep expertise in the cryptocurrency industry. Participants will receive structured support, mentorship, and a chance for grant/funding, designed to enhance their project's success and growth within the Web3 ecosystem.

Secret Network is an L1 that provides privacy as a service to other chains. For this bounty, build a simple dApp on an EVM chain of your choice, and connect it with a contract on Secret Network to utilize confidential computation. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources - [Secret Network Getting Started Documentation](https://docs.scrt.network/secret-network-documentation/development/getting-started/interacting-with-the-testnet)  - [Send Messages from Polygon To Secret with Axelar GMP](https://docs.scrt.network/secret-network-documentation/development/ethereum-evm-developer-toolkit/evm-general-message-passing) - [How To Encrypt EVM messages using Secret Contracts](https://docs.scrt.network/secret-network-documentation/development/ethereum-evm-developer-toolkit/evm-encryption-decryption-with-secret-contracts) - [Fullstack Cross-Chain Voting Documentation on Polygon Testnet](https://docs.scrt.network/secret-network-documentation/development/ethereum-evm-developer-toolkit/evm-confidential-voting) - [Secret Network Developer Discord Channel](https://discord.gg/secret-network-360051864110235648) https://youtu.be/qKtAQjR_vsM?si=Mn3ng2KsynoNQmP3 ## 🏆 Winner Breakdown 1st Place gets $2,500. 2nd Place gets $1,500. 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 Build a dApp on any EVM chain that utilizes Secret Network’s “Privacy as a Service” capabilities. The concept of Privacy as a Service is essentially a dApp on a transparent blockchain (like Ethereum, Polygon, Solana, basically any blockchain that doesn’t offer native privacy functionality), utilizing Secret Network’s confidential computation capabilities, by way of cross-chain communication. For a more in-depth explanation of Privacy as a Service, [see ](https://docs.scrt.network/secret-network-documentation/development/secret-contract-fundamentals/privacy-as-a-service-paas#understanding-privacy-as-a-service.) ## ✅ What does a successful project look like? Provide a clear example of a successful implementation of this feature or a similar feature to guide #BUIDLers Build something with functionality that would not be possible to achieve with the native blockchain alone. Some examples include: 1. A DAO with [private voting](https://docs.scrt.network/secret-network-documentation/development/ethereum-evm-developer-toolkit/evm-confidential-voting) 2. A game that utilizes [Secret VRF](https://docs.scrt.network/secret-network-documentation/development/ethereum-evm-developer-toolkit/evm-verifiable-randomness-tutorial) for randomness 3. A game that stores some [encrypted data](https://docs.scrt.network/secret-network-documentation/development/ethereum-evm-developer-toolkit/evm-encryption-decryption-with-secret-contracts) in a Secret contract in order to prevent other players from gaining an unfair advantage, such as cards in a poker game 4. A sealed bid NFT auction platform 5. An NFT collection that stores private data in “sister contracts” on Secret, which are only decryptable by the NFT holder ## 🎨 UI/UX Design Requirements A frontend is not always required, as some projects utilizing Secret Network don’t need to if they are only serving backends with Privacy as Service. We do of course recommend writing a frontend if a dApp wants to serve users. ## 🤝 Impact on our organization This bounty will be an example of what’s made possible through Privacy as a Service, and will help evangelize Secret Network’s capabilities and focus for 2024. ## 🧑‍⚖️ How are we judging it? - Documentation: Provide clear and concise documentation of your projects. This should include setup instructions, usage guidelines, and any additional information that helps judges and other developers understand the project. - Demo or Video: Create a demo or video showcasing your project's functionality. Videos are particularly helpful in conveying the project's value and can be easily shared and understood by judges and the public. Preferably contracts have a usable UI/Mockup to be shown. - Open Source: Make projects open source. This fosters collaboration, allows others to learn from your code, and contributes to the broader developer community. The full code of your back and frontend should be submitted under a (restrictive/permissive) open source license. - Working Code: Code needs to be functional and demoable, although it is allowed to have hardcoded values in place if it would otherwise prevent the whole project from working. Also, if some manual steps are needed such as user input, this can of course be done by hand and does not need to be automated for the demo. We do not require any E2E or integration testing, nor will it be taken into consideration. - Technical Complexity: The more complex and sophisticated your project is, the better. Please adhere to well known coding practices for writing your code so that the bounty judges can review your code. Also, if the project is very complex, we would appreciate providing a small graphic that explains the architecture.  - Creativity: While a good UI/UX is important, a very creative UI is not required. A bare bones, but clear UI/UX is all we need. Please try to adhere to well known cryptography practices and algorithms and not use custom encryption schemes unless it’s really necessary. Not working code, technical complexity, creativity, etc? ## 👀 Some example projects Some examples of what’s possible with Privacy as a Service [can be found here ](https://scrt.network/blog/privacy-as-a-service/#example-use-cases) ## 💰 Grant and Investment Opportunities Grant program info can [be found here ](https://scrt.network/developers/grants/)

The prize will go to the top three teams with the most innovative integration of Scribe, Chronicle's new Schnorr Oracle. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources Hackathon docs: https://docs.chroniclelabs.org/hackathons/eth-denver-hackathon Github link: https://github.com/chronicleprotocol How to video: https://www.youtube.com/watch?v=1O1yScb6KDk Cookbook: https://www.cookbook.dev/protocols/Chronicle---Scribe  General docs: https://docs.chroniclelabs.org/ https://youtu.be/cll2sgytgq4 ## 🏆 Winner Breakdown 1st Place gets $2,500 2nd Place gets $1,500. 3rd Place gets $1,000. ## 📝 Requirements All teams that integrate Chronicle's novel Scribe Oracle will be eligible for this bounty. The team must utilize the Oracle smart contract on one of the supported blockchains. ## ✅ What does a successful project look like? The three prizes will be awarded to the most innovative projects. Price feed Oracles can be used for a whole variety of projects, however, those that use them in the most creative way will be most likely to win a prize. ## 🎨 UI/UX Design Requirements The application must have a functional UI - either a command-line program or a browser-based dApp. ## 🤝 Impact on our organization Chronicle Oracles have been powering MakerDAO since 2017 when we invented the first Oracle on Ethereum. Until recently, these Oracles were only available to MakerDAO and its ecosystem. The newest iteration, Scribe, has just been made available for public use for the first time. All integrations of our Oracles and any feedback you can provide on the integration process will greatly impact how we design our documentation and guidance moving forward. ## 🧑‍⚖️ How are we judging it? The more innovative and creative, the more likely you will be awarded a prize. Price Feed Oracles are most commonly used for one or two types of DeFi projects, but there are many more ways to use them. Be imaginative and show us what you've got! Requirements: - Working code - Some form of UI - UX considerations - You must use the Oracle smart contract and integrate it into one of the supported blockchains. ## 👀 Some example projects Some recent winners of our hackathons: - A project used our ETH/USD and stETH/USD Oracles to create a ratio that defined the expected ETH yield rate for solo stakers at any time to create an insurance protocol that would provide yield in light of not being selected to form a new block on the Ethereum blockchain. - A project called Autogov used AI to convert English text DAO proposals into code in a trusted way, including transactions. The Oracle was used for essential data feeds, specifically for market prices, standard deviations, and liquidation procedures. ## 💼 Job Opportunities none

This bounty challenges participants to develop innovative DeFi applications that leverage the unique privacy capabilities of the Aleo Blockchain. The aim is to explore how Zero Knowledge Proof cryptography can revolutionize privacy, security, and efficiency in DeFi, utilizing Aleo’s platform to achieve unprecedented levels of user privacy and data protection. Eligibility Criteria for Participation: The bounty is inclusive and open to all hackathon attendees, welcoming both individual developers and team entries. All participants are required to officially register for the hackathon and must agree to adhere to its terms and conditions. To qualify, each project must incorporate the Aleo Wallet adapter. Additionally, projects should effectively utilize the Leo Wallet for managing user interactions, ensuring seamless integration within the Aleo ecosystem. This bounty represents a unique opportunity for innovators in the blockchain space to leverage Aleo's privacy-centric technology, pushing the boundaries of what's possible in DeFi. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources Resources links - Documentation of Leo Programming Langage: https://developer.aleo.org/leo/ - A list with Aleo’s most important references: https://github.com/howardwu/awesome-aleo - How to deploy a program on Aleo: https://www.youtube.com/watch?v=9IdCy5CYUQI - Aleo wallet adapter, the toolbox package to create a dApp: https://docs.leo.app/aleo-wallet-adapter/ - An example dApp made with Aleo wallet adapter: https://github.com/demox-labs/leo-wallet-demo - Most used token standard: https://github.com/vicsn/ARCs/tree/arc20_approvals/arc-0020 - An example of a swap program on Aleo, to inspire from: https://github.com/aleoswap-labs/aleoswap https://www.youtube.com/watch?v=t9GaMH1TC5E ## 🏆 Winner Breakdown 1st Place gets $4,500. ## 📝 Requirements 1. Compelling Idea (Briefly describe): - Explain your DeFi app's core concept in simple, clear terms. - Highlight its unique value proposition for users. - Show how it integrates seamlessly with the Aleo ecosystem, especially leveraging privacy features. 2. Solid Foundation (Clearly demonstrate): - Give a clear outline of your app's architecture (technology stack, key components). - Share a link to your public code repository showcasing your development. 3. Compelling Showcase (Create a 3-5 minute video): - Demonstrate your app's functionality and user experience. - Showcase Leo Wallet integration. - Emphasize what makes your app unique and valuable within the DeFi landscape. 4. Exciting Future (Briefly describe): - Share your vision for future developments and improvements to your app. - Explain how your app can scale within the Aleo ecosystem. - Discuss its potential contributions to the broader DeFi landscape. ## ✅ What does a successful project look like? 1. A program deployed on Aleo blockchain. 2. A fully functioning front end interface that interacts with the on chain program. 3. Integration with the Aleo Wallet adapter to interact with the Leo Wallet. ## 🎨 UI/UX Design Requirements The application should be developed as a functional, browser-based decentralized application (dApp) and published at a publicly accessible demo URL. Additionally, the UI/UX design must be intuitive and user-friendly, catering to the needs of new users. ## 🤝 Impact on our organization This hackathon sparks a crucible of innovation, where developers unleash their creativity, defy limitations, and redefine the very essence of DeFi. Imagine privacy-preserving lending platforms, stealthy prediction markets, or decentralized exchanges that protect user data like never before. We firmly believe widespread crypto adoption hinges on robust privacy, and our mission is to weave it into the fabric of DeFi. Each project built on this track propels us closer to achieving this vision, brick by brick. ## 🧑‍⚖️ How are we judging it? - Innovation and Originality: Creativity in utilizing Aleo’s privacy features and ZKP within DeFi. - Impact on DeFi through Aleo: The application’s potential to influence the DeFi space positively, leveraging Aleo’s unique capabilities. - Technical Implementation: Effectiveness and security of the solution, especially the integration of Aleo Blockchain and Leo Wallet features. - User Experience: Application’s usability, with a focus on leveraging Aleo and Leo Wallet for a seamless and private user experience. - Presentation Quality: The clarity, comprehensiveness, and quality of the submitted presentation and documentation. ## 👀 Some example projects Confidential Lending Platform: Offer and accept token loans with another token as a collateral without disclosing your informations. Confidential Token Management Tool: Plan investment actions (like a DCA for instance) without revealing your strategy or holdings. Private crowdfunding platform: Support projects without disclosing your contributions, while the platform ensures funds are released only when certain conditions are met. Private Derivatives Trading Platform: Create and trade derivative contracts such as options and futures where the identities of traders are kept confidential through the use of zero-knowledge proofs. ## 💰 Grant and Investment Opportunities Aleo has a Tooling & Infrastructure Grants Program. Projects have the opportunity to submit for grants with Aleo after the hackathon.

Develop a comprehensive analytics dashboard for the Metis L2 blockchain. This platform should provide in-depth insights into network activity, including transaction patterns, contract interactions, cross-layer transactions and network scalability indicators. The dashboards should enhance visibility into network operations, helping developers, researchers and regular users in making informed decisions. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources https://docs.metis.io/dev/ https://github.com/MetisProtocol/metis-verifier-node https://docs.ormi.xyz/metis-subgraphs/ https://github.com/vmmunoza/Metis-Analytics-Dashboard https://youtu.be/xcU0c26OYQo ## 🏆 Winner Breakdown 1st Place gets $3,500. ## 📝 Requirements Requirements for Completion - Data Aggregation: Efficiently collect and aggregate Metis on-chain data. - User Interface: Design an intuitive and navigable interface. - Data Visualization: Implement interactive and informative data visualizations. - Accessibility: Ensure the dashboard is accessible and user-friendly. ## ✅ What does a successful project look like? Success Criteria and Features - Functionality: The dashboard must accurately display real-time and historical data. - Innovation: Creative features that offer unique insights or perspectives. - Interactivity: Interactive elements such as clickable charts or customizable views. - Efficiency: Fast loading times and efficient data processing. ## 🎨 UI/UX Design Requirements UI/UX Design Requirements - Aesthetics: Clean, professional design aligning with Metis branding. - Navigation: Intuitive layout and easy navigation. - Responsiveness: Compatibility with various devices and screen sizes. ## 🤝 Impact on our organization Impact on Metis - Enhanced Visibility: Providing clear insights into network activities is something that we really look forward to. It will be of significant importance to everyone in our ecosystem. - Decision Support: This will also help in decision-making processes for developers, researchers and regular users. ## 🧑‍⚖️ How are we judging it? Judging Criteria - Adherence to Requirements: Fulfillment of the listed tasks and features. - Innovative Approach: Creativity in addressing the challenge. - User Experience: Quality of the UI/UX design. - Technical Execution: Code quality, efficiency, and use of best practices. - Potential Impact: The perceived value and impact on the Metis ecosystem. ## 👀 Some example projects Use Case Examples - Transaction Pattern Analysis: A feature allowing users to analyze trends in transaction types over time (e.g., token transfers, contract executions, staking operations). - Smart Contract Interaction Tracker: A module to monitor and analyze the frequency and types of smart contract interactions. - Network Health Dashboard: A comprehensive overview of the network's status, including block times, node performance, and transaction throughput. ## 💰 Grant and Investment Opportunities Metis has a grant program called Metis Ecosystem Development Fund (Metis EDF). It is a 4.6 million METIS fund dedicated to accelerating adoption in the Metis ecosystem. The Metis EDF will be used to fund grants for new project deployments, and product development for existing dApps. This grant is also open to support individuals and teams who get involved with us in ETHDenver and want to continue building on Metis.

Develop a detailed analytics dashboard tailored for dApps on the Metis blockchain, utilizing the integration with the Allium data platform. The dashboard should enable users to query, analyze, and visualize key metrics and data related to the performance and usage of dApps on the Metis network. ## 🗂️ Bounty Category Launch MVP on Testnet or Mainet ## 📚 Resources https://docs.allium.so/allium-app/explorer-api/quickstart https://github.com/vmmunoza/Metis-dApp-Analytics https://docs.metis.io/dev/ https://youtu.be/xcU0c26OYQo ## 🏆 Winner Breakdown 1st Place gets $1,000 ## 📝 Requirements Requirements for Completion - Data Integration: Leverage the Metis-Allium integration to access and display relevant data related to Metis dApps. - Analytics Features: Implement features that provide insights into dApp performance, such as transaction volumes, user interactions, and smart contract events. - Real-Time Data Processing: Ensure the dashboard can process and display data in real-time or near real-time. - Customizable Reports: Allow users to create and customize their reports and queries. ## ✅ What does a successful project look like? Success Criteria and Features - Comprehensive Data Analysis: The dashboard should offer in-depth analysis tools to explore various aspects of dApp performance on Metis. - User Engagement Tracking: Features to track user engagement and interaction with different dApps. - Performance Metrics: Tools to measure and display key performance indicators of dApps, like transaction throughput and smart contract execution times. - Historical Data Analysis: Capability to view and analyze historical data trends. ## 🎨 UI/UX Design Requirements UI/UX Design Requirements - Intuitive Interface: Easy to navigate and understand, even for users with limited technical expertise. - Responsive Design: Functional and visually appealing on a variety of devices and screen sizes. - Visual Aesthetics: A clean and modern design that aligns with Metis’ branding. ## 🤝 Impact on our organization Impact on Metis Ecosystem - Enhanced dApp Insights: Provides valuable information for dApp developers and users, helping to improve decision-making and strategy. - Increased Transparency: Offers greater visibility into the activities and performance of dApps on Metis, fostering trust and engagement. - Community Growth: Encourages more informed and active participation in the Metis ecosystem. ## 🧑‍⚖️ How are we judging it? Judging Criteria - Functionality and Relevance: Accuracy and relevance of the data provided. - Innovation and Creativity: Innovative use of data to provide unique insights. - User Experience: Quality of the UI/UX design, ease of use, and navigation. - Technical Proficiency: Code efficiency, scalability, and use of best practices. - Overall Impact: Potential usefulness and impact on the Metis ecosystem. ## 👀 Some example projects Example Use Cases - dApp Performance Benchmarking: Comparing the transaction throughput, user base growth, and other performance metrics of various dApps. - User Behavior Insights: Analyzing how users interact with different dApps, such as most active times, transaction sizes, and user demographics. - Cross-dApp Interaction Analysis: Examine how different dApps on the Metis network interact with each other. Identify trends in cross-dApp transactions, collaborations, or dependencies that could reveal synergies or network effects within the Metis ecosystem. ## 💰 Grant and Investment Opportunities Metis has a grant program called Metis Ecosystem Development Fund (Metis EDF). It is a 4.6 million METIS fund dedicated to accelerating adoption in the Metis ecosystem. The Metis EDF will be used to fund grants for new project deployments, and product development for existing dApps. This grant can also support the builders who decide to participate at ETHDenver and continue to build after the event.

By entering an ETH address into Harpie’s API, you’ll know if that address is involved in hacks, scams, or crypto theft. Integrate Harpie’s API into your app to protect your users from losing their assets. ## 🗂️ Bounty Category Feature Integration ## 📚 Resources https://harpie.io/harpie-api https://harpie.gitbook.io/welcome-to-the-harpie-docs/harpie-for-enterprise/harpie-for-enterprise/methods/validate-address https://youtu.be/MgYDyVe21xI ## 🏆 Winner Breakdown 1st place gets $3000, 2nd place gets $1000. If there are not two 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 Using the free Harpie API found at https://harpie.io/harpie-api, protect your users from hacks and scams. For example, you may use the API to prevent known scammers from interacting with your website, or flagging user transactions to known malicious addresses. We’ll be rewarding projects that have the most novel and unique ways of utilizing our API to protect their users or customers from theft. The Harpie API consists of two endpoints. 1. `validateAddress` checks if an address is involved in theft, scams, or cybercrime 2. `validateTransaction` checks if a transaction will interact with a known cybercriminal ## ✅ What does a successful project look like? Success will rely on three criteria judged from 1 to 4: implementation, creativity, and usefulness. Implementation is based on the success of implementing the Harpie API on a technical level. We will check your public GitHub to check if your project calls the API successfully. Creativity is based on how well your use of our API is tailored to your product. If you can use our API in a way that’s unique to your product and secures your users, you will score well in this category. For example, if you’re building a DeFi project, perhaps there’s cool ways you can use our API to prevent bad actors from messing with your liquidity. Usefulness is based on the validity of your use of the Harpie API. If your use of the Harpie API actively protects your users from scams and theft, you will score well in this category. If your project simply queries the Harpie API and doesn’t take much action with the returned information, you won’t score well in this category. ## 🎨 UI/UX Design Requirements There are no UI/UX design requirements for this bounty. ## 🤝 Impact on our organization Our mission at Harpie is to reduce cybercrime and theft in the Web3 space. We accomplish this with our set of advanced but user-friendly security tools, in addition to strategic integration into existing Web3 apps. BUIDLer work on this bounty will help contribute to much needed advancements in Web3 security, and will help promote the very important narrative of building security into our products from the ground up. ## 🧑‍⚖️ How are we judging it? Implementation: is the Harpie API integrated into your website/app? At which point are users’ addresses scanned? Are there places where a user can access your website’s/app’s features and bypass having their address scanned? Creativity: is the Harpie API being used in a way that’s custom-fit for this project? Bonus: is there anything being done with our API that we haven’t seen before? Usefulness: is the Harpie API being used in a way that protects users from scams and theft? ## 👀 Some example projects Some examples of what other companies are using the Harpie API for: - Wallet Guard: uses Harpie’s API to check if users are interacting with malicious actors on MetaMask - KeepKey Wallet: uses Harpie’s API to check if users are sending their money to malicious actors There are no current DeFi protocols or NFT projects using Harpie’s API – if your product fits in these categories (or another unique use case) & you integrate Harpie in a cool way, you may get a bonus to your creativity grading.

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 Early Stage Startup ## 📚 Resources - EthStorage Website: https://ethstorage.io/ - Web3:// Website: https://w3url.w3eth.io/ - Github: https://github.com/ethstorage/ - Documentation: https://docs.web3url.io/ - Related ERCs: ERC-4804, ERC-6860, ERC-6821, ERC-6944, ERC-7087 - 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 ## 🏆 Winner Breakdown 1 winner with $5,000. If we don’t get any submissions, or the projects 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 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. ## 🤝 Impact on our 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. ## 🧑‍⚖️ 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. ## 👀 Some example projects 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 Content Management System such as Wikipedia or Mirror, 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. ## 💰 Grant and Investment Opportunities Further discussion with the team.

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 Early Stage Startup ## 📚 Resources - EthStorage Website: https://ethstorage.io/ - Web3:// Website: https://w3url.w3eth.io/ - Github: https://github.com/ethstorage/ - Documentation: https://docs.web3url.io/ - Related ERCs: ERC-4804, ERC-6860, ERC-6821, ERC-6944, ERC-7087 - 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 ## 🏆 Winner Breakdown 1 winner with $5,000. If we don’t get any submissions, or the projects 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 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 such as Twitter and Mirror, 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. ## 🤝 Impact on our 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. ## 🧑‍⚖️ 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. ## 👀 Some example projects The use cases for a Decentralized Social Network 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, 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 to address a range of needs, from content creation and collaboration to ensuring the availability and accessibility of information in a decentralized manner. ## 💰 Grant and Investment Opportunities Further discussion with the team.

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 ## 📚 Resources - EthStorage Website: https://ethstorage.io/ - Web3:// Website: https://w3url.w3eth.io/ - Github: https://github.com/ethstorage/ - Documentation: https://docs.web3url.io/ - Related ERCs: ERC-4804, ERC-6860, ERC-6821, ERC-6944, ERC-7087 - 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 ## 🏆 Winner Breakdown 1 winner with $5,000. If we don’t get any submissions, or the projects 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 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. ## 🤝 Impact on our 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. ## 🧑‍⚖️ 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. ## 👀 Some example projects 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, 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. ## 💰 Grant and Investment Opportunities Further discussion with the team.

Write a cross-chain dAPP that uses IBC as its underlying message passing layer. Whether this is NFTs, DeFi, or any other arbitrary protocol - the choice is yours. Be creative! Use cosmwasm on Union (Testnet) and solidity on EVM (Sepolia Testnet). ## 🗂️ Bounty Category Feature Integration ## 📚 Resources Union explorer: https://testnet.bonlulu.uno/union Union docs: https://union.build/docs/ - Specifically the pingpong example: https://union.build/docs/demos/pingpong/ IBC docs: https://github.com/cosmos/ibc Specifically the channel spec: https://github.com/cosmos/ibc/tree/main/spec/core/ics-004-channel-and-packet-semantics https://www.youtube.com/watch?v=C1FHgGNOPgU ## 🏆 Winner Breakdown First Place gets $1,500 Second Place gets $1,000 ## 📝 Requirements Introduction: Union has built a sovereign interoperability layer in testnet connecting IBC to Ethereum (Sepolia). The Union network is a hyper-efficient zero-knowledge infrastructure layer for general message passing, asset transfers, NFTs, and DeFi. It’s based on consensus verification and has no dependencies on trusted third parties, oracles, multi-signatures, or MPC. Background:  For those who care about decentralization and reliability, and believe that finance should be accessible for everyone. To achieve this, Union has created a truly decentralized interoperability layer that can be bootstrapped by individuals with minimum hardware requirements. Scope of Work: Your dAPP will require two complimentary smart contracts and access to Union Testnet relayer. The existing light clients will support your work.  1. Write a smart contract in cosmwasm and upload to the operating Union Testnet.  2. Write a complimentary smart contract in solidity and deploy on Sepolia. 3. Open a channel between your two smart contracts.  4. Create a MVP User Interface to interact with your protocol.  An example of this integration can be found in Union Docs. ## ✅ What does a successful project look like? 1. UI will be aesthetically pleasing and intuitive  2. User’s interactions with Union and Seoplia will be verifiable on chain  3. All transactions will be linked to a block explorer  4. Cross-chain functionality should not be part of the UI. The UI will show Union and Sepolia as arbitrary ends of your protocol. Use IBC functionality and the Union SDK.  Metamask wallet integration with leap for cosmos (Union)  is required. The wallet integration is provided by the SDK. ## 🎨 UI/UX Design Requirements 1. Integrate your UI with metamask via Union’s SDK  2. Status updates to show how your protocol is performing, any tx in progress, pending, completed, etc.  3. Gracefully handle and Errors, and error codes should be human readable.  4. Links to block explorers  5. Adaptable UI to a Mobile screen (SDK will not work on mobile but should present on mobile) *Note Metamask mobile browser does not yet support Snaps  6. Bonus points for light/dark mode ## 🤝 Impact on our organization 1. Introduces IBC to the Ethereum community thereby highlighting the usefulness of Union.  2. Opens the door to solve undiscovered use cases and issues to the Ethereum and Cosmos community. ## 🧑‍⚖️ How are we judging it? 1. Operational UI  2. Correct integrations with Union and Sepolia 3. Secure protocol - ie. no minting arbitrary assets 4. Smart contracts should have feature parity ## 👀 Some example projects Undiscovered use cases - Union wants to learn from the community what they want to solve. ## 💼 Job Opportunities No public information at this time. Hiring may resume later in the year.