Unfold 2023

- Build a commerce of DeFi application on Sui - Bonus: Integrate the kiosk standard into your commerce app with a UX familiar to web2 users for additional points - Another Bonus: Incorporate DeepBook into your own DeFi app"

- Build a social, NFT, or gaming application on Sui designed for virality - Bonus - integrate Sui's zkLogin for soical login and easy onboarding to earn extra points

The HyperSDK was built to enable developers to build performant virtual machines from scratch. A good example of a virtual machine built using the HyperSDK is the TokenVM. For this track, you can use the TokenVM as a baseline and experiment with adding features or modifying it. **Required Skills:** Advanced Golang Familiarity with gRPC **Resources:** - hypersdk/examples/tokenvm at main · ava-labs/hypersdk - https://github.com/ava-labs/hypersdk **Project Ideas:** - Fork TokenVM and extend it - Allow users to transact using aliases instead of addresses implement borrowing and lending - Implement your own custom VM with HyperSDK **Deliverables:** - Ideas for custom VM - GitHub Repo with Implementation of a custom VM built with HyperSDK - No front-end required, nice-to-have

First Place winner of Avalanche Track

Second Place Winner of Avalanche

Third Place winner of Avalanche

For this track, the only requirement is to deploy a smart-contract based application on the Fuji testnet. You’re free to be creative and work across any vertical (DeFi, NFTs, gaming, infra/tooling etc.) **Project Ideas:** - Create a solidity dApp and deploy it to the C-Chain of the Fuji Testnet - Extra: Integrate the Core wallet in the frontend - React Template

Customizing the EVM is an incredibly efficient way to enable new blockchain applications that would be very hard to do on “one-chain-fits-all”-systems. You can simply configure the EVM with some parameters (such as the gas limit or restrict access to the blockchain) or extend it by adding precompiles. Precompiles in essence means you wrap a Go implementation in a solidity interface and make it accessible to other smart contracts. **Required Skills:** Basic Golang (or experience with similar statically typed language such as C, C#, Java, TypeScript, …) Basic familiarity with the EVM and Solidity **Project Ideas:** Pick an existing smart contract and fork it. Replace gas intensive operations with much more efficient precompile Create a precompile to verify ZK proofs (utilize existing Go library, never roll your own crypto) Build a KYC’d blockchain that uses the pre-installed precompile txAllowList that is called by a KYC service **Deliverables:** - Ideas for customization - GitHub Repo with Implementation of a customized Precompile-EVM - No front-end required, nice-to-have

We strongly believe that regulatory compliance will foster trust from regulators and users alike, and bring innovations in DeFi to the masses. In this problem space, we invite buidlers to tackle the challenge of creating a web3 wallet that combines the security and convenience of blockchain-based transactions with the regulatory oversight necessary to prevent bad actors from using the tech for black market financing. Three important elements that regulators seem to be clear on: KYC verification, privacy preservation, and Tax deducted at source. By integrating compliance into decentralized finance, we aim to facilitate a seamless and legally compliant financial experience for users and businesses.

**Introduction** WeChat became China’s everything app, and a large driver of this growth was a simple gamified campaign bringing the traditional red envelope gifting into the digital payments world. In this exciting hackathon track, we invite buidlers to harness the power of blockchain to create innovative and secure solutions for the age-old tradition of giving and receiving red envelopes. We challenge you to build an on-chain smart contract that enables the seamless creation, distribution, and management of digital red envelopes. The main objective of this track is to develop a robust on-chain smart contract solution for on-chain red envelopes to ensure transparency, security, and immutability.

**Problem Statement** Be it Web3-native or Web2 brands, enabling them to launch a tokenized loyalty program powered by NFTs, easily transferrable across all ecosystems, is the next big viable consumer opportunity. This can onboard millions and even billions into the crypto via a non-speculative use case! **For more information:** [https://build.superteam.fun/ideas/composable-nft-loyalty](https://build.superteam.fun/ideas/composable-nft-loyalty)

**Problem Statement** Despite investing significant amounts of time on social media platforms, users are rarely compensated for their contributions. While these platforms generate revenue through advertising or subscription fees, their users see no financial benefit. This presents an opportunity for the creation of a platform that rewards its users for their participation. **For more information:** [https://build.superteam.fun/ideas/web3-clubhouse](https://build.superteam.fun/ideas/web3-clubhouse)

**The Top 5 projects built during the hackathon will be awarded $1000 each.**

These are the areas where Spheron is looking for the solutions to be designed: - Leverage Spheron Compute SDK to create Zapier logical flow design - Utilizing the Spheron storage & IPNS publish, build a builder that allows anyone to create dynamic NFTs - Build a VS Code plugin that helps developer publish their existing Web App directly from VS Code - Build a notification service that leverages Spheron Compute & Spheron Storage & IPNS # Bounty Submission Guidelines - Create excellent documentation with Readme - If a video is created showing how it’s going to be used as a deployed application vs a local application - From Site hosting to Compute to Storage, everything must be Spheron’s

**Bounty Statement:** In the evolving world of decentralized apps, real-time engagement is paramount. By integrating the Push chat, Push notification, and Stream Notification APIs. This integration aims to provide users with instantaneous, real-time notifications without the need for redundant API polling, leveraging the power of sockets. **Scope of Work:** 1. Incorporate the Push chat, Push notification, and Stream Notification APIs into your DApp. 2. Enable real-time notifications for users, differentiating between inbox and spam. 3. Implement the Stream Notification API as described: - Use the **`userAlice.stream.on(STREAM.NOTIF, (data: any) => {...}`** method to capture and handle new notifications. - Ensure proper handling of all stream notification events, both for direct notifications (**`STREAM.NOTIF`**) and other channel/notification events (**`STREAM.NOTIF_OPS`**). 4. Ensure notifications are seamlessly incorporated into the user interface, with clear differentiation and intuitive management options for users.

**Bounty Statement:** Push Notification's Channel Settings API. This feature grants users the autonomy to select and refine the type of notifications they receive. By implementing this, DApps can cater more personally to user preferences, ensuring the user gets the exact content they desire. **Scope of Work:** 1. Assimilate the Push Notification's Channel Settings API within your DApp. 2. Provide users with options to select different notification categories/types. 3. Utilize Boolean and/or Slider settings as described in the API: - **Boolean Setting**: Allows users to toggle between true/false, e.g., opting to receive marketing notifications. - **Slider Setting**: Lets users choose a value within a specified range, e.g., getting an alert when a loan's health breaches a certain threshold. 4. Ensure the settings interface is intuitive and user-friendly, providing clear descriptions for each option.

**Bounty Statement:** Showcase the potential of the Push by integrating its Conditional Gating feature into their dapps. This feature will allow dapps to create dynamic and sophisticated permissions for their user community, setting unique conditions for joining or communicating in groups. **Scope of Work:** 1. Integrate the Push Chat conditional gating with your dapp. 2. Implement conditional gating, utilizing at least two of the following use-cases: - Token-gated group - NFT-gated group - Multi-chain conditions - Sending message conditions - Non-web3 conditions using Guild - Game theories by combining multiple conditions 3. Ensure smooth UX/UI and seamless user verification based on the set rules.

**Build cross-chain applications using wormhole.** The Top 5 projects under this track will be awarded $1000 each. Some possible project examples are: - Cross-chain governance proposals and implementations. - Decentralized finance applications that work across chains. - Cross-chain non-fungible token marketplaces - Or come up with your own creative decentralized application. - The opportunities are endless when you can move assets between chains! Get started building the future of cross-chain applications today.

1. Build interface to add and manage — LP in a cross-chain way via Uni v3 or v2 type of dexes . The liquidity provider can have liquidity in any chain 2. Cross-chain yield farming (single asset and multi-asset) and position migration. Let liquidity providers transcend the world of different chains and quickly hop to the best reward rate pool ! 3. Cross-chain lending and borrowing. Think of a world with cross-chain Aave. 4. Think out of box and build something completely new !

**Upto $5000 Bounty** ### **LLM-powered Declarative Transaction Interface Challenge** Develop an intuitive interface, utilizing a Large Language Model (LLM) to interpret natural language inputs from users regarding their transaction intentions. The challenge encourages the creation of a system where users can communicate their transaction intentions in everyday language, which the LLM would then translate into executable blockchain commands. The objective is to bridge the gap between user intent and blockchain execution, making web3 interactions more accessible and user-friendly. It can be a webapp/ mobile app or a CLI. Example **Swap:** User: "Swap 100 USDC for ETH at a rate better than 0.03 ETH per USDC." LLM processes this and executes the swap transaction once the condition is met. **Bridging:** User: "Bridge 50 DAI from Ethereum to Binance Smart Chain." LLM interprets and executes the cross-chain bridging transaction. **Staking:** User: "Stake 200 SELF in SelfChain Devnet." LLM interprets and executes the staking transaction based on the specified terms.

1) Completing a 2hr "Certified Wallet Engineer" video course launched by Liminal during the hackathon. Learn everything you need to know about building secure crypto wallets for your projects! 2) Post your completion certificate on social media, tagging [@LmnlHQ](https://twitter.com/LmnlHQ) 3) 5 lucky winners who complete the tasks within the Unfold Hackathon stand a chance to win a cool Cypherock MPC hardware wallet!

- 200 USD worth of credits to all the participants who use Solidity Scan. - 1500 USD worth of credits to all the winners These credits can be enabled with a coupon code, UNFOLD23. Watch this video explaining the step-by-step process to activate your credits: https://www.youtube.com/watch?v=gfScVUvu_go