<h3 class="heading-node">About JuliaOS</h3>JuliaOS is a modular, open-source platform for building, deploying, and managing AI-powered agents and swarms across multiple blockchains. It combines the performance of Julia (a high-speed, AI-native language) with a flexible dev stack (Node.js CLI, Python bindings) and a robust onchain/offchain agent framework. For non-technical users, JuliaOS also offers a no-code dApp builder with the same AI and swarm capabilities in a simple, intuitive interface. You can learn more about us on our <a class="link" href="https://x.com/buildonjulia" target="_new" rel="noopener">X page</a>.<h3 class="heading-node">🎯 Mission</h3>The mission of this bounty is to build fully functional decentralized application powered by the JuliaOS framework. The goal is to demonstrate the versatility of JuliaOS through real-world applications that leverage AI agents, swarm orchestration, or multi-chain deployment. Successful submissions will showcase how developers can use JuliaOS to quickly build performant, intelligent dApps onchain and offchain.<h3 class="heading-node">🔍 Scope Detail Required:</h3><ul class="list-node"><li>JuliaOS Agent Execution Implement autonomous or LLM-powered agents using <code class="inline" spellcheck="false">agent.useLLM()</code> or equivalent API calls provided in the JuliaOS Gitbook.</li></ul><h3 class="heading-node">Optional Features (bonus points):</h3><ul class="list-node"><li>Swarm Integration Use JuliaOS swarm APIs to coordinate and manage multiple agents working together.</li><li>Onchain Functionality Interact with Solana smart contracts or execute onchain queries through JuliaOS’s onchain interfaces.</li><li>UI/UX Layer You may build a custom front-end using using your own UI stack. This is encouraged if you’re building a more advanced or highly customized user experience.</li></ul>Simplified Agent Use Case examples:<ul class="list-node"><li>Cross-Chain Arbitrage Swarm Bot. A swarm of AI agents that collaborate to find and exploit arbitrage opportunities across multiple exchanges.</li><li>Web3 Gaming Companion. An AI assistant tailored for blockchain gamers that helps manage in-game crypto assets and improve gameplay strategies.</li><li>AI DAO Governance Advisor. An AI agent that helps DAOs by analyzing proposals, summarizing discussions, and forecasting potential outcomes.</li><li>Web3 Project Research Assistant. An AI agent that automates due diligence and research on blockchain projects</li><li>On-Chain Transaction Trace &amp; Compliance Agent. An AI assistant that reconstructs and visualizes the full path of suspicious transactions across multiple blockchains—from the origin of stolen funds through mixers, bridges, and wallets—to the current holder.</li></ul><h3 class="heading-node">✅ Submission Requirements</h3><h4 class="heading-node">How to Participate:</h4><ol class="list-node"><li>Creates a public GitHub repo for your dApp.</li><li>Repo includes:<ul class="list-node"><li>README with setup instructions</li><li>Description of how it uses JuliaOS (e.g., agent APIs, swarm coordination)</li><li>Link to any demo or deployment</li><li>Any relevant tests or scripts</li></ul></li><li>Submit the repo link via earn bounty platform</li><li>Complete <a class="link" href="https://forms.gle/R8VHnLN8j6vszGjv5" target="">this feedback form</a>.</li><li>Follow us on X and join our Discord with a ‘Developer’ role.</li></ol><h4 class="heading-node">Development Requirements:</h4><ul class="list-node"><li>Code Quality: Follow JuliaOS style guidelines and naming conventions</li><li>Documentation: Provide a clear README explaining the dApp use case, agent logic, and how to run it</li><li>Testing: Include sample tests or scenarios demonstrating functionality</li><li>License: Your contribution must be compatible with the MIT license</li></ul><h3 class="heading-node">🧪 Judging Criteria</h3><ul class="list-node"><li>Technical Depth: Use of agents, swarms, and JuliaOS primitives</li><li>Functionality: dApp should run as expected with no major bugs</li><li>Innovation: Novel or impactful use cases encouraged</li><li>Documentation: Clear instructions on setup and execution</li><li>Ecosystem Value: Does the dApp contribute meaningfully to JuliaOS?</li></ul><h3 class="heading-node">🧰 Resources</h3><ul class="list-node"><li><a class="link" href="https://github.com/Juliaoscode" target="_new" rel="noopener">JuliaOS GitHub</a></li><li><a class="link" href="https://docs.juliaos.com" target="_new" rel="noopener">JuliaOS Docs</a></li><li><a class="link" href="https://www.juliaos.com" target="_new" rel="noopener">Website</a></li><li><a class="link" href="https://x.com/BuildOnJulia" target="">X</a></li><li><a class="link" href="https://discord.gg/ttzAURwfaK" target="">Discord</a></li></ul>*For Technical Questions: Go to “Tech Support” channel on Discord and tag @Euraxluo or open a new issue in the JuliaOS Github.<h3 class="heading-node">💸 Reward Structure</h3><ul class="list-node"><li>Reward:<ul class="list-node"><li>1st Place $1,500</li><li>2nd Place $800</li><li>3rd Place $300</li><li>4th Place $200</li><li>5th Place $200</li></ul></li><li>Paid in: $USDT</li><li>Deadline: August 6th</li></ul>

AI DApp Development

AI DApp Development

3,000USDC Total Prizes
1,500 USDC 1st 800 USDC 2nd 300 USDC 3rd 200 USDC 4th 200 USDC 5th