DASF

Problem Statement:

Challenges in managing social funds:

• Lack of Transparency: Donors often lack visibility into how funds are allocated and used.
• Inefficiency in Distribution: Traditional fund distribution systems are slow and prone to mismanagement.
• Limited Community Involvement: Beneficiaries and communities have minimal participation in fund allocation decisions.

Why This Is Important:

• Builds trust: Transparency ensures donors know their contributions are being used effectively.
• Empowers communities: Decentralized decision-making gives communities a say in how funds are distributed.
• Improves efficiency: AI-driven automation streamlines fund management and allocation.

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Implementation:

1. EigenLayer:
   • Use Case: Verify and manage all transactions and fund allocations on-chain for complete transparency.
   • Example: Use EigenLayer to track and verify fund disbursements, ensuring every allocation aligns with the intended purpose.
   • Prize Track: Eigen Agents Pool Prize ($20,000 pool, shared among qualifying projects).
2. Lit Protocol:
   • Use Case: Enable secure wallet interactions and implement community-based governance for fund allocation.
   • Example: Use the Lit Agent Wallet for community voting, ensuring only authorized users can vote and view fund allocation details.
   • Prize Track: Best DeFAI Agent ($2,500 for 1st place).
3. Privy’s Server Wallets:
   • Use Case: Manage secure and private wallet interactions for fund contributors and beneficiaries.
   • Example: Use Privy’s Policy Engine to ensure funds are distributed based on pre-set rules (e.g., community votes or milestones achieved).
   • Prize Track: Best Consumer Experience Built with Server Wallets ($3,000 total, $1,000 per winner).

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Features:

1. Transparent Fund Tracking:
   • EigenLayer ensures every fund transaction and allocation is verifiable on-chain.
2. Community Governance:
   • Lit Protocol enables secure, decentralized voting for fund allocation decisions.
3. Policy-Driven Distribution:
   • Privy ensures funds are distributed according to transparent and enforceable rules.

DASF is a decentralized platform designed to manage, distribute, and track social impact funds using AI agents and cutting-edge blockchain technologies. Below, we dive into the nitty-gritty details of how we built this project, the technologies we used, and how they were integrated to create a seamless and impactful solution.

Technologies Used: EigenLayer:

Purpose: For decentralized fund verification and allocation transparency.

Implementation: We used EigenLayer to create a transparent and immutable ledger for all fund transactions. Every allocation and disbursement is recorded on-chain, ensuring complete visibility and accountability.

Integration: EigenLayer’s smart contracts were integrated into our backend to automatically verify and record transactions. This ensures that every fund movement is transparent and can be audited by anyone.

Lit Protocol:

Purpose: For secure, policy-driven wallet management and community voting mechanisms.

Implementation: We leveraged Lit Protocol to create a decentralized governance system where community members can vote on fund allocation decisions. The Lit Agent Wallet was used to ensure that only authorized users can participate in voting and view sensitive fund allocation details.

Integration: Lit Protocol’s SDK was integrated into our frontend to enable secure wallet interactions and voting mechanisms. This allows for a seamless user experience while maintaining high security and privacy standards. AI Agents:

Purpose: To automate and optimize fund management and allocation.

Implementation: We developed AI agents using Python and TensorFlow to analyze fund usage patterns, predict future needs, and optimize allocation strategies. These agents interact with the blockchain to execute transactions based on their analysis.

Integration: The AI agents were integrated into our backend, where they continuously monitor fund usage and make real-time adjustments to allocation strategies. This ensures that funds are used efficiently and effectively.

Frontend:

Technologies: React.js

Backend:

Technologies: Rust, Node.js

Implementation: The backend was built using Rust for its performance and security features, with Node.js handling API requests and interactions with the blockchain.

Integration: The backend integrates with EigenLayer, Lit Protocol, and Privy’s Server Wallets to handle fund transactions, governance, and wallet interactions.