PayFoldFrom hackathon escrow to AI address collection and zero-leakage settlement. We plug into your stack to prototype, validate, and launch autonomous prize distribution experiences your winners actually love.
// 1. Organizer deposits prize to Escrow
contract.announceWinner(hackathonId, email, 0.25 ETH);
// 2. Autonomous Gemini AI verifies recipient
AI_Agent -> "Congratulations! Provide your EVM address."
Winner -> "Payout to 0x71C...397"
// 3. NEAR Threshold MPC co-signs release
NEAR_MPC.sign({
signer: "lakshay-payfold.testnet",
path: "hackathon-2026",
recipient: "0x71C...397",
status: "CONFIRMED_ON_AURORA"
});A single master account (lakshay-payfold.testnet) dynamically derives distinct, isolated EVM vault addresses for every hackathon on Aurora and Sepolia.
Zero private keys exist on disk. Payout transactions are co-signed across NEAR’s decentralized validator set (v1.signer-prod) eliminating single points of compromise.
Winners don't need NEAR accounts or gas. The protocol handles cross-chain execution behind the scenes, delivering native ETH directly to the recipient's EVM address.
PayFold marries Google Gemini AI with NEAR Chain Signatures to eliminate manual spreadsheets and give hackathon organizers trustless, non-custodial prize settlement.
The on-chain contract (PayFoldEscrow.sol) locks organizer prize pools on Aurora. Only the authorized NEAR MPC threshold signer can release payouts once the winner's identity is validated by AI.
lakshay-payfold.testnetLock prize funds into the escrow smart contract. The autonomous Gemini agent emails the winner to collect their EVM address and releases payout without server private keys.
Experience decentralized keyless MPC co-signing in real-time. Watch NEAR Protocol's validator threshold network (v1.signer-prod.testnet) securely verify incoming winner emails and execute cross-chain payouts directly to Aurora EVM — with zero server private keys.
No hackathons recorded yet. Announce a winner above to initialize a live vault!