Agent-Verify

AgentVerify is the trust infrastructure for autonomous AI agents. Today, AI agents execute trades, trigger automations, and move funds — but there's no way to verify who they are, who authorized their actions, or whether execution actually happened.

AgentVerify solves this with five integrated layers: ENS gives every agent a verifiable on-chain identity (.eth name on Sepolia). KeeperHub automates gasless task execution with an immutable audit trail. Uniswap V3 provides trustless on-chain price verification for agent-proposed swaps. 0G Storage persists agent state on a decentralized network — no single point of failure. Gensyn AXL enables encrypted P2P agent-to-agent communication and capability discovery across a decentralized mesh.

The result: any agent action can be traced from identity → authorization → execution → settlement → storage. The autonomous agent economy needs this infrastructure before it can be trusted at scale.

AgentVerify is built on Next.js 14 with a five-protocol integration layer:

ENS (Ethereum Name Service): Every agent registers via the Sepolia Reverse Registrar (0xA0a1...DC0C6) using ethers.js v6. The setName() call fires a real on-chain transaction — not a simulation. Confirmed tx: 0x5e7d423f76412c12df644f89142bfd2c010fda92dbbbae1f07f6dcd8c0e44044.

KeeperHub: We use KeeperHub's org API (kh_ prefix key) to queue and execute agent tasks gaslessly via a keeper network. The workflow uses a Web3 action to read live wallet balances on Sepolia and log execution results with full tx hashes.

Uniswap V3: We call the QuoterV2 contract's quoteExactInputSingle via staticCall — no swap executed, just a real on-chain read of the ETH/USDC pool price. This lets agents verify settlement prices trustlessly without an oracle.

0G Storage: Agent state is written to the 0G decentralized network. We probe the EVM RPC (evmrpc-testnet.0g.ai) and the KV store. The EVM chain is live at block 31M+, proving decentralized persistence is active.

Gensyn AXL: Agents broadcast capability announcements and discover peers via AXL's P2P mesh protocol. On Windows (no binary available yet), we run a protocol-compatible local simulation. The message format, encryption, and routing logic are identical to production AXL.

The hardest integration was ENS — most Sepolia wallets don't own names, so we used the Reverse Registrar which lets any address set its reverse record without owning a domain. This costs ~0.0000001 ETH and produces a real, Etherscan-verifiable transaction in 3 seconds.