Cerberus Protocol
Three-headed AI swarm monitors smart contracts, reaches peer consensus, executes on-chain protection
Project Description
Cerberus Protocol is a decentralized AI security swarm for smart contract monitoring. Three independent AI agents (three heads) continuously monitor on-chain events on Ethereum Sepolia. When a threat is detected, agents reach peer consensus (2/3 threshold) before executing any protective action. No central coordinator — every decision is verifiable. Audit logs stored on 0G decentralized storage. On-chain execution via KeeperHub. Built at ETHGlobal Open Agents 2026.
How it's Made
Built with React + TypeScript + Vite deployed on Vercel. Three AI agents powered by Groq llama-3.3-70b run as independent inference calls with no shared state. WatcherAgent monitors Sepolia via Alchemy RPC polling every 5 seconds. ValidatorAgents vote independently using Claude/Groq API. ConsensusEngine evaluates 2/3 threshold. KeeperHub webhook integration for guaranteed on-chain execution — 8 confirmed runs. 0G Labs testnet for immutable audit log storage. Smart contract deployed on Sepolia for demo monitoring. Security logic based on real Code4rena audit experience (LayerZero x Stellar, High severity finding). Smart contracts deployed on two networks: Ethereum Sepolia (0xc4a1367dbaf887387598991bfcf54d9cfdd10a9e) and 0G Galileo Testnet (0x3312E9E6A5329397378Eb0fc64EaAe6D88C2Af30). 0G deployment verified on chainscan-galileo.0g.ai.
