After carefully studying @brevis_zk, I found that its breakthrough isn’t about faster proof generation, but about turning historical data into programmable assets. Traditional smart contracts can only access the current state, but Brevis enables dApps to trustlessly access full-chain historical data through ZK proofs. PancakeSwap offers VIP discounts based on trading history, and Euler distributes $100,000 in rewards every four hours—these initiatives are built on ZK proofs rather than trust assumptions. When the Uniswap Foundation invested $9 million to support trustless routing rebates, DeFi shifted from 'trust but verify' to 'trustless and verifiable.' The core innovation of zkCoprocessor lies in balancing data availability and privacy protection. Users can prove they are early crypto adopters or long-term holders without exposing their wallet addresses. Selective transparency makes on-chain identity systems possible while safeguarding user privacy. When computing resources shift from scarcity to an open market... @brevis_zk empowers every developer with unlimited computing power and enables every dApp to access full-chain historical data. From impossible to everyday—that’s the value of ZK computing infrastructure.