When faced with $231M incentive distribution data, @brevis_zk has evolved from a concept to production-grade infrastructure. Behind every ZK proof lies real value flow—VIP discounts on PancakeSwap, Euler’s rewards distributed every four hours, and Uniswap Foundation’s $9M routing rebate support. ————————————————————————— The core issue with traditional incentive distribution lies in trust assumptions. Most DeFi protocols rely on multisig wallets or governance votes to distribute rewards, leaving users unable to verify the distribution logic. More importantly, historical transaction data cannot be directly accessed by smart contracts, meaning reward calculations depend on external or centralized services like oracles. Brevis enables trustless access to full-chain historical data through ZK proofs, ensuring cryptographic guarantees for every reward distribution. ————————————————————————— The logic behind moving from 125M+ proofs to $231M incentive distribution is shifting complex computations from on-chain to off-chain. By verifying via ZK proofs on-chain, gas costs are significantly reduced, processing speeds approach centralized service levels, but with fully decentralized security guarantees. In terms of data availability, traditional smart contracts can only access current states. Brevis allows dApps to trustlessly access full-chain historical data. Users can prove they are early adopters or long-term holders without exposing their wallet addresses. When historical data becomes programmable assets, DeFi fundamentally shifts from "trust but verify" to "trustless and verifiable." @brevis_zk is building the next generation of verifiable computation infrastructure.