Currently, airdrop distribution requires custom contracts, backend scripts, and manual allocation. Teams have to calculate who gets how much reward, while users can only check airdrops through links. Incentra offers a simple solution. Every 4 hours, it automatically captures snapshots of Euler's Arbitrum market, generates ZK proofs for reward calculations, and publishes them on-chain. The core breakthrough of the ZK coprocessor lies in offloading complex computations from on-chain to off-chain execution. When Euler needs to distribute $100,000 worth of rEUL rewards for USDC, WETH, USDT, and WBTC vaults, it would cost thousands of dollars in gas fees and carry the risk of calculation errors. @brevis_zk uses off-chain computation to calculate time-weighted average holdings, generating concise cryptographic proofs. Smart contracts only need to verify the correctness of the proofs. The entire process runs automatically, with no manual intervention. Liquidity providers no longer need to trust the fairness of reward calculations—they can verify the reward distribution themselves. Euler completed deployment within a week, with zero new contracts and zero operational costs. This is a real-world application of ZK verification. @brevis_zk is turning ZK proof capabilities into public infrastructure, enabling any protocol to enjoy trustless incentive distribution.