Lagrange Coprocessor brings efficient and verifiable external computing power to blockchain through off-chain tasks and zk-STARK proof technology. Nodes only need to stake LA tokens to participate, without the need for high-performance devices. The platform allocates tasks based on the VRF random algorithm, ensuring that every qualified node has a chance, regardless of computing power size.
After obtaining a task, nodes complete data processing or AI computation off-chain and generate a zk-STARK proof. The proof and computation results are uploaded on-chain, and the smart contract verifies them with extremely low Gas, eliminating the need for recalculation, significantly enhancing efficiency and security.
LA serves as the core of the system's economy, covering payment, staking, incentives, and risk isolation. Completing tasks can earn LA rewards, and in case of errors or delays, part of the stake is automatically destroyed, while the remaining funds flow into the insurance pool, creating an effective risk barrier. All protocol parameters and governance are decided by votes from the LA holder community, ensuring decentralized and transparent operation of the system.
This innovative mechanism promotes trusted off-chain computing as a key infrastructure in the blockchain ecosystem, supporting the implementation of more innovative applications.