Lagrange Coprocessor builds a decentralized and efficient off-chain computing environment. All nodes only need to stake LA tokens to participate. The platform relies on the VRF random algorithm to assign tasks, requiring no high computing power, ensuring fairness and inclusiveness.
After task allocation, nodes perform data processing or AI computing off-chain and automatically generate zk-STARK proofs. The proofs and results are synchronized and uploaded on-chain, and the smart contract can verify them with extremely low gas fees, eliminating the need for repeated computations, significantly enhancing efficiency and security standards.
LA, as the economic hub of the system, encompasses task payments, node staking, incentives, and risk isolation. Nodes can earn rewards for completing tasks as per the protocol, and if they make errors or delays, a portion of their stake is automatically destroyed, with remaining funds flowing into the insurance pool. All protocol parameters and governance processes are jointly decided by the LA holder community, achieving an open, transparent, and decentralized mechanism.
Lagrange Coprocessor provides a solid foundation for trustworthy off-chain computing, enabling innovative blockchain applications and multi-scenario implementations.