The Lagrange Coprocessor has built an efficient, secure, and decentralized off-chain computing mechanism. Nodes can participate in the task pool after staking LA tokens, and the platform randomly assigns off-chain tasks through the VRF algorithm, ensuring that all qualified nodes have a chance to gain execution rights without the need for high-performance computing devices.
After receiving tasks, nodes complete data processing, AI inference, and other operations off-chain, and automatically generate zk-STARK proofs. The proofs are uploaded on-chain along with the results, and the smart contract requires a very low Gas fee for verification, eliminating the need to repeat off-chain processes, thereby improving computational efficiency and data credibility.
LA runs through the economic incentive system, serving both as a payment and staking tool for tasks, as well as the foundation for incentives and risk isolation. Nodes successfully completing tasks receive rewards, while errors or delays result in the automatic destruction of a portion of the stake, with the remaining funds injected into the insurance pool. All protocol parameters and governance processes are decided by votes from the LA holder community, ensuring ecological openness, transparency, and decentralization.
This innovative design lays a solid foundation for trusted off-chain computing and promotes the multi-scenario development of blockchain.