Lagrange Coprocessor has created a fair and efficient off-chain computing ecosystem. Nodes only need to stake LA tokens to sign up, without the need for high-end equipment. The platform uses a VRF random algorithm to assign tasks, ensuring that every qualified node has a chance to participate.
After task assignment, nodes perform data analysis, AI computations, and other operations off-chain, generating zk-STARK proofs. The proofs are uploaded on-chain along with the results, and the smart contract verifies them with very low Gas, eliminating the need to repeat all computational processes, saving resources while ensuring the trustworthiness of the results.
LA runs throughout the entire economic system, used for task payments, node staking, incentives, and risk management. Nodes that successfully complete tasks can earn rewards, while errors or delays automatically destroy part of the stake, with the remaining funds entering an insurance pool. All protocol parameters and governance processes are determined by votes from the LA holder community, achieving true openness and decentralization.
The architecture of Lagrange Coprocessor has become a solid foundation for trustworthy off-chain computing in the blockchain ecosystem, promoting the landing of innovations in various scenarios.