Lagrange Coprocessor builds an open and trustworthy off-chain computing platform. Any node can participate by staking LA tokens. The platform fairly distributes tasks using a VRF random algorithm, requiring no high computing power, allowing every node to have a chance to participate.
After task allocation, nodes perform data processing, AI inference, and other operations off-chain, automatically generating zk-STARK proofs. These proofs are uploaded on-chain along with the computation results, and smart contracts can verify them with extremely low gas fees, eliminating the need for repeated calculations, significantly improving system efficiency and the verifiability of results.
LA runs through the entire incentive system, serving both as the medium for task payments and node staking, as well as the basis for incentives and risk control. Nodes that successfully complete tasks can receive LA rewards, while any errors or delays automatically lead to the destruction of part of the stake, with the remaining funds injected into an insurance pool. All protocol parameters and governance are collectively voted on by the LA holder community, ensuring the decentralization and transparency of the ecosystem.
The technology and mechanisms of Lagrange Coprocessor make trustworthy off-chain computing an important driving force for innovation in blockchain applications and the implementation of diverse scenarios.
