The core of the Lagrange Coprocessor is to allow off-chain computation results to be verified and trusted to be accepted on-chain. This is crucial for the expansion of blockchain applications, as many scenarios (such as AI inference, cross-chain data processing, and game logic) cannot be executed directly on-chain.
Through STARK proofs, Lagrange allows off-chain results to be verified by on-chain contracts at low cost, achieving efficient and secure off-chain collaboration. You do not need to trust the executor; you can simply verify the mathematical proof to confirm the correctness of the result.
LA is the driving engine of this mechanism:
• The task party pays service fees with LA
• Execution nodes must stake LA to accept tasks
• Delivery errors will result in LA being confiscated and destroyed
• Successfully completing tasks will earn rewards, promoting token circulation and deflation
This design establishes a decentralized, sustainable, and integrity-driven off-chain computing market.