Lagrange Coprocessor no longer turns off-chain computation into a 'black box.' It provides equal opportunities for each node, allowing participation in task lotteries simply by staking LA. The platform automatically assigns tasks through the VRF algorithm, enabling fair competition without the need for high computational power.
After being assigned a task, nodes efficiently compute off-chain and generate zk-STARK proofs, ensuring that all computation results can be quickly verified on-chain. This not only reduces the burden on the mainnet but also ensures that every piece of data is traceable and credible, completely eliminating the risk of 'single point of trust.'
In terms of the economic model, LA is responsible for registration, incentives, and risk isolation. Completing a task rewards users, while errors or delays automatically destroy a portion of the stake, with the remaining funds injected into an insurance pool, providing security for the entire ecosystem. All rules and parameters of the platform are collectively voted on by the LA holder community, maintaining long-term transparency and autonomy of the protocol.
This is how Lagrange Coprocessor paves the way for inclusive and trustworthy off-chain computation, greatly stimulating the landing potential of various blockchain scenarios.
