In today's world where applications on the blockchain are becoming increasingly diverse, from AI to data analysis, from game logic to cross-chain interactions, there is a need for high computational processing. However, the blockchain itself cannot bear these heavy tasks. This is precisely where the value of the Lagrange Coprocessor lies - it makes off-chain computations verifiable.
Through STARK proofs, any node can complete tasks off-chain and then submit a proof, allowing the on-chain validation to be done at a low cost. This not only preserves the security of the blockchain but also alleviates the bottleneck in computational capacity.
The entire system is maintained by LA: submitting tasks requires payment in LA, and nodes must stake LA to take orders. Mistakes or fraudulent behavior will result in the staked assets being confiscated and destroyed, while token holders can also participate in governance and parameter updates, allowing this framework to continue evolving.
