Lagrange's core competitiveness lies in reconstructing the generation logic of zero-knowledge proofs.
Traditional ZK solutions rely on a single node to complete proof computation, which presents efficiency bottlenecks and risks of single points of failure. In contrast, its adopted "distributed proof generation protocol" breaks down the computation tasks into hundreds of micro-modules, which are processed in parallel by network nodes.
This architecture increases proof generation speed by 3-5 times, and the failure of any single node does not affect the overall process. More critically, its innovative "proof aggregation algorithm" can compress the sub-proofs generated by scattered nodes into a unified on-chain verifiable credential, reducing verification costs by over 60%, thus addressing the industry pain point of ZK technology where "generation is easy but verification is difficult".