The traditional ZK solution relies on a single node to complete proof calculations, which presents efficiency bottlenecks and single point of failure risks. Its adopted "distributed proof generation protocol" breaks down computational tasks into hundreds of micro-modules, processed in parallel by network nodes.
This architecture increases the proof generation speed by 3-5 times, and any node failure will not affect the overall process. More critically, its innovative "proof aggregation algorithm" can compress the sub-proofs generated by distributed nodes into a unified on-chain verifiable credential, reducing verification costs by over 60%, addressing the industry pain point of ZK technology: "easy to generate, hard to verify."
