Lagrange's vision is to create a decentralized 'infinite proof layer'. It transforms computation, data querying, and cross-chain interactions into verifiable zero-knowledge proofs through the ZK Prover Network, ZK Coprocessor, and State Committees, and efficiently verifies them in on-chain contracts.
Among them, the ZK Coprocessor is the most groundbreaking part. Developers can use SQL to query historical data on the chain, and the system will automatically generate zero-knowledge proofs, submitting the results with credibility on-chain. This allows complex historical queries to be safely invoked without relying on third-party indexing. The State Committees provide verification for cross-chain states, ensuring interoperability among ecosystems is trustworthy and efficient.
Lagrange shifts trust from 'relying on third parties' to 'relying on mathematics', providing a solid guarantee for DeFi, cross-chain bridges, data markets, and AI scenarios.
