Lagrange's mission is to build a trustworthy 'infinite computing layer' using zero-knowledge proofs. It enables complex computations, historical data queries, and cross-chain interactions to generate zero-knowledge proofs that can be quickly verified on-chain through the ZK Prover Network, ZK Coprocessor, and State Committees.
Among them, the ZK Coprocessor stands out particularly. Developers can query historical data on-chain using SQL, and the system automatically generates proof results to submit to the contract. This allows on-chain applications to securely use large-scale historical data without relying on third-party services. The State Committees provide validation for cross-chain states, making interoperability in the multi-chain ecosystem more secure and trustworthy.
By entrusting trust to mathematical proofs, Lagrange is becoming an important underlying security support for DeFi, cross-chain bridges, governance, and AI applications.
