Lagrange aims to achieve a decentralized 'proof network'. Through the ZK Prover Network, ZK Coprocessor, and State Committees, it enables complex computations, historical data queries, and cross-chain interactions to generate zero-knowledge proofs, which can be verified in on-chain contracts.
The design of the ZK Coprocessor is particularly practical. Developers only need to write SQL queries to efficiently extract historical data on the chain and automatically generate proofs to submit to contracts. This not only lowers the development threshold but also addresses the limitations of blockchain in handling large-scale historical data. State Committees provide secure state proofs for cross-chain applications, making interoperability between different chains more trustworthy.
Lagrange builds trust on mathematical proofs, providing new underlying security guarantees for DeFi, cross-chain bridges, data markets, and AI applications.
