Lagrange reshapes cross-chain verification with zero-knowledge proofs. Its "infinite verification layer" consists of three parts: ZK Prover Network, ZK Coprocessor, and State Committees, which are responsible for computing power, on-chain data queries, and cross-chain state security, respectively.
Developers can generate zero-knowledge proofs and submit on-chain verification through SQL queries with the help of the ZK Coprocessor, avoiding reliance on third-party indexing. The State Committees provide security for cross-chain interactions, ensuring that data is transmitted reliably across multiple chains.
This architecture of "mathematical substitutes for trust" makes Lagrange the foundational security infrastructure for multi-chain DeFi and AI applications.
