With the rapid development of multi-chain ecosystems, inter-chain communication and data verification issues have become increasingly important. The Lagrange protocol emerged in this context, achieving trustless cross-chain state proof through zero-knowledge proof (ZK) technology, bringing unprecedented security and efficiency to inter-chain interoperability.
Compared to traditional cross-chain bridges, Lagrange does not rely on intermediary nodes or multi-signature mechanisms, but instead utilizes zk-SNARKs to generate verifiable state proofs, significantly reducing trust risks. In addition, Lagrange supports modular integration, allowing any chain to integrate this protocol through plug-ins, thereby enabling secure data reading and verification.
The significance of this technology lies in the fact that it not only breaks down the data interaction barriers between Ethereum and other chains but also provides a solid infrastructure for oracles, cross-chain DeFi, data markets, and more. In the future, Lagrange is expected to become a key bridge for data interoperability in Web3.
