Lagrange is redefining the inter-chain data communication standards. Through its innovative ZK Coprocessor architecture, it connects the on-chain states of major L2s, allowing different Rollups to securely call each other's data via a unified interface, reducing development barriers while enhancing performance and security.
The design goal of Lagrange is to enable high-performance scenarios such as DeFi, GameFi, and AI model training to no longer rely on centralized or expensive cross-chain bridges. It generates validity proofs for data across different chains through the AVS network deployed on EigenLayer. This architecture is not only more secure but also saves a significant amount of data synchronization costs.
More importantly, the chains supported by Lagrange cover a wide range, including the OP Stack series, ZK Rollup ecosystem, Solana EVM layer, etc. It is currently one of the few data aggregation platforms that support multiple types of underlying architectures. It allows developers to access multiple networks such as Optimism, Arbitrum, Base, and Polygon with the same logic, enabling cross-chain financial logic deployment and asset tracking.
Its technology has received support from multiple mainstream infrastructure projects, including Celestia, EigenLayer, Avail, etc. Combined with its planned L2 State Commitment and zkVM roadmap, Lagrange's positioning is not just as a data middleware, but as a glue for modular interoperability.