Data bottleneck between chains? Lagrange uses ZK technology to connect Web3 data
In Web3, data between chains often feels like it's separated by a wall: accessing external data is difficult, and trusting third parties is a major headache for developers. Lagrange's ZK Coprocessor technology is precisely what tears down this wall.
By calling its interface, developers can pull the data structure from any chain, generate zero-knowledge proofs, and use them on the target chain—without needing to trust relays or cross-chain bridges.
For example, if a DAO wants to govern on Ethereum, it can easily obtain a snapshot of assets from a certain address on Solana and use it directly in voting.
Even more considerate is its Sublinear Proof algorithm: regardless of how large the original data is, the proof size remains small, stabilizing gas fees. This is crucial for scenarios like DePIN and SocialFi that rely on data.
Ultimately, Lagrange serves as a "trusted intermediary" for the Web3 data layer, acting as infrastructure in a modular chain architecture and paving the way for cross-Rollup and L2 interoperability.
