In modular blockchain design, data availability and verification mechanisms are the most easily overlooked yet crucial elements. Lagrange was born to address this core issue, and its ZK Coprocessor provides a new paradigm: obtaining trusted off-chain data without sacrificing the trust model.

The system constructs a lightweight proof network that allows developers to access the data state of remote blockchains on any L1/L2, including account balances, transaction statuses, governance snapshots, etc., and performs on-chain verification through ZK-SNARK. This mechanism breaks the 'closure' between chains.

Unlike oracle projects, Lagrange does not provide data but offers a complete verification engine, allowing developers to freely define query logic and data reading strategies, which is more aligned with the positioning of a 'blockchain API layer.'

With the rise of modular protocols like EigenLayer, Lagrange's data verification network will become a high-frequency component in infrastructure, breaking the bottleneck of underlying data interaction for future cross-chain protocols and multi-chain Dapps. #Lagrange @Lagrange Official $LA