As a rare 'module service provider' in ZK infrastructure, Lagrange does not build a universal VM but offers a flexibly embedded 'ZK verification engine', which developers can integrate into any AppChain, Rollup, or L2 execution environment to call the Coprocessor for computing verification of specific off-chain logic, thereby decoupling ZK from core business logic.

Recently, Lagrange announced the product form of the Coprocessor-as-a-Service module, allowing users to access its ZK verification framework via API, enabling off-chain logic to be brought on-chain without the need to run a prover. This service model is particularly suitable for Layer3 applications and data aggregation and verification in DePIN networks, helping non-technical teams easily deploy secure components.

At the same time, Lagrange is actively transitioning to a Modular Stack, with its data synchronization layer adopting a hybrid structure of Celestia DA and EigenLayer AVS, ensuring high data availability while achieving high throughput performance and multi-chain compatibility. This architecture lays the foundation for future integration with systems like Arbitrum Orbit and Polygon CDK.

The value of ZK lies not only in privacy but also as a key to constructing high-trust cross-chain data and off-chain computing systems. The 'trusted computing components' provided by Lagrange are opening new boundaries for the Rollup and AppChain ecosystems and may become one of the core modules of the Modular world in the future. #Lagrange @Lagrange Official $LA