Many people may not realize that cross-chain is not just about 'asset cross-chain', but the deeper need is 'data mutual recognition'. Lagrange's exploration in this direction is highly forward-looking, as it attempts to establish zk proofs as a standardized protocol, allowing the states of multi-chain ecosystems to verify each other.

This is of great significance for the future of on-chain financial systems. For example, cross-chain clearing, cross-chain derivatives, and cross-chain credit systems all require a secure and unified cross-chain data layer. The Metalayer proof solution provided by Lagrange acts like a 'universal language for multi-chains', enabling different chains to speak the same language.

At the market level, cross-chain security has always been a hot topic and pain point. Multiple cross-chain bridge attacks have kept the industry highly alert to security issues. The zk proof mechanism of Lagrange relies almost entirely on the absence of intermediaries, which is also why it is considered a potential 'new standard for cross-chain'.

If Lagrange can scale and be implemented in the future, it may become a key infrastructure for the cross-chain ecosystem, similar to 'TCP/IP' in the multi-chain era. #Lagrange @Lagrange Official $LA