Solving the Cross-Chain Trust Dilemma! @Lagrange Official Uses ZK Technology to Build a Security Barrier

When cross-chain computation gets stuck at the 'trust guarantee' stage, and when AI output results cannot prove 'unaltered,' the blockchain industry's demand for 'verifiability' is becoming increasingly urgent. The zero-knowledge proof (ZK) network launched by @Lagrange Official , #lagrange is breaking the deadlock with hardcore technology, embedding 'crypto-level reliability' into the core of the blockchain, giving 'invisible trust' a cryptographic foundation.

This Web3 project focused on ZK technology has built a comprehensive 'trust toolbox': the decentralized ZK proof network gathers over 85 top operators, including Coinbase and Kraken; the ZK co-processor significantly lowers the threshold for on-chain queries, making operations as easy as using SQL; the most impressive is DeepProve—this zkML engine directly enhances AI proof speed by 158 times, turning 'AI output unaltered' from a slogan into reality, equipping AI reasoning with a 'cryptographic lock.'

The LA token is the core link of the entire trust network. If nodes want to undertake proof tasks, they must first stake $LA as collateral; failure to complete the proof within the time limit will result in fund deductions to ensure task fulfillment; when developers call the API to use proof services, LA is the designated fee; community members can participate in network rule adjustments, and holding LA grants voting rights. Its total supply is 1 billion, with only 4% issued annually, and some tokens will also be burned, deeply binding token value to actual network usage. Now, chains like ZKsync and AltLayer rely on it to complete cross-chain proofs, and DeFi protocols query historical data directly, attaching proof back to the chain once calculations are completed, completely eliminating the risk of data tampering. #lagrange