ZK Prover network TPS exceeds 5000+! Lagrange reconstructs Web3 trust infrastructure, institutions rush to lay out
Lagrange (LA) ecosystem achieved a milestone breakthrough in June — its decentralized ZK Prover network officially supports efficient proof generation for ZK Rollups, with single-chain processing speed soaring to 5000+ TPS, a 300% increase from before. This technological breakthrough directly unlocks complex computational scenarios for DeFi protocols, such as dynamic risk pricing and cross-chain asset settlement, sparking heated discussions among developer communities of leading projects like Compound and Aave.
Technical Deep Dive:
Lagrange realizes a new architecture of “computation-verification” separation by reconstructing the consensus layer and proof generation module. Its unique ZK Coprocessor supports off-chain computation at the SQL query level, transforming the complex logic of on-chain smart contracts (such as multi-chain data aggregation) into zero-knowledge proofs, ultimately verifying on-chain with a proof size of less than 1KB. This mechanism reduces the Gas costs of DeFi protocols by over 90%, while ensuring data privacy and verifiability. For example, a certain testnet project achieved joint management of liquidity pools across Ethereum and Arbitrum through Lagrange, compressing transaction confirmation time from minutes to seconds.
Ecological Impact:
Coinbase Cloud has announced an in-depth collaboration with Lagrange, integrating its ZK verification services into its custody platform to provide compliant on-chain asset verification solutions for institutional clients. On-chain data shows that after the cooperation announcement on June 16, the number of active addresses on the LA chain increased by 7.5% in a single day, and trading volume surged by 15%. Kraken Ventures also strategically invested in Lagrange during the same period, with funds aimed at expanding the global verification nodes to over 150, targeting a monthly proof generation volume of 100 million by the end of 2025.
