Lagrange $LA: Redefining Web3's Scalable Zero-Knowledge Proof Architecture
@Lagrange Labs is building a highly distributed ZK proof network that supports on-chain verification of massive off-chain computations at extremely low gas costs, providing a solid infrastructure for the next generation of dApps.
With $LAG, developers can reduce verification overhead by up to 90-95%, transforming heavy on-chain operations into efficient and concise zero-knowledge proofs. This breakthrough greatly enhances cross-chain interoperability, decentralized AI, and Rollup performance improvements, allowing the protocol to verify historical states, cross-chain events, and contract execution results in a very short time.
📈 By 2025, Lagrange plans to achieve an average of over 200,000 proof processes per day, building a high-throughput, low-cost trust environment for DeFi and enterprise-level applications.
By staking $LAG, provers can earn incentives to jointly maintain over 99% service level agreement (SLA) reliability. The governance mechanism allows community participation in decision-making on network parameters and incentive strategies, achieving continuous expansion of the protocol under safety premises.
