《Lagrange Makes Zero-Knowledge Proofs Shine》
Lagrange is a Web3 project focused on zero-knowledge proofs, building a decentralized ZK network and coprocessor to solve the computation and verification issues in the blockchain ecosystem.
It enables complex calculations to be performed off-chain while ensuring trustworthy results, making it especially suitable for scenarios that require privacy and efficiency. It supports chains such as Ethereum and Solana, with a wide coverage. The core of the platform is efficiency and decentralization. Its ZK network operates on distributed nodes, reducing computation costs and protecting data privacy. By 2025, Lagrange's network is expected to support over 10 chains, with more than 300,000 monthly active developers, demonstrating its market appeal.
Lagrange's coprocessor allows DeFi and NFT projects to handle big data computations, such as risk assessment and complex transaction verification, quickly and securely. This technology is particularly useful for applications that require privacy protection. In the future, Lagrange plans to optimize ZK algorithms and expand to more blockchains. Its goal is to make zero-knowledge proofs a standard tool in Web3.
Lagrange Makes Zero-Knowledge Proofs PracticalLagrange is a Web3 project focused on zero-knowledge proofs, building a decentralized ZK network and coprocessor to tackle blockchain’s computation and verification challenges. It handles complex calculations off-chain while ensuring trustworthy results, ideal for privacy and efficiency needs. It supports chains like Ethereum and Solana, with broad coverage.
The platform’s core is efficiency and decentralization. Its ZK network runs on distributed nodes, cutting computation costs and protecting data privacy. By 2025, Lagrange supports over 10 chains, with more than 300,000 monthly active developers, showing its market pull. Its coprocessor lets DeFi and NFT projects manage big data tasks, like risk analysis or complex transaction verification, quickly and securely. This is especially valuable for privacy-focused apps.
Looking ahead, Lagrange plans to refine ZK algorithms and expand to more blockchains. Its goal is to make zero-knowledge proofs a standard tool in Web3.