How Lagrange Promotes Privacy-Preserving Computing in Web3
Lagrange is a Web3 platform focused on privacy-preserving computing, distinguished by its zero-knowledge proof technology.
The ZK Network combines off-chain computation with on-chain verification to generate secure proofs and protect data privacy at millisecond speeds.
$LA tokens support governance and node incentives, and the community earns fees by staking. With a TVL exceeding 1.5 billion, it is backed by $40 million in funding from a16z and other investors.
In partnership with EigenLayer, it offers cross-chain support for Ethereum, Solana, and others, with a data throughput of 200 MB/s and a vibrant ecosystem.
The ZK coprocessor optimizes AI inference and DeFi, making it particularly suitable for privacy-sensitive scenarios.
A recent community event offering points and airdrops attracted over 500,000 active addresses. Demand for privacy in Web3 is rapidly growing, and Lagrange's technology makes computing more secure and trustworthy.
Lagrange acts as a privacy shield for Web3, helping the ecosystem grow securely.
Lagrange is a Web3 platform focused on privacy computing, powered by zero-knowledge proofs.
Its ZK network blends off-chain computation with on-chain verification, producing secure proofs that protect data privacy in milliseconds.
The$LA token supports governance and node incentives, with community staking earning fees, a TVL over $1.5 billion, and $40 million from a16z and others.
Partnering with EigenLayer, it supports cross-chain on Ethereum, Solana, and more, with 200 MB/s throughput and a lively ecosystem.
The ZK coprocessor optimizes AI inference and DeFi, ideal for privacy-sensitive scenarios.
Recent community events offer points and airdrops, engaging over 500,000 active addresses.
Web3’s privacy needs are surging, and Lagrange’s tech ensures secure, trustworthy computing.
Lagrange is like Web3’s privacy shield, fostering a safer ecosystem.
