Previously, on-chain computing power and security could never satisfy both at the same time.
Either fast speed but lacking verification, or rigorous verification but limited performance.
Lagrange proposes a new idea—performing complex computations off-chain, and then safely bringing the results back on-chain for verification using zero-knowledge proofs (ZK).
More importantly, this model can also cross chains and support AI inference, making collaboration between different blockchains simple and trustworthy.
1. What is Lagrange?
Lagrange is a Web3 infrastructure project centered on zero-knowledge proofs, consisting of a decentralized zero-knowledge proof network and zero-knowledge co-processors, aiming to provide efficient and verifiable computing power for blockchain.
It supports:
Cross-chain interoperability: allowing sharing of computing and data between different chains
Decentralized computing: executing computing tasks by distributed nodes
Verifiable AI inference: securely verifying AI inference results on-chain
Lagrange is opening a 'high-speed computing channel' for blockchain—offloading heavy burdens to off-chain processing, and then using ZK technology to ensure the authenticity and security of the results.
For developers, this means powerful computing power can be obtained at a low cost;
For users, this means that complex functions such as cross-chain and AI can genuinely be implemented securely.