The value of zero-knowledge proofs relies on the support of underlying computational power. The ZK Prover Network built by Lagrange is known as "the network of networks". It is not only a decentralized computing pool but also achieves efficient task scheduling through a modular architecture and DARA auction mechanism.
Traditional proof generation often concentrates in the hands of a few trusted parties, which poses centralization risks and makes horizontal scaling difficult. Lagrange's Prover Network splits proofs into parallelizable tasks, distributing them to over 85 node operators worldwide. This distributed approach not only enhances network security and censorship resistance but also significantly improves throughput.
More importantly, the Prover Network is not a single-point service; it is an open "pluggable" architecture.
Rollup, AI inference, cross-chain applications, and even other co-processors can all leverage its proof capabilities. This means that Lagrange is not just a tool on a single chain, but a universal proof layer for the entire Web3 and AI ecosystem.
