Lagrange: Building the ZK-Powered Foundation for Decentralized Computing
As blockchain faces scaling and computational bottlenecks,
Lagrange is focusing on zero-knowledge proofs (ZK) to create the next generation of infrastructure.
It concentrates on building a decentralized zero-knowledge proof network, aiming to efficiently and securely generate complex ZK proofs, providing verifiable computational power for the entire Web3 ecosystem.
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Another key innovation is the zero-knowledge co-processor. This addresses the inherent limitations of blockchain, allowing large-scale, high-cost data-intensive computations (such as machine learning and complex financial modeling) to be executed off-chain, while leveraging ZK technology to generate concise proofs for efficient on-chain verification of results. This ensures the integrity and correctness of computations without the need to trust off-chain executors.
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In short, Lagrange, through its decentralized ZK proof network and ZK co-processor, aims to be the key support for blockchain scalability and advanced off-chain computing, laying the foundation for building more powerful and trustworthy Web3 applications.