Lagrange's core positioning is a ZK co-processing infrastructure specifically designed for large-scale verifiable computing. Its innovation lies in the construction of a modular and infinitely scalable ZK proof network and co-processor cluster. Simply put, it functions like a 'cryptographic factory' that can convert complex computing tasks such as AI inference results, cross-chain data interactions, and smart contract executions into verifiable ZK proofs, efficiently generating and verifying these proofs through a distributed node network to ensure the authenticity and immutability of the results.
The proposed concept of 'infinite proof layers' means that the network can continually expand its proof capabilities with growing demand—whether processing millions of AI inference verification requests or supporting massive data interactions in cross-chain ecosystems, it can dynamically scale to meet the needs, breaking through the performance bottlenecks of traditional ZK networks.
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