范德彪x
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From AI to DeFi: How does the ZK Prover Network become the "Trusted Computing Hub"?
Lagrange's core weapon is its self-developed ZK Prover Network (Zero-Knowledge Proof Network) and DeepProve zkML (Machine Learning Zero-Knowledge Proof Solution). This system serves as the "Trusted Computing Factory" in the Web3 world, supporting over 35 protocols (covering popular sectors such as AI, DeFi, NFT, etc.), and providing efficient proof services for mainstream blockchains like Polygon and Mantle through a modular architecture.
For example: When you initiate a complex SQL query on the Polygon chain (such as analyzing yield data across multiple DeFi protocols), traditional methods may require execution across the entire chain, which is time-consuming and costly. Lagrange's ZK Prover Network can perform computations off-chain and then use zero-knowledge proofs to "prove the results are correct" on-chain, reducing the computational costs on the EVM chain while ensuring the authenticity of the data—this is the ZK Coprocessor in the ecosystem, which acts like an "intelligent computing contractor" on-chain, specifically catering to high-complexity needs such as DeFi strategy optimization and governance voting statistics.
@Lagrange Official #lagrange $LA
Lagrange's core weapon is its self-developed ZK Prover Network (Zero-Knowledge Proof Network) and DeepProve zkML (Machine Learning Zero-Knowledge Proof Solution). This system serves as the "Trusted Computing Factory" in the Web3 world, supporting over 35 protocols (covering popular sectors such as AI, DeFi, NFT, etc.), and providing efficient proof services for mainstream blockchains like Polygon and Mantle through a modular architecture.
For example: When you initiate a complex SQL query on the Polygon chain (such as analyzing yield data across multiple DeFi protocols), traditional methods may require execution across the entire chain, which is time-consuming and costly. Lagrange's ZK Prover Network can perform computations off-chain and then use zero-knowledge proofs to "prove the results are correct" on-chain, reducing the computational costs on the EVM chain while ensuring the authenticity of the data—this is the ZK Coprocessor in the ecosystem, which acts like an "intelligent computing contractor" on-chain, specifically catering to high-complexity needs such as DeFi strategy optimization and governance voting statistics.
@Lagrange Official #lagrange $LA
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