Lagrange’s zkML DeepProve

Lagrange’s DeepProve zkML enables verifiable AI at scale. As AI becomes increasingly embedded into our everyday lives, we must be able to prove that AI models are producing results according to their expected functions. As the fastest zkML in existence, DeepProve makes it easy to generate proofs for AI inferences across any application.Lagrange’s ZK Prover Network

Lagrange boasts the first production-ready network that supports proofs for anything: AI, rollups, apps, ZK coprocessors and more. Live on EigenLayer and powered by 85+ top operators, the Lagrange ZK Prover Network offers decentralized and censorship resistant proving for diverse requirements.

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Lagrange’s ZK Coprocessor

Lagrange’s ZK Coprocessor 1.0 allows developers to build and scale apps with offchain verifiable compute, enabling more data-rich use-cases across Web3 and beyond.The ZK Coprocessor can process smart contract's storage on any EVM based chains and answer queries for these contract on another chain, without the need to use bridges. To extend the previous example, a developer on Eth might want to compute the average of a specific pair on different L2s at the same time and get the result on the Eth contract. Why Lagrange ZK Coprocessor?

The Lagrange Coprocessor is a powerful tool for working with blockchain data, especially when you need to ensure the correctness of your data queries. It allows you to:

• Query Data with SQL: Easily write and run SQL queries to retrieve specific price data from the Azuki collection.

• Proof Generation: Automatically generate a cryptographic proof with each query, ensuring that the data you receive is accurate and tamper-proof.

This approach reduces complexity significantly by obviating the need for Merkle Proofs or trusted Oracles. This example is a zero-to-hero example of how the ZK Coprocessor works under the hood, showing a summary of what is possible on the Lagrange ZK Coprocessor.

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