The Lagrange protocol is designed to enable secure and verifiable computation in blockchain and AI systems. It leverages zero-knowledge proofs to ensure transparency and data integrity.
What is Lagrange?
Lagrange is a protocol created to implement secure and verifiable computations in blockchain and AI. It is built as the first Actively Validated Service (AVS) on the EigenLayer platform, utilizing Ethereum’s restaking model to ensure scalable ZK proof generation with decentralized security.
Unlike the traditional ZK rollup model, Lagrange offers an expandable proof layer that consists of two main components: a decentralized ZK Prover Network and a highly parallelized ZK Coprocessor.
Key Products of Lagrange
The main products of Lagrange include:
- **ZK Prover Network**: Comprises independent operators generating proofs on request. - **ZK Coprocessor**: A decentralized query engine allowing developers to extract data from smart contracts. - **zkML DeepProve**: A method for proving machine learning results without exposing the model or its inputs.
How Does Lagrange Work?
Lagrange operates through key aspects such as:
- **Prover Network**: Operators generate proofs off-chain and return compact proofs for verification. - **DARA System**: Ensures efficient and fair resource allocation between developers and operators.
In addition, the LA token is used for paying computation and incentivizing provers as well as for securing the network.
The Lagrange protocol provides developers and protocols with a more manageable way to handle off-chain computations. Its distributed prover structure and streamlined task allocation simplify the process, making it faster and more reliable.
