[Project Focus - Lagrange ($LA )]
1. Project Introduction:
Lagrange is a cryptographic infrastructure project based on Zero-Knowledge Proofs (ZKP), dedicated to achieving verifiable AI reasoning, decentralized computing networks, and cross-chain data verification. It provides secure and scalable computing power for Web3 through high-performance zk technology.
2. Three Core Components:
(1) DeepProve (zkML Engine)
Utilizing zkML technology to verify AI reasoning results, protecting model privacy while significantly increasing computation speed, it is one of the leading solutions in existing zkML systems in terms of performance.
(2) Lagrange Prover Network (LPN)
A decentralized prover network based on EigenLayer, supported by nodes such as Coinbase, OKX, Kraken, etc. This network automatically matches developers with computation nodes through an “auction mechanism” (DARA), supporting modular and infinitely scalable zk computation.
(3) ZK Coprocessor (ZK Co-processor)
Allows developers to build off-chain database computations using SQL, and then use zk proofs to return results for on-chain verification. Suitable for complex scenarios such as DeFi analysis, cross-chain asset state verification, DAO computation, etc.
3. Collaboration and Ecosystem:
Established collaborations with leading projects like zkSync, Polymer Labs, Polyhedra Network, etc., to promote cross-chain interoperability and zk technology integration.
There are already 85+ nodes participating in the operation of the network, promoting the ecological development of decentralized trusted computing.
4. The Role of Token $LA :
Used for paying zk computation fees, incentivizing provers, staking, and governance;
Participants can earn rewards by running nodes or staking, and defaults or cheating will be punished to ensure system security and reliability.
5. Summary:
Lagrange is a Web3 infrastructure platform that combines zero-knowledge AI, cross-chain data processing, and distributed computing networks, aiming to bring trustworthy and efficient zk computing capabilities to on-chain applications.
