$LA Empowerment, @Lagrange Official Building #Lagrange Trustworthy Computing Blueprint

In the wave of innovation in Web3, @Lagrange Official brings new vitality to the blockchain ecosystem with its focus on zero-knowledge proofs (ZK). #Lagrange It offers efficient and verifiable computing solutions through a decentralized ZK proof network and ZK co-processor, supporting cross-chain interoperability, decentralized computing, and verifiable AI reasoning. Collaborating with platforms like EigenLayer, it achieves efficient off-chain computing using a decentralized node network and generates on-chain verifiable ZK proofs, significantly enhancing the performance and security of blockchain applications.

LA, as the native token of @LagrangeDev, plays a core role in the entire ecosystem. In the @LagrangeDev network, LA is not just a medium of circulation but deeply integrates computing power and trust. Each node must stake $LA to undertake off-chain tasks, thus ensuring fairer task distribution, more efficient network operation, and allowing off-chain computing power to be transformed into verifiable assets, facilitating result verification on-chain. #Lagrange

@Lagrange Official 's flagship product DeepProve, as the fastest zkML system available today, achieves AI verification through zero-knowledge proofs, placing Lagrange at the forefront of AI zero-knowledge proof generation while balancing security and privacy. In addition, Lagrange has launched the world's first infinite proof layer, integrating ZK proof networks and ZK co-processor technology to enable scalable cryptographic verification of blockchain and AI applications.

$LA tokens drive a unique economic model, where proof demand directly stimulates token demand, with a total supply of 1 billion and an annual emission rate of 4%, strongly ensuring the sustainable development of the network. The innovative DARA mechanism effectively addresses the resource allocation challenges in the proof market, with over 85 institutional-level operators providing robust infrastructure on EigenLayer, ensuring the availability of proofs and breaking through traditional scalability bottlenecks. The universal ZK co-processor capability enables smart contracts to execute complex computations and provide cryptographic verification. Achieving verifiable AI through DeepProve drives the transition to trustworthy artificial intelligence.