The Trusted Computing Layer of Web3: Lagrange Becomes the Invisible Pillar of the Ecosystem

As Web3 applications become increasingly complex, they require a 'trusted computing foundation' to handle tasks that are difficult to support on-chain. @Lagrange Official is building exactly such underlying infrastructure—providing efficient, secure, and verifiable off-chain computing services for all Web3 applications through a zero-knowledge proof network and ZK co-processors, becoming an indispensable 'invisible pillar' of the ecosystem.

This foundation has comprehensive capabilities: for DeFi, it handles complex risk pricing models and generates verification proofs, allowing on-chain contracts to only execute results; for NFTs, it quickly completes off-chain computing for copyright tracing, ensuring the credibility of rights with ZK proofs; for AI, it verifies every step of model inference, enabling secure machine learning in Web3. Collaborations with EigenLayer, NVIDIA, and others further enhance the foundation's security and computational support, making it capable of accommodating various innovative needs of Web3.

The LA token serves as a bond connecting the foundation and the ecosystem. Developers purchase computing services, nodes provide computational support, and the community participates in governance, with LA playing a core role in ensuring that value distribution and ecosystem development are synchronized. The more applications integrated, the higher the practical value of $LA .

@Lagrange Official is proving that the future of Web3 requires a strong trusted computing foundation. #lagrange is becoming the 'trusted computing backbone' of Web3, with #lagrange 's infrastructure supporting infinite innovation in Web3, #lagrange enabling every application to easily access trusted computing capabilities, proving that a great ecosystem requires solid underlying support.