Current blockchains face a fundamental contradiction: the mainnet must sacrifice computational power and scale to ensure security and decentralization. Complex on-chain data analysis, advanced DeFi strategy calculations, or large game logic have become exceptionally expensive or even unfeasible.
@Lagrange Official 's emergence aims to fundamentally solve this dilemma with its revolutionary ZK Coprocessor.
Lagrange's core function is to provide a powerful 'computing plug-in' for any blockchain (such as Ethereum, Arbitrum, Base). It allows smart contracts to securely offload complex, gas-intensive computation tasks to be executed off-chain, utilizing zero-knowledge proofs (ZK Proofs) to generate a cryptographic proof that ensures the integrity and correctness of the computation results. The main chain only needs to quickly verify this small proof to trust and use its results.
Its native token $LA is key to driving this decentralized computing network. Developers need to use $LA to pay for coprocessor service fees, while node operators must stake $LA to participate in computation and proof generation to earn rewards and fees. This means the value of $LA is directly tied to the network's usage demand: the more calls made, the greater the consumption and demand for $LA. $LA is not just fuel, but also a staked asset that ensures network security and a passport for future community governance.#lagrange @Lagrange Official
