How does Lagrange create a verifiable intelligent world?
If AI is the "brain" of the intelligent era, then Lagrange is the neural network that provides the "verification mechanism" for this "brain"—verifying whether its outputs are trustworthy without disclosing the internal model.
The breakthrough core of Lagrange is reflected in its layered architecture: the ZK Coprocessor supports complex data-intensive computations to be completed off-chain and feeds the results back to the on-chain smart contracts as encrypted proofs; the ZK Prover Network is a distributed execution layer composed of dozens of top node operators, ensuring high activity and reliability in proof generation.
One of its underlying mechanisms, DARA (Double Auction Resource Allocation), introduces a "bidding + auction" mechanism to achieve efficient allocation of proof resources, balancing sincere bids and fraud resistance, providing technical support for network security and economic coordination.
In practical applications, Lagrange has supported zkML inference, cross-chain state validation, Rollup proofs, and complex DeFi queries, serving mainstream projects such as ZKsync, Polygon, Linea, tightly integrating technology implementation with business expansion.
The LA token, as the economic core, connects the interests of customers, provers, and holders: payment generates demand, provers earn income through staking, and token holders can participate in governance and staking to support network development; the token mechanism forms a positive feedback loop through fee buybacks, reward distribution, and staking lock-ups.
In an era of diverse fusion of AI, blockchain, and trusted computing, Lagrange's technological vision and economic model lay the foundation for a future trustworthy intelligent system—it inspires us: intelligent drive must be accompanied by verification capability for an intelligent world to be trustworthy.
