With the rise of modular blockchain, data availability has become a hot topic. Many projects address this through independent DA layers, but this also brings new complexities and costs.
Lagrange takes a different approach by utilizing zero-knowledge proofs for efficient verification of data states, allowing applications to more easily access reliable data.
This means that the results of off-chain computations can be directly submitted to the chain via proof, without repeatedly relying on third-party verification. This significantly reduces the on-chain burden and makes data calls more lightweight.
For developers, this mechanism reduces redundant storage and duplicate verification, making blockchain applications more efficient. In the future, as application scales further expand, Lagrange's solution may become a key piece supporting massive data interactions.
