Many ZK projects have hardcoded circuit constraints, making it ridiculously difficult for developers to learn. But Lagrange is very pragmatic, supporting standard SQL statements as an interface. You heard that right; those who have worked with databases know SQL — the whole select, join, group by set.
Developers almost don't need to learn new syntax; they can slightly modify old project query scripts to run on Lagrange and automatically generate ZK proofs. The verification results can also be directly embedded into contract logic, allowing anyone to verify without relying on 'I trust you.'
What does this mean? In the future, when you use protocols like Uniswap, Lido, or LayerZero, if you need to confirm a certain state on a chain, you only need a single query + a payment of LA tokens to obtain a combination of off-chain verification + on-chain execution.
