A new stage for off-chain computing power, how the Lagrange ZK coprocessor enhances the complexity of smart contracts @Lagrange Official
While smart contracts run safely on-chain, when handling complex queries and large data volumes, high gas fees and slow execution become bottlenecks. $LA
The Lagrange ZK Coprocessor provides off-chain computing enhancement for smart contracts, allowing the use of SQL to write complex queries (including Storage, Receipt Log, Event, etc.), and after executing off-chain, securely bringing the results back on-chain through zero-knowledge proofs.
This approach not only retains decentralization and security but also allows for ultra-complex logic to no longer be curtailed by high gas costs and slow speeds.
What's even better is that this architecture is highly modular and scalable, where each coprocessor subnet can handle different tasks and then converge into trusted results, similar to the distributed processing concept of MapReduce.
In the future, applications like Rollup, DePIN, and cross-chain applications can rely on it for efficient and secure querying of large amounts of data; what's even cooler is that smart contracts might be able to write SQL directly, making the development experience even friendlier.
In short, the ZK Coprocessor is key to making on-chain applications smarter and faster. #lagrange
