In the era of modular blockchains, how can we ensure system security while enhancing computational capacity? This has become a question that the entire industry is contemplating.

One promising direction worth paying attention to is the exploration of the Verifiable Computation Layer. This is not just about increasing throughput numbers but addressing a deeper issue: when computation is separated into independent modules, how can we prove that the results are correct?

The core of such solutions lies in two points: first, the computation results must be verifiable; second, the entire process must not compromise security. From another perspective, the bottleneck for expansion in the modular era is shifting from single-chain computation to cross-layer communication and proof generation.

In current practices, this idea of verifiable computation has already begun to be implemented in some innovative projects, using cryptographic methods to ensure that each step of computation is auditable. This may help us in the next stage of Web3 to meet performance demands without sacrificing the original goal of decentralization.