When it comes to the history of ZK performance optimization, it's actually quite awkward.

Over the years, it has become clear that the vast majority of solutions are doing the same thing - giving old systems a boost. Either rewriting code logic to squeeze out some efficiency or spending money on more powerful hardware configurations. It sounds lively, but in reality? They are still stuck in the same old single-machine gameplay.

Where is the real breakthrough? It is not about making a machine run faster, but about thinking outside the box. The performance ceiling cannot be broken by just piling up materials; if the architecture remains unchanged, optimization can only go so far.