For formal verification, the design is way off.

We could leverage existing FV tools for a given programming language by using an LLM to generate a translator that maps the language to the FV tool's input format. This would essentially require a finite number of "abstract interpretation" functions—one for each language construct. While the total number of constructs might be large (e.g., around 500), each function would be independent. A function would only need to reason about the abstract semantics of a single construct, assuming the others adhere to their respective semantics. We could then distribute these LLM-generated functions among a group of experts (e.g., 100 reviewers). Thanks to the modularity of the functions, reviewers could evaluate their assigned subset in parallel without bottlenecks. The end result would be a working FV tool for the target language.