Theorem Prover Scalability

Theorem prover scalability refers to the difficulty of applying formal verification tools to large or highly complex smart contract systems. As the number of possible states increases, the computational power required to verify every path grows exponentially.

This often forces auditors to simplify the model, potentially leaving parts of the code unverified. Balancing the depth of verification with the time constraints of a development lifecycle is a critical trade-off.

It remains a major hurdle for the widespread adoption of formal verification in rapid-cycle crypto environments.