How much of your codebase
is a ticking time bomb?
You don't know. That's the problem.
But this uncertainty isn't a fundamental property of software. Code is just logic. It's deterministic. So why do we treat failures as random, unpredictable events?
There is no fundamental reason for software bugs to exist. The idea that code is inherently flawed is a lie.
The field of formal verification treats code for what it is: a set of logical instructions. We can reason about it with mathematical certainty.
Formal verification is:
- Rigorous.
Correctness is guaranteed by applying logic rules over and over again to fundamental math axioms and definitions. Every proof is completely traceable to first principles. - Exhaustive.
It reasons about every possible execution path, every input, every state. 100% correctness is guaranteed - unlike software testing. - And... Completely impractical.
Why isn’t it used everywhere? Because it’s inhumanly tedious. Proving just 10,000 lines of code for a Unix microkernel took a team of PhD-level experts >20 human-years.
Formal verification is a massively powerful tool. But for decades, it has only been practical for academics or massive projects like designing a new CPU.
We just put that power in your hands.
We created GenProof-1 - a specialized LLM trained to write proofs for your code. It compresses years of brutal effort into minutes.
Crucially, the guarantee of code correctness doesn’t come from the LLM. The guarantee comes from the Isabelle prover - the 30-year-old logical engine that provides the final verdict.
Formal verification is finally ready to take its rightful place as the foundation of modern software.
Stop shipping time bombs. It’s time to prove, not test.
Join us.