Ingest
Connect a repo or paste a program. Every push is pulled into the engine automatically — no config, no agents to babysit.
→Our engine pairs large security models with battle-tested fuzzing and symbolic execution — trained on 1,100+ real vulnerabilities reported by our hackers. It reads every commit, reasons about your code like an attacker, and only surfaces bugs it can actually prove.
Connect a repo or paste a program. Every push is pulled into the engine automatically — no config, no agents to babysit.
→Security models, coverage-guided fuzzing and symbolic execution explore millions of paths in parallel, flagging anything that smells like an attacker's way in.
→An AI agent rebuilds each candidate as a working exploit inside a sandbox and throws away everything it can't actually reproduce. That's how we ship zero false positives.
→You get a ranked, deduplicated report with a runnable proof-of-concept and an AI-drafted fix for every real bug — reviewed by a human hacker before it reaches you.
A fine-tuned security model reads diffs and findings the way a senior auditor would — ranking impact and killing noise.
We embed bytecode and call graphs so the model spots dangerous patterns even in code it has never seen before.
Millions of mutated inputs driven toward unexplored branches to force rare, high-severity edge cases into the open.
Symbolic + concrete execution solves for the exact inputs that reach a vulnerable state — no guessing.
An autonomous agent writes and runs exploits in a sandbox, proving each bug is real before you ever see it.
Learning from 1,100+ vulnerabilities our hackers actually reported — not synthetic benchmarks.
No. The models are one layer of a pipeline that also runs fuzzing, symbolic execution and sandboxed exploit verification. AI decides where to look and how to explain a bug; the classic techniques prove it.