AI-powered bug-hunting engine6 DEF CON CTF Winners6 Pwn2Own WinnersCo-founders of 4 world top ranked CTF teams2 DARPA Cyber Grand Challenge finalistsReported 17 security critical bugs on Ethereum networkProtected $650M+ fund at riskReported 1100+ vulnerabilities togetherDeveloped 16 automatic fuzzing and concolic testing toolsAI-powered bug-hunting engine6 DEF CON CTF Winners6 Pwn2Own WinnersCo-founders of 4 world top ranked CTF teams2 DARPA Cyber Grand Challenge finalistsReported 17 security critical bugs on Ethereum networkProtected $650M+ fund at riskReported 1100+ vulnerabilities togetherDeveloped 16 automatic fuzzing and concolic testing tools
AI Engine · Online
PNM AI Engine

AI that hunts bugs
while you sleep.

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.

Free · Solana programs
pnm-engine — live analysis running
$ pnm-engine analyze ./programs --chain solana
0+
Real vulnerabilities learned
0
False positives shipped
0/7
Continuous analysis
0%
Avg. finding confidence
How it works

Four steps from commit to proof.

01

Ingest

Connect a repo or paste a program. Every push is pulled into the engine automatically — no config, no agents to babysit.

02

Reason

Security models, coverage-guided fuzzing and symbolic execution explore millions of paths in parallel, flagging anything that smells like an attacker's way in.

03

Verify

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.

04

Report

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.

Under the hood

Not a chatbot. A security machine.

LLM-assisted triage

A fine-tuned security model reads diffs and findings the way a senior auditor would — ranking impact and killing noise.

Graph neural networks

We embed bytecode and call graphs so the model spots dangerous patterns even in code it has never seen before.

Coverage-guided fuzzing

Millions of mutated inputs driven toward unexplored branches to force rare, high-severity edge cases into the open.

Concolic execution

Symbolic + concrete execution solves for the exact inputs that reach a vulnerable state — no guessing.

Agentic PoC synthesis

An autonomous agent writes and runs exploits in a sandbox, proving each bug is real before you ever see it.

Trained on real bugs

Learning from 1,100+ vulnerabilities our hackers actually reported — not synthetic benchmarks.

FAQ

The honest answers.

Is this just an LLM wrapper?

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.

How do you avoid false positives?+
Which ecosystems are supported?+
Do humans stay in the loop?+

Point the AI at your code.