Elite AI hackers aren’t born. They’re trained.
Elite AI hackers aren’t born. They’re trained.
To beat attackers you need a proprietary offensive AI model. We built it. Trained to continuously find, prove, and fix high-impact vulnerabilities before attackers can act.
Attackers are using AI to move faster, exploit deeper, and uncover attack paths humans would never find manually. But they have access to the same frontier models as everyone else.
A security platform built on those same models can’t stay ahead, and can’t run continuously at enterprise scale without runaway cost.
That’s why we built Novee – the only proprietary offensive AI continuously optimized to beat attackers.
Continuous testing across web, mobile, AI apps, APIs, and external attack surfaces.
Finds complex exploit chains and business logic vulnerabilities that scanners and shallow tools miss.
Validates findings with a working exploit and reproducible steps – no false positives, no noise.
Delivers precise remediation based on your architecture and retests automatically.
Novee combines its proprietary offensive model with leading frontier models, intelligently routing each task to the best performer.
Novee’s offensive harness combines specialized prompts, tools, and orchestration for exploit discovery, validation, and chained attack execution – built by elite offensive security operators.
Unlike other tools, Novee benchmarks and optimizes both the model and harness so offensive performance improves automatically as attackers and AI evolve.
Continuously attack your applications to uncover real exploit chains, business logic flaws, and vulnerabilities that scanners consistently miss.
Every issue is confirmed with clear steps to replicate and real impact, so your team can ignore false alarms and focus only on issues that truly put you at risk.
Get clear, personalized, step-by-step fixes tailored to your architecture, tech stack, and business logic. (Not generic scanner advice.)
Automated assessments adapt to your evolving infrastructure – retesting with new deployments, code changes, and emerging threats.