AI Engineer

About Us

We deliver a continuous, AI-powered offensive security platform that proactively identifies and validates critical vulnerabilities – reducing risk exposure, accelerating remediation, and preventing breaches before attackers can act.

Our team of elite cybersecurity researchers, ethical hackers, and AI engineers is building an intelligent, automated platform that can think, reason, and act like the world’s best penetration testers.

Backed by top-tier cybersecurity investors and founded by veterans of Israel’s elite cyber units, Novee is shaping the future of autonomous offensive security - where AI agents discover, exploit, and remediate vulnerabilities faster and smarter than any human.

We’re passionate about creating technology that bridges AI and cybersecurity, enabling enterprises to continuously test, adapt, and secure their systems at unprecedented scale.

About the Role

We’re hiring a Founding AI Engineer to design and build the intelligence layer behind our autonomous offensive security platform.

You’ll develop AI agents capable of performing vulnerability discovery and exploitation at the level of top human white-hat hackers - combining deep security expertise with advanced AI reasoning and decision-making.

This is a founding-level role, reporting directly to our VP R&D, and offers the opportunity to define how AI transforms offensive cybersecurity.

You’ll collaborate closely with AI researchers, software engineers, and security experts to translate penetration-testing workflows into intelligent, automated capabilities – systems that plan, execute, and adapt in real time.

If you’re passionate about AI, thrive in fast-paced environments, and want to shape the future of autonomous cybersecurity - we’d love to meet you.

Responsibilities

• Design and implement autonomous AI agents for penetration testing and vulnerability exploitation.
• Translate offensive security workflows into intelligent, multi-step reasoning systems.
• Develop modules for exploit generation, payload delivery, and adaptive vulnerability scanning.
• Collaborate with AI researchers to fine-tune and evaluate models that enhance reasoning, adaptability, and precision.
• Build evaluation frameworks to measure exploit success, learning performance, and reliability.
• Ship production-ready AI systems that improve the speed, depth, and scalability of security testing.
• Establish best practices for safe and controlled deployment of AI agents in offensive environments.