We discover novel vulnerabilities in AI systems and publish our findings to advance the security of the entire field.
Critical research on how autonomous agents coordinate malicious activities, bypass safeguards through emergent communication, and cascade failures across networks.
Research demonstrating how polite language increases attack bypass rates by 353% and introducing semantic inversion as a defense mechanism achieving 1.8ms latency with 71% bypass reduction.
Exploring how autonomous AI agents can revolutionize threat detection and response in enterprise environments.
Developing safe, interpretable AI systems that align with security best practices and regulatory requirements.
Implementing continuous verification and adaptive security policies through autonomous agent networks.
Our research focuses on developing AI agents that can detect, analyze, and respond to security threats autonomously at machine speed while maintaining enterprise-grade reliability.
We develop next-generation AI systems that identify zero-day vulnerabilities, predict attack patterns, and adapt to sophisticated threat actors in real-time across hybrid environments.
Our team researches continuous verification frameworks, adaptive security policies, and AI-driven identity and access management for modern enterprise architectures.
We apply rigorous scientific methods to cybersecurity, developing systematic approaches to threat detection, response, and prevention. Our research is empirically-driven and designed to scale with the evolving threat landscape.
At Cogensec, we believe AI safety research is most valuable when applied to real-world security challenges. We study how to make autonomous security agents reliable, interpretable, and aligned with organizational security policies.
We publish our findings, contribute to open-source security tools, and collaborate with the broader cybersecurity community. We believe collective progress requires open sharing of knowledge and techniques.
Our research focuses on augmenting human security expertise, not replacing it. We design AI systems that work alongside security teams, providing superhuman speed and scale while preserving human judgment for critical decisions.
We're always looking for talented researchers who share our commitment to advancing safe, reliable AI-powered cybersecurity.