An open-source evaluation framework and three benchmark metrics for measuring LLM-generated cybersecurity detection rules.
Publications
Peer-reviewed and preprint papers.
Combining static features with dynamic-analysis signals to detect cryptographic ransomware early in the encryption lifecycle.
A constant-memory architecture for classifying sequences of arbitrary length, applied to whole-binary malware detection.
An online-learning approach for patching deployed malware classifiers when new false positives surface in production.
An automated approach to generating high-quality YARA detection rules using biclustering over malware feature space.
A graph-based approach to identifying anomalous process lineage on enterprise endpoints.
Foundational report co-authored with researchers from FHI, OpenAI, CSER, EFF, and CNAS on the misuse risks of advanced AI.
An RL agent that learns to make non-breaking modifications to malicious PE binaries to evade static ML-based malware classifiers.
An early natural-language interface for security analysts — a precursor to today's agent-based SOC tooling.
A GAN-style approach to generating adversarial domain names that evade DGA classifiers — and using the same setup to train a more robust detector.