This is what version 2 looks like
Version 2 of an agent-orchestrated OT/ICS fuzzing lab: two hosts, two architectures, an hourly rotation, honest validation tiers, and a human at the gate. The orchestration is the point.
Read the essayAI security · Vulnerability research · Digital forensics
I study how systems fail, how to test them, and how to make the results useful.
Security researcher working across enterprise AI, agentic offensive AI orchestration, and reproducible forensic analysis.
Agentic AI and the New Operating Model for Offensive Security
What happens to offensive security when the operator’s job becomes orchestrating teams of AI agents?
Orchestrating the Attack examines the changing role of human expertise, the economics of agentic security, and the challenge of producing evidence people can trust. Drawing on experience in red teaming, AI security, and digital forensics, Drew Stelly explores what this shift means for operators, defenders, security leaders, and AI researchers—and the judgment and accountability it demands.
Book inquiriesVersion 2 of an agent-orchestrated OT/ICS fuzzing lab: two hosts, two architectures, an hourly rotation, honest validation tiers, and a human at the gate. The orchestration is the point.
Read the essayPointing the same agent orchestration model at OT/ICS protocol stacks. Early receipts from the lab campaign — and why the loop matters more than the crash counter.
Read the essayWhat vulnerability disclosure needs when software can both submit and review reports. A proposal for machine-readable intake, clearer evidence, and better triage.
Read the essayLessons from coordinating AI agents for vulnerability research: shared context, evidence quality, the limits of automation, and where human judgment matters.
Read the essayModel integrity · January 6, 2025 · Cyber AI Guy
AI safety · February 10, 2025 · Cyber AI Guy
More notes on adversarial machine learning and AI security.
Read the blogLanguages and tools for making security analysis reproducible. Academic work published as Christopher D. Stelly.
PhD dissertation · University of New Orleans
A language and execution environment for specifying, recording, and reproducing forensic computations.
Christopher Stelly & Vassil Roussev · ARES 2019 · ACM
Connecting forensic tools and incident response through a shared language.
Christopher Stelly & Vassil Roussev · Digital Investigation
Expressing digital forensic investigations as executable, auditable computations.
Christopher Stelly & Vassil Roussev · Digital Investigation
Using containers to scale digital forensic workloads across cloud infrastructure.
Lockheed Martin Journal of Software Engineering · Internal publication
Lockheed Martin Journal of Software Engineering · Internal publication
My work connects hands-on security testing with research that other people can use. A current focus is agentic offensive AI orchestration: how specialized agents coordinate, share context, and produce reliable evidence for security assessments.
I built the AI Red Team function at Thomson Reuters, following nearly a decade in security engineering and red teaming at Lockheed Martin.
AI Security Researcher
AI security assessments, research, and methodology across language models, agentic systems, and the applications around them.
Associate Fellow · Staff Red Team Operator
Security engineering and red teaming across enterprise and defense systems, with research in embedded systems and RF security. NOVA Award recipient.
Thomson Reuters · Fall 2023
Thomson Reuters · Spring 2023
Lockheed Martin Fellows Conference
Wild West Hackin’ Fest