Lab idea / AI-enabled offense
Does the advantage survive a held-out task?
Separate workflow development from evaluation when comparing offensive-security assistants.
Falsifiable hypothesis
A workflow tuned on a development split retains its advantage on a fixed held-out selection under equivalent conditions.
Source-led motivation
CTF-based evaluation framework with task environments, evaluators, unguided and subtask-guided modes, and per-run logs.
Dockerized CSAW challenges for LLM-agent evaluation spanning web, binary exploitation, forensics, reverse engineering, cryptography, and miscellaneous tasks, with separate development and test sets.
Code and data for evaluating agents against real web-application CVEs in Docker-based environments, with zero-day and one-day information settings and Inspect-based evaluation.
Authorized lab scope
Disposable isolated CTF/benchmark environments you are authorized to run; no route to production.
Prerequisites
- Separate development and test selections with versioned manifests.
- Equal model/tool budgets and the same grader revision.
- Run logs with secrets removed; network isolation beyond container defaults.
Comparison & control
Freeze the workflow before test runs. Compare the baseline and candidate with the same guidance and vulnerability-description availability.
Observations to collect
- Task completion supported by grader evidence, not model self-report.
- Budget exhaustion, incomplete runs, failed environments, and guidance used.
- Any exposure to public solutions or test answers.
Disconfirming evidence
- The improvement disappears on held-out tasks or depends on unequal guidance, budgets, or leaked answers.
Stop conditions
- Stop if any action reaches an unapproved target, real user data, or a non-lab service.
- Stop on unexpected egress, exposed credentials, or an exhausted predeclared budget; retain a sanitized failure record.
Source bibliography
- Cybench: A Framework for Evaluating Cybersecurity Capabilities and Risk ↗
Cybench research team / andyzorigin
Publication date: Date not supplied · Editorial check 2026-10-26 UTC
Project README / official documentation; source-led editorial check, no execution - NYU CTF Bench ↗
NYU-LLM-CTF research team
Publication date: Date not supplied · Editorial check 2026-10-26 UTC
Project README / official documentation; source-led editorial check, no execution - CVE-Bench: A Benchmark for AI Agents’ Ability to Exploit Real-World Web Application Vulnerabilities ↗
UIUC Kang Lab / CVE-Bench authors
Publication date: Date not supplied · Editorial check 2026-10-26 UTC
Project README / official documentation; source-led editorial check, no execution