Unveiling Unknown Vulnerabilities! Introducing “N-Day-Bench” to Measure LLM’s Real-World Skills
📰 News Overview
- Measuring real-world vulnerability discovery (N-Days): Evaluating whether various models can identify actual vulnerabilities in codebases released after their knowledge cut-off dates.
- Fair and rigorous evaluation environment: Every model is provided with the same harness (execution environment) and context, eliminating any chance of reward hacking.
- Continuous updates: Test cases are updated monthly, and the set of models being evaluated is always upgraded to the latest versions and checkpoints.
💡 Key Points
- This project, led by Winfunc Research, visualizes whether LLMs can perform logical vulnerability assessments on unknown code, moving beyond mere memorization of knowledge.
- All execution traces are made public, allowing anyone to see how models discovered or failed to find vulnerabilities.
🦈 Shark’s Perspective (Curator’s Viewpoint)
It’s a given that AI is learning from past data, but the real magic of this benchmark lies in its ability to tackle “future vulnerabilities” that shouldn’t exist in the training data! This is a bold move to strip down the “intelligence” and “combat effectiveness” of LLMs in the cyber realm! Particularly, the “adaptive” mechanism that changes challenges monthly forces model developers into a no-holds-barred showdown. The complete transparency of the traces also adds a high level of technical credibility—super specific and trustworthy!
🚀 What’s Next?
As the testing side evolves alongside model updates, the accuracy of AI-driven Autonomous Vulnerability Discovery is set to skyrocket. In the future, LLMs will likely become essential in discovering zero-day vulnerabilities that humans might overlook!
💬 A Shark’s Take
It’s a no-cheat, hardcore exam! There’s a thrill to swimming in uncharted waters even I don’t know! The evolution of AI is something we can’t take our eyes off! 🦈🔥
📚 Glossary
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N-Day: Vulnerabilities that have been publicly identified but may not yet be completely patched.
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Knowledge cut-off: The date when the AI model finished learning. Information after this date is not part of the model’s internal knowledge.
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Harness: An environment or framework for automatically executing tests on software or models.
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Source: N-Day-Bench – Can LLMs find real vulnerabilities in real codebases?