Before the CVE: The 14 Software Libraries AI Will Target First

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AI is changing vulnerability research faster than most security programs are adapting. The code that runs modern applications is increasingly public, reusable, and machine-readable, while powerful models can now inspect repositories, trace sensitive code paths, and surface exploitable behavior before a CVE, advisory, or patch exists. 

Raven revealed original research mapping the 14 most powerful software libraries, which are categorizations of open source software most likely to be exploited, behind command execution, authentication, network access, deserialization, native code, and other high-impact capabilities. 

We showed why these components become invisible once the application starts, how recent cases like Log4j2 illustrate the gap between vulnerability discovery and traditional defenses, and why runtime attribution is becoming essential to understand - and prevent - what individual libraries are actually doing inside production.
Prevent explotation
The power map: The 14 library families behind software’s most sensitive capabilities.
Incident data response
Why CVE obsession fails: AI can uncover exploitable paths long before a vulnerability has a name, score, or patch.
AI Tool
The actor behind the process: Raven tracing dangerous behavior to the exact library, function, input, and call chain responsible.

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Roi Abitboul
Roi Abitboul
Co-Founder & CEO
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Omer Yair
Co-Founder & Chief Research
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James Berthoty

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