CVSS 10 With No Risk

A CVSS score doesn’t always reflect a true risk to your specific application. A vulnerability might have a CVSS score of 10, indicating it is critical, but the actual risk to your application could be negligible, or even zero.

This discrepancy can occur due to several factors specific to your application’s code architecture, configuration, and runtime environment. For example, the vulnerable library or function might exist in your application but is never executed in your specific deployment. Another example, your application’s configuration or customization might render the vulnerable code path inactive.
Yellow LinesYellow Multiple Lines

See Beyond the Static CVSS Score

Focus on the
Top Risk

See the 1%-3% of vulnerabilities that pose a real risk to your application.
Multiple Lines

No More
Wasting Efforts

Focus remediation efforts on vulnerabilities that truly matter and save thousands of engineering hours.

Enhance
Security Posture

Improve your overall security by understanding and acting on the top risk, not theoretical risk.
Lines

Check out more Use Cases

Star Sign
Eliminate the Exposure Window
Learn More
Star Sign
CVSS 10 With No Risk
Learn More
Star Sign
Stop Application Attacks
Learn More
Star Sign
Eliminate the Exposure Window
Learn More
Star Sign
Delay a Fix and Stay Protected
Learn More
Star Sign
Stop Attack
Learn More
Star Sign
Protect Third-Party Applications Independently
Learn More
Star Sign
Protect AI and LLM Models
Learn More
Star Sign
Shift Left
Learn More
Star Sign
SBOM & AIBOM
Learn More
Star Sign
Transitive Dependencies
Learn More
Left Arrow
Right Arrow

Reduce your CVE noise by 99% today!

Meeting Booked!
See you soon!
Until we meet, you might want to check out our blog
Oops! Something went wrong while submitting the form.
Ellipse

Blog

Security
Learn why true reachability means detecting executed vulnerable code, not just used libraries, and how this shift cuts SCA noise by 97%.
Read more
Product
Learn how to debug eBPF verifier errors, manage instruction count limits, and optimize your eBPF programs for performance and safety. Discover practical tips on tail calls, maps, helper functions, and measuring instruction counts effectively.
Read more
Security
Discover why static code analysis falls short for dynamic languages like Python, JavaScript, and Ruby.
Read more
Yellow Lines