Page 256 - Cyber Defense eMagazine September 2025
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From Theory to Day-to-Day AppSec

            For  development  and  security  teams,  the  shift  from  severity-based  prioritization  to  reachability-and-
            exploitability-based prioritization is transformative.

            It means fewer false positives cluttering up your backlog. It means less developer time spent chasing
            vulnerabilities that can’t hurt you. And it means faster responses to the vulnerabilities that can.

            Organizations that make this shift often report striking improvements. False positives can drop by 70%,
            remediation  times  can  improve  by  a  third,  and  developer  engagement  with  security  can  increase
            dramatically because fixes feel purposeful instead of arbitrary.

            One real-world example comes from Fintonic, a financial services platform. Before adopting reachability-
            driven prioritization, their security team was buried under thousands of vulnerability alerts, most of them
            irrelevant. After integrating SCA reachability analysis into their workflow, they reduced false positives by
            70% and cut prioritization time by 90%. For them, the change wasn’t just about efficiency; it was about
            regaining control over their security process.



            Why This Matters for DevSecOps

            In a DevSecOps environment, security can’t be a bottleneck. Code moves from commit to production in
            hours, sometimes minutes. That pace leaves no room for multi-week patch cycles every time a scan runs.

            SCA  Reachability  and  exploitability  analysis  fit  naturally  into  this  model.  Integrated  into  the  CI/CD
            pipeline, they can flag exploitable vulnerabilities as soon as they appear, often before the code is even
            deployed. This keeps security work proactive instead of reactive.









            Cyber Defense eMagazine – September 2025 Edition                                                                                                                                                                                                          256
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