"Traditional vulnerability scanning was never built for DevSecOps. It's reactive, slow and often disconnected from the pace of modern software delivery. You run a scan after deployment, get a 20-page report, and by the time you fix anything, five more features have shipped. Sound familiar? That lag isn't just inconvenient, it's dangerous. In today's world, where software changes by the hour, this model creates blind spots that attackers can easily exploit in the system."
"Today's best vulnerability scanners are tightly integrated into your CI/CD pipeline. They come in automatically for build or deploy steps, identifying problems before they ever hit production. Rather than dealing with security as an ultimate gate, these tools incorporate it into the stream like linting or testing. Some even connect with pull requests or ticketing systems, allowing developers to address issues without leaving their flow. This approach transforms security into a frictionless, invisible part of the process."
Traditional vulnerability scanning is reactive, slow, and poorly suited to hourly software changes. Post-deployment scans produce lengthy reports and delayed fixes, creating blind spots attackers can exploit. Effective scanning in modern development is fast, high-quality, and integrated into CI/CD pipelines so issues are caught during build or deploy steps. Security should run like linting and tests, non-blocking and embedded in developer workflows. Scanners that connect to pull requests and ticketing systems enable fixes without context switching. Continuous, automated scanning reduces risk and supports rapid delivery; 68% of organizations reported a cyberattack in the past year, underscoring urgency.
Read at DevOps.com
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