Open source dependency vulnerability scanning explained
How open source vulnerability scanning works, why false positives plague tools like Aikido, and how reachability and SBOMs cut real triage time.
Deep dives, practical guides, and incident analyses from engineers who build Safeguard. No fluff, no vendor FUD — just what you need to ship secure software.
How open source vulnerability scanning works, why false positives plague tools like Aikido, and how reachability and SBOMs cut real triage time.
What actually throws java.lang.NullPointerException, how to read the helpful messages modern JVMs print, and the handful of patterns that keep null out of your call paths.
How to avoid malicious code in practice: control what you install, control what runs at install time, and control what your build can reach. A working checklist for teams.
A vulnerability three layers deep in your dependency graph is still your problem. Here's how transitive flaws like Log4Shell hide, spread, and get fixed.
What an open source security audit actually covers versus routine SCA scanning, the frameworks that define it, real costs and timelines, and how Aikido Security's approach compares.
"Fix my Java code" usually means a security or dependency problem. Here is a repeatable way to find the real fault, fix it, and stop it from returning.
CVE-2023-36665 is a critical prototype pollution flaw in protobuf.js that can lead to remote code execution. Here is how it works and how to fix it fast.
A Git repository URL is the address Git uses to fetch and push code. Here is how to get your repository URL from the command line and GitHub, plus the security details that matter.
Gartner's DevSecOps research shapes a lot of security budgets. Here is how to interpret the guidance without buying every category on the map.
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