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.
The MIT License lets you use, modify, and sell software commercially with almost no restrictions — as long as you keep the copyright notice. Here is exactly what that permits and requires.
A stage-by-stage breakdown of how SAST scanning actually works — parsing, taint analysis, false positives — with real CVEs and benchmark data.
JavaScript injection covers a family of attacks where untrusted input becomes executable code or markup in the browser. Here are the types and the concrete defenses for each.
How container registry scanning actually works, why Aqua's Trivy isn't enough on its own, what the xz-utils backdoor exposed, and how Safeguard prioritizes findings that matter.
A code fixer promises to find and repair bugs automatically, but for security work the details matter. Here is how to use one without introducing new risk.
DAST tests running apps like an attacker would. Learn how it works, what it catches and misses, and how PCI DSS 4.0 now mandates it.
The immer npm package makes immutable state updates painless, but its older versions carried prototype pollution flaws. Here is its security history and how to depend on it safely.
A practical breakdown of the Docker CIS Benchmark's 100+ controls, the checks teams fail most, how Aqua Security handles compliance, and what audit failures actually cost.
A true positive is a real finding your tools caught correctly; a false positive is noise that looks like a finding but isn't — and the ratio between them decides whether your security program gets trusted or ignored.
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