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 cloud cyber security fundamentals teams reliably skip — identity sprawl, misconfigured storage, and compliance standards treated as a checkbox instead of a control.
SAST, DAST, and SCA each answer a different security question — here's what each catches, when to run them, and how to prioritize the flood of findings.
Open source malware is code deliberately planted in packages to attack the systems that install it. Learn how it spreads, real incidents, and how it differs from CVEs.
Cognition's Devin executes engineering tasks autonomously in cloud sandboxes. We unpack the trust boundaries, the human checkpoints, and what defenders must require.
Most vulnerability scans stop at direct dependencies, missing the 70-80% of your codebase that arrives transitively — where Log4Shell and other major CVEs actually hid.
A known vulnerability is a publicly disclosed, CVE-tracked flaw — and disclosure alone doesn't mean it's fixed, patched, or harmless.
Patches for open source flaws often exist for months before teams apply them. Here is what that patch lag actually costs in breaches, cleanup, and trust.
Open source vulnerabilities explained: how flaws like Log4Shell and XZ Utils spread through dependency trees, how Sonatype tracks them, and how to prioritize fixes.
A security-minded look at react-native-video-processing: what the library does, its maintenance status, the native dependency risk, and what to use instead.
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