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.
Operators are powerful, privileged, and often under-governed. This post covers the supply chain controls that keep operator installations from becoming the largest attack surface in your cluster.
NIS2 expects essential and important entities to manage supply chain risk with documented evidence. Learn how to build a program that survives competent authority review.
NIST released the preliminary draft Cybersecurity Framework Profile for AI (NIST IR 8596) in December 2025, addressing the intersection of AI and cybersecurity from three angles.
Tracking remediation SLAs in spreadsheets is how programmes drift. Here is how to track SLAs in the same system that finds, fixes, and merges vulnerabilities.
An engineer's side-by-side of Syft, Tern, and Trivy for SBOM generation in 2026, with honest notes on accuracy, performance, and where each tool actually fits.
When a critical CVE drops, the only number that matters is minutes-to-blast-radius. Here is how a well-run SBOM programme answers the question in under five minutes.
A practical comparison of Kyverno 1.13 and OPA Gatekeeper 3.18 for Kubernetes policy enforcement, covering language, performance, ecosystem, and operational fit.
Fintechs ship fast and run on a thick layer of open source. Here is what the 2026 supply chain threat landscape looks like for a modern payments or lending platform, and the controls that actually scale.
Automated network security works best when teams target the repetitive, high-volume tasks first, patch verification, config drift detection, alert triage, rather than trying to automate everything at once.
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