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 SHA-256 image digests, unlike mutable tags, anchor Snyk container scans to the exact artifact that ships—and why that distinction matters for supply chain integrity.
Snyk Container's exclude and allow policies scope ignore rules to specific paths and layers, filtering base-image noise without hiding real application risk.
A technical walkthrough of how Snyk IaC parses Kubernetes manifests, renders Helm charts, and checks them against CIS benchmarks before deployment.
How Snyk IaC's static manifest scanning, the Snyk Controller's in-cluster monitoring, and true Kubernetes admission control mechanically differ — and why the gap between them matters.
Misconfigurations sit unpatched for months because three teams each assume someone else owns them. Here's why the cloud security ownership gap keeps widening.
The same cloud misconfigurations — public buckets, stale IAM roles, unwatched drift — keep causing breaches years apart. Here's why, with real cases and how to break the cycle.
Swapping bloated base images for minimal ones can cut container CVE counts by 60-90% without touching app code. Here's the data and how to start.
Deployment speed and cloud security maturity aren't opposites. Real breaches trace to blind spots, not velocity — here's what the data actually shows engineering leaders.
Kubernetes RBAC grows faster than anyone tracks it, and there's no built-in tool to audit it. Here's why sprawl happens and what a real audit checks.
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