Securing Kubernetes Secrets management
Base64 isn't encryption. Here's how Kubernetes Secrets actually get exposed, and the encryption, RBAC, and rotation controls that fix it.
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.
Base64 isn't encryption. Here's how Kubernetes Secrets actually get exposed, and the encryption, RBAC, and rotation controls that fix it.
How Kubernetes admission controllers work, why defaults leave clusters exposed, and how Pod Security Admission, OPA Gatekeeper, and Kyverno close the gap.
The 2019 CNCF Kubernetes security audit found 37 issues rooted in insecure defaults. Here's what it uncovered and what still applies today.
A concrete look at Kubernetes runtime security tools — Falco, Tetragon, Tracee, eBPF, and recent CVEs — and what to check before you buy one.
Helm charts can render insecure RBAC, network policies, and default passwords even when the container image itself passes every vulnerability scan cleanly.
Container images pass CI clean, but running containers drift within hours via exec sessions, sidecars, and webhooks. Here's how to detect it at runtime.
Multi-stage Docker builds hide vulnerabilities, leaked secrets, and untracked dependencies in discarded layers. Here's what final-image scans miss and how to catch it.
Docker ships with tmpfs-backed Swarm secrets, BuildKit secret mounts, and Compose file secrets — here's how to use them without Kubernetes.
A clean build-time scan doesn't mean a secure container. Here's why container security has to span code, build, deploy, and runtime — with real CVE examples.
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