Kubernetes Network Policies: The Supply Chain Angle
Network policies are usually framed as a zero-trust tool. They are also one of the best defenses against a compromised dependency.
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.
Network policies are usually framed as a zero-trust tool. They are also one of the best defenses against a compromised dependency.
HIPAA's Security Rule is thin on supply chain specifics. HITRUST CSF fills the gap with prescriptive third-party and software controls. Here's how the two frameworks intersect and how to build a program that satisfies both.
You cannot secure what you cannot enumerate. Griffin AI maintains a typed inventory of every model, version, and deployment across a tenant. Mythos-class tools approximate the inventory in prose.
How Bazel's hermeticity model reduces supply chain risk, with concrete WORKSPACE and MODULE.bazel examples from real migrations.
Snyk vs Checkmarx compared on SAST/SCA depth, pricing, IaC/container coverage, and their real Log4Shell response — plus where reachability analysis closes the gap.
WebSockets enable real-time communication but introduce attack surfaces that traditional HTTP security controls miss entirely.
A step-by-step guide to safely rotate AWS IAM access keys with zero downtime, plus how to turn it into a lasting credential rotation policy.
Finding the right vulnerability scanning frequency for your organization. Too often wastes resources, too rarely leaves gaps. Here is how to calibrate.
Snyk and Black Duck take different paths to open source risk—developer-first scanning vs. compliance-grade component identification. Here's how they compare, and where reachability closes the gap.
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