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.
@types/jest ships the TypeScript type definitions for Jest. Here is what the package actually contains, why it lives in devDependencies, and how to keep it from becoming a supply chain risk.
Container security scanning tools find vulnerabilities in your images, layers, and dependencies before they reach production. Here is how the categories compare and what to look for.
FedRAMP's continuous monitoring requirements now include supply chain risk. Learn how to produce monthly evidence aligned with NIST SP 800-161 controls.
A one-hour cycle from vulnerability finding to merged fix is achievable in 2026, but only with a pipeline designed for it. Here is what that pipeline looks like.
A hijacked tool call is more consequential than a hijacked response. The defence requires the tool layer to police the model, not the other way around.
Cody's codebase-wide context is valuable for security review. Griffin AI adds reachability, taint, and policy grounding that Cody doesn't target.
A senior engineer's view of how NYDFS Part 500 amendments through 2025 and 2026 reshape software supply chain expectations for regulated financial institutions.
A program plan for getting OCI artifact signing across an organisation: trust roots, key custody, build integrations, registry policy, and the inevitable cleanup of unsigned legacy content.
Auditors do not score SBOMs on file count. They check a small set of fields that prove the artefact is real, current, and tied to a verifiable build. Here are the ones that matter.
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