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.
webpack bundle analyzer turns your build output into a zoomable treemap. Used well, it finds not just bloat but duplicated packages, surprise transitive dependencies, and code you never meant to ship.
A concrete look at which files SCA tooling actually parses in a repository, how it builds a dependency tree, and why SCA is required even when your own code is clean.
Known CVEs and hostile packages are two different problems that share one dependency tree. A workflow for detecting npm vulnerabilities, triaging by reachability, and fixing without breaking your lockfile.
Software supply chain threat protection means securing the build pipeline and dependency graph itself, not just the code you write — provenance, signing, and SBOMs are the load-bearing pieces.
Forking looks like a one-time action but is really a multi-year maintenance commitment. Here is a decision framework for when a fork beats patching, vendoring, or replacing.
An SBOM file is only useful if the tools reading it agree on its structure — here's what CycloneDX, SPDX, and SWID actually look like and when each one fits.
One component, two formats: a field-by-field walkthrough of a real CycloneDX and SPDX SBOM — purls, licenses, hashes, dependency graphs, and how to validate your own.
The main package-lock.json use is pinning your entire npm dependency tree to exact, integrity-checked versions so every install is reproducible. Here is what is inside it and why deleting it is a bad habit.
AWS measured the September 8 chalk/debug compromise being removed within 2.5 hours and Shai-Hulud 2.0 in November within 12 hours. Here is how the registry-side response workflow operates and how to consume the signal.
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