How do customers find your CSAF advisories automatically?
How CSAF discovery works: the provider metadata file, the security.txt CSAF field, the well-known URL and the DNS path, with the exact requirements.
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 CSAF discovery works: the provider metadata file, the security.txt CSAF field, the well-known URL and the DNS path, with the exact requirements.
There is no magic number, but the size of a package's dependency tree is a real security cost. How to measure it and how to set a limit for your team.
The Trivy compromise and the LiteLLM releases that followed show how one stolen token can cascade. What sources state, what they do not, and the lessons.
A retract directive warns users away from a Go module version and hides it from latest queries. It does not remove the version or break existing builds.
A replace directive swaps a Go dependency for a fork or local path and skips authentication of that module. Learn when it is safe and how to review it.
A Go pseudo-version names an exact commit when no release tag exists. Learn how to read one, why it is reproducible, and when to replace it with a tag.
Go treats module/v2 as a separate module from module, so both can sit in one build. Why that happens and how to make sure each copy gets patched.
Immutable releases lock a release's tag and assets and create a verifiable attestation. What stays editable, and the workflow GitHub recommends.
npm can install from git URLs, GitHub shorthand and tarball links, which skip registry controls. Learn the risks, what runs at install, and how to pin.
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