What is the hidden work in tracking SBOMs by hand?
Tracking SBOMs by hand hides recurring work: collecting files, reshaping formats, reconciling versions, answering questions and rebuilding audit evidence.
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.
Tracking SBOMs by hand hides recurring work: collecting files, reshaping formats, reconciling versions, answering questions and rebuilding audit evidence.
A transitive bump changes code you never chose. How to find what moved, test the paths that touch it, and decide to accept, pin or override.
Set constraints for what Terraform may install, and commit .terraform.lock.hcl so providers are checked against recorded checksums. Steps and limits.
A not affected message needs a reason, a date and a scope. Wording, a reason table based on OpenVEX justifications, and mistakes to avoid.
Tell customers a CVE does not affect you with a short VEX style statement: the status, a standard justification, and the version it applies to.
A decision guide to pinning Terraform, Helm, Argo CD, Flux, Crossplane and kustomize sources: which reference types each supports and what to choose.
A 45 minute tabletop script for a vague vendor breach notice: find your integrations, revoke access, question the vendor, decide what to tell customers.
A 60 minute tabletop script for when your own package's maintainer token is stolen and a bad version is published: stop, warn, rotate and rebuild trust.
A 60 minute tabletop script for a compromised container base image: find every image built from it, pick what to rebuild, prove rebuilds are clean
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