The Gap Between SBOM Generation and SBOM Consumption
Most companies generate SBOMs to satisfy a compliance checkbox, then let them sit unread. Here is why SBOM consumption lags generation, and how to close the gap.
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.
Most companies generate SBOMs to satisfy a compliance checkbox, then let them sit unread. Here is why SBOM consumption lags generation, and how to close the gap.
SBOM mandates now span the US, EU, and Japan, but each uses different formats, deadlines, and penalties. Here's how the patchwork actually works.
SBOMs list every component but stay silent on whether a CVE is actually exploitable. VEX documents supply that missing context — here's how the standard works.
SBOMs decay the moment they're generated because dependency trees shift daily. Here's why point-in-time SBOMs fail during real incidents—and what continuous generation requires.
AI-BOMs extend SBOM discipline to machine learning models—tracking training data, weights, and lineage. Here's what they contain and why regulators now require them.
A vendor's SBOM is a claim, not proof. Here's what actually verifies third-party software bills of materials — and why signatures alone aren't enough.
Federal rules from EO 14028 to FDA Section 524B and CMMC 2.0 have made SBOMs a procurement baseline — and the requirements are cascading into private-sector supply chains too.
A complete SBOM often surfaces thousands of CVEs. Here's how reachability, exploitability, and business context turn that noise into a prioritized action plan.
CycloneDX, SPDX, and SWID solve different problems. Here's how the SBOM formats differ, and how Safeguard's multi-format generation compares to Mend.io's approach.
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