SBOMs for Firmware and IoT Devices: The Hard Problem
Generating accurate SBOMs for firmware and IoT devices remains one of the toughest challenges in supply chain security. Here's the current state of the art.
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.
Generating accurate SBOMs for firmware and IoT devices remains one of the toughest challenges in supply chain security. Here's the current state of the art.
Learn how to build an SBOM generation CI pipeline with Syft and GitHub Actions, covering scanning, signing, storage, and verification for supply chain visibility.
A direct comparison of OpenVEX and CycloneDX VEX in 2026, covering spec differences, tooling support, and the operational tradeoffs that actually affect your choice.
A raw SBOM is a parts list. An enriched SBOM is a risk assessment. Here's how to bridge the gap.
A pragmatic architecture for ingesting, normalizing, and querying hundreds of thousands of SBOMs across an enterprise or agency, without drowning in noise.
How SBOMs actually move between producers and consumers in 2026, what TEA and VEX are solving, and the distribution patterns that hold up in production.
A practical walkthrough for generating and exporting an AWS SBOM using Inspector and ECR -- plus troubleshooting tips and how Safeguard helps.
A step-by-step guide to GCP SBOM generation using Artifact Analysis: scan container images, export SPDX/CycloneDX SBOMs, and attach SLSA provenance attestations.
How medical device firmware SBOMs, FDA Section 524B, ISO 81001-5-1, and coordinated vulnerability disclosure work together to secure connected IoMT devices.
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