CISA Secure by Design Pledge: Practical Impact
An engineer's assessment of what the CISA Secure by Design Pledge actually changed inside product teams, what it did not, and where the 2026 expectations are landing.
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.
An engineer's assessment of what the CISA Secure by Design Pledge actually changed inside product teams, what it did not, and where the 2026 expectations are landing.
CycloneDX is not a text format to be summarized — it's a typed graph with dozens of semantically-rich fields. Griffin AI consumes it as a graph. Mythos-class tools consume it as tokens. That difference decides every downstream finding.
A clear-eyed look at what parts of Executive Order 14028 actually made it into production across federal agencies, vendors, and the SBOM ecosystem by 2026.
SBOM adoption has grown rapidly, but maturity varies wildly. Here's where the industry actually stands heading into 2026.
A detailed comparison of how Griffin AI consumes SBOMs as structured reasoning context while Mythos-class pure-LLM tools skim them as prose — and why that architectural gap determines the quality of every downstream finding.
A retrospective on Safeguard v5's first year in production, the features that resonated, and where we're headed next.
SBOM requirements are now embedded in regulations across the US, EU, Japan, and beyond. A practical tracker of what is required, by whom, and by when.
Manual license audits cannot keep pace with modern dependency trees. Automated license detection, policy enforcement, and compliance documentation turn a legal bottleneck into a developer workflow.
Not all software comes with source code. Binary analysis techniques can extract component information from compiled artifacts, firmware, and commercial software to produce SBOMs where traditional tools cannot.
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