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.
A Black Duck scan focuses heavily on open-source license compliance and binary composition analysis — here's what it actually covers, and where modern SCA alternatives pull ahead.
A senior engineer's survey of AI-BOM and ML-BOM standards in 2026, from CycloneDX ML components to SPDX 3.0 AI profile, and what to actually ship.
Rust is moving into embedded production fast. The supply chain shape for firmware is different from server-side Rust — smaller trees, longer lifetimes, tighter regulations.
AI chips are specialized processors built to run matrix math at scale, and the way you provision, share, and supply-chain-source them creates security risk most teams never model.
A look at how organizations can claim reserved namespace prefixes on RubyGems.org, what the policy currently supports, and where it falls short for real enterprise use cases.
Kubernetes admission controllers intercept every API request before it hits etcd. Here's how validating and mutating webhooks work, what's enabled by default, and where they fail.
How OpenTelemetry turns CI/CD pipelines into a traceable, queryable graph that exposes supply chain risk from source control to production deployment.
ISO 27001 and SOC 2 solve different problems for different buyers. Here's how to choose which to pursue first, and how supply chain security evidence supports both.
ATT&CK describes how adversaries operate; SSDF describes how to build software that resists them. Here's how to map adversary techniques to secure-development tasks so your threat model drives real engineering change.
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