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 private package registry controls who can publish and pull internal and third-party code — but only if it's configured to block, not just cache, public fallback resolution.
Artifact repositories are prime attack targets — one poisoned package reaches every downstream consumer. Here's what actually secures them.
Reproducible builds let anyone recompile source code and cryptographically verify the binary matches — closing the gap attackers exploit when they compromise build systems, not source code.
Real incidents like the xz-utils backdoor reveal the anatomy of a go module supply chain compromise: maintainer trust, init() execution, and immutable proxy caching.
A 2024 CocoaPods Trunk server flaw let attackers hijack orphaned pods and exposed a deeper gap: Podfile.lock never verified dependency integrity in the first place.
Third-party SDKs and ad libraries run inside your iOS app with your app's permissions. Here's how ios sdk supply chain risk hides in plain sight — and what Safeguard does about it.
AI bills of materials moved from proposal to procurement requirement. A practical comparison of CycloneDX ML-BOM, SPDX 3.0 AI profile, and what to ship in 2026.
Every Android app runs dozens of third-party SDKs with full app permissions. Here's how android third-party library risk turns into real data leaks — and how Safeguard catches it first.
Poisoning attacks against the model supply chain have moved from research to incident reports. What detection looks like when the attack surface includes weights.
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