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 software supply chain attack compromises trusted dependencies or build systems to spread malicious code downstream — here's how it works, and how to stop it.
Dependency confusion lets attackers hijack builds by publishing malicious packages under private package names to public registries. Here's how it works.
Dependency confusion attacks let attackers hijack builds by publishing malicious packages with higher version numbers to public registries. Here's how they work and how to stop them.
Typosquatting tricks developers into installing malicious lookalike packages. Learn how it works, real npm/PyPI attacks, and how to detect it.
Malicious npm packages steal credentials, mine crypto, or wipe files. Learn how attackers plant them and how to detect and stop them fast.
Chainguard hardens base images, but that's one slice of supply chain risk. Here's what SolarWinds, Log4Shell, and XZ Utils reveal about the gaps — and how to close them.
Practical supply chain controls for telecom operators in 2026, covering RAN software, OSS/BSS stacks, and the regulatory pressure from FCC and ENISA frameworks.
Provenance describes how software was built, attestations are signed claims about that process, and signing proves origin. Here's how the pieces fit.
Real incidents, real numbers: how modern software supply chain threat vectors work, why SBOMs alone don't stop them, and what actually closes the gap.
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