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.
Abandoned packages are ticking time bombs in the supply chain. When maintainers disappear, attackers can take over package names and push malicious updates to millions of downstream projects.
Capacitor-based hybrid apps blend web technologies with native device access. This combination creates a unique attack surface that requires specific security strategies.
Security audits of the Rust crate ecosystem reveal patterns of unsafe code, build script risks, and supply chain vulnerabilities. Here is what the data shows.
A field analyst's look at how North Korea's Lazarus Group has turned software supply chains into a strategic weapon, from 3CX to npm.
PDFs are trusted by default in most organizations. That trust makes them a potent vector for supply chain attacks. Here is how the attacks work.
Dependency confusion exploits the gap between public and private package registries. Despite widespread awareness, organizations keep falling for it.
Running go mod tidy feels like harmless housekeeping, but the command can silently pull new code, update checksums, and reshape your dependency graph in ways that have real security consequences.
Air-gapped environments protect critical infrastructure by eliminating network connectivity. But software still needs updates. Bridging this gap without introducing the risks you isolated against is the challenge.
Adopting an open source dependency is a trust decision. This guide provides a structured methodology for evaluating the security posture of open source projects before adding them to your supply chain.
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