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.
Chrome's Manifest V3 restricts extension capabilities in the name of security. The changes help, but they do not solve the browser extension supply chain problem.
Maven's dependency resolution mechanism can be exploited through repository poisoning, dependency confusion, and POM manipulation. Here is what Java teams need to know.
Typosquatting remains one of the most effective supply chain attacks. Automated detection using string distance algorithms, behavioral analysis, and registry monitoring can catch malicious packages before they reach your builds.
Generating SBOMs is only half the battle. Sharing them securely and effectively with stakeholders requires careful planning and tooling.
No single control stops supply chain attacks. Defense in depth — layered controls across the entire software lifecycle — is the only strategy that works against sophisticated adversaries.
CDN cache poisoning turns your performance infrastructure into an attack vector. When the cache serves malicious content to every user, the blast radius is massive and immediate.
AI/ML pipelines introduce unique supply chain risks from training data to model distribution. Most organizations have zero visibility into this attack surface.
Symbolic links in package archives can redirect file operations to unintended locations. Here is how this old trick still works against modern tools.
Depending on too few vendors creates systemic risk. The CrowdStrike outage proved it. Here is how to assess and manage vendor concentration in your software stack.
Weekly insights on software supply chain security, delivered to your inbox.