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.
Open source runs on unpaid maintainer labor. From xz-utils to Log4Shell to colors.js, we examine why burnout became a top supply chain security risk.
The xz Utils backdoor started with a burned-out maintainer, not a zero-day. Here's why maintainer fatigue belongs in your supply chain risk model.
Corporations run on code that volunteers maintain for free. Here's a data-backed risk map—from left-pad to the xz-utils backdoor—and how to manage it.
Heartbleed, Log4Shell, and the 2024 xz backdoor all trace back to unpaid maintainers. Here's what it would actually cost companies to fund the dependencies they depend on.
xz-utils, event-stream, and ua-parser-js show how single-maintainer projects lack the security training and support that high-impact infrastructure now demands.
Most open source maintainers have no succession plan. That gap has already caused real incidents, from event-stream to XZ Utils, and it explains why.
CVE-2024-3094 shows how a patient social-engineering campaign turned trusted open source maintainership into a near-catastrophic SSH backdoor.
Automated scanners missed the XZ Utils backdoor for years. Here's why CVE scores, SAST tools, and dependency bots can't replace human maintainer judgment.
Bus factor, commit velocity, and maintainer concentration predicted the xz-utils and event-stream incidents before any CVE did. Here's how to read these proxies — and where they mislead.
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