Vulnerability Management
Firmware Analysis and Reverse Engineering for Security Teams
Firmware is the forgotten attack surface. Here are the techniques security teams use to uncover hidden vulnerabilities in embedded software.
Dec 8, 20235 min read
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.
Firmware is the forgotten attack surface. Here are the techniques security teams use to uncover hidden vulnerabilities in embedded software.
govulncheck is the best vulnerability scanner the Go ecosystem has ever had, but turning it from a demo into a production gate takes more than adding a CI step.
Browser sandboxes are the last line of defense against web-based attacks. When they fail, everything is exposed. Here is what the major escapes reveal.
Setting vulnerability remediation deadlines is easy. Actually meeting them is hard. This guide covers practical SLA frameworks that balance security urgency with engineering reality.
OSV provides a standardized format for vulnerability data that is purpose-built for open-source ecosystems. Here is how it works and why it is better than NVD for dependency scanning.
Individual vulnerabilities rarely tell the full story. This deep dive examines how attackers chain low-severity bugs into devastating exploits and how defenders can break the chain.
EPSS offers a data-driven approach to vulnerability prioritization. Learn how it works, how it compares to CVSS, and why your team should care.
The same vulnerability often appears under different identifiers across npm, PyPI, Maven, and other ecosystems. Here is how to correlate vulnerabilities across ecosystems and why it matters.
CPE is the backbone of NVD vulnerability matching, and it is deeply flawed. Understanding its limitations is essential for accurate vulnerability management.
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