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.
Browser extensions have become a prime target for supply chain attackers. With access to browsing data, credentials, and session tokens, a compromised extension is a skeleton key to your organization.
Podman is daemonless, rootless by default, and fork-exec instead of client-server. Here is what those architectural differences mean for container security in practice.
Static scanning finds known vulnerabilities. Runtime analysis finds actual exploitation. Using only one gives you half the picture.
Rust promises memory safety without garbage collection. Here is an honest look at where adoption stands and what it means for supply chain security.
When a supply chain compromise is confirmed or suspected, forensic investigation must trace the attack path through dependencies, build systems, and artifacts. This guide covers the methodology.
Most WAF deployments drown in false positives because the rules were never tuned. Here is how to write rules that protect without blocking legitimate traffic.
False positives kill SAST adoption faster than anything else. Here is how to cut through the noise without missing real vulnerabilities.
When a vulnerability affects a library used by thousands of projects, coordinating the fix is harder than writing the patch. The coordination problem is open source security's biggest operational challenge.
Stop drowning in CVE backlogs. Learn how to build automated remediation workflows that fix vulnerabilities faster without burning out your engineering team.
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