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.
The CVE program nearly lost its funding in early 2025, exposing deep structural risks in how we track vulnerabilities. Here is what happened and where we go from here.
An AI code detector estimates whether source code was machine-generated. Here is how these tools work, why they misfire, and where security teams should and should not rely on them.
A JavaScript vulnerability scanner finds risky dependencies and insecure code across your Node and browser projects. Here is how the different types work.
Google's ~$32B Wiz deal signaled it: hyperscaler marketplaces, partner programs, and native tooling now shape how AppSec buying actually happens.
The npm figlet package turns text into ASCII art and is downloaded well over a million times a week. Here is what it does, how to use it, and how to treat even a small utility as part of your supply chain.
Maven vulnerability remediation isn't just running mvn versions:use-latest — here's how to triage, patch, and verify fixes without breaking builds.
Hacking AI is not science fiction; it is a growing set of concrete techniques that exploit how models learn, process input, and produce output. Here is how to think about defending against them.
The npm commander package is one of the most-downloaded CLI frameworks for Node. Here is a security-focused review of the library and how to use it safely.
How SBOM inventories turned days of Log4Shell triage into minutes-long queries — and why scanner-first tools like Mend.io struggled when every team needed answers at once.
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