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.
Security by default means the safe path is the default path, and the insecure option takes deliberate effort to reach. Here is how to design systems that protect users before anyone configures anything.
crypto-browserify has no known direct vulnerabilities but hasn't shipped a release in over a year. Here is how to decide whether to keep it, and how to stop bundling it when you don't need it.
Command injection payloads abuse applications that pass user input to a system shell. This defensive guide explains the mechanics, detection, and prevention.
JavaScript static analysis reads your code without running it to find bugs, security flaws, and risky patterns early. Here is what it can and cannot catch, and how to set it up well.
CORS headers tell a browser which cross-origin requests to a resource are allowed. Get them right and you enable legitimate clients; get them wrong and you hand attackers a door.
Application fuzzing throws malformed and unexpected input at your code to surface crashes, memory errors, and logic flaws automatically. Here is how it works and how to run it.
GPL software is free to use and modify, but its copyleft terms create real obligations. Here is what engineering teams need to track.
How vulnerability assessment as a service works, what it covers, and how to tell whether a managed scanning service fits your team better than in-house tooling.
jQuery Validate is convenient, but a real XSS flaw and the habit of grabbing minified copies off random CDNs make it worth a security look. Here is what to check.
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