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.
How an XXE attack turns a trusting XML parser into a file-reading, request-forging liability, with a concrete Java example and the parser flags that shut it down.
An XSS attack lets an attacker run their JavaScript in your users' browsers. Here is how cross-site scripting works, the three types, and how to stop it.
Apache Struts 2 has produced some of the most damaging vulnerabilities in web application history, including the flaw behind the Equifax breach. Here's what happened and why it keeps happening.
A cryptographic MAC that silently trashes CPU registers: why CVE-2023-4807 only bites Windows builds of OpenSSL, what it can actually do, and which releases fix it.
jQuery 1.10.2, released in 2013, predates the fixes for three well-documented CVEs — CVE-2015-9251, CVE-2019-11358, and CVE-2020-11022/11023 — which means yes, it's genuinely still worth worrying about.
Nginx 1.20.1 fixed a real, exploitable DNS resolver bug — if you're still running an older 1.20.x or 1.19.x build, here's what the fix addressed and why it matters.
CVE-2022-31160 and a run of recursion-based denial-of-service bugs made 2022 a year defined less by exotic exploits and more by parsers that never expected deeply nested input.
Spring4Shell (CVE-2022-22965) let attackers achieve remote code execution through Spring's data-binding mechanism — here's what made it exploitable and what actually needed patching.
From an OpenSSL IV-truncation flaw to a critical Babel code-execution bug, 2023's CVE crop is a good reminder that severity and blast radius don't always line up.
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