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 libraries you install are only the tip of the iceberg. Each one pulls in its own dependencies, which pull in more, forming a tree that can run hundreds of packages deep. Understanding that tree is the first step to securing it.
Vue escapes mustache templates automatically, but v-html, dynamic component names, and SSR hydration open real XSS holes. Here is how to close them.
Defense in depth is a layered security strategy that assumes any single control will eventually fail, so it stacks independent safeguards to slow and stop attackers. Here's how the model works and how it maps to the software supply chain.
Insecure deserialization turns a trusted data-loading routine into a remote code execution primitive. Learn how gadget chains work and how to deserialize untrusted data safely.
Malware is any software built to do harm, from stealing data to locking up your files. Here's a beginner-friendly tour of the main types and how it gets in.
Protestware is open-source code a maintainer deliberately alters to make a political or personal statement, sometimes sabotaging users. Here is how it works and how to defend.
A beginner-friendly FAQ explaining what Safeguard is, who it is for, what it protects against, and how it compares to the tools teams already use.
SSTI happens when user input is compiled as template code instead of rendered as data, often leading straight to remote code execution. Here is how to prevent it.
The BSD licenses are a family of short, permissive licenses. This guide explains the 2-clause and 3-clause variants, what each permits, and what they mean for compliance.
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