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 Kubernetes security issues that cause real breaches are rarely exotic zero-days. They are misconfigured RBAC, exposed dashboards, over-privileged pods, and unscanned images. Here is where to look first.
Application security vulnerabilities are the flaws in your code, dependencies, and configuration that attackers exploit. This guide covers the common classes and how to find and fix them.
MCP servers and agent skills give AI agents new power—and new attack surface. Here's how tool poisoning and rug-pull attacks work, and how to stop them.
Node.js itself is MIT-licensed, but the real license work is in your node_modules tree. Here is how to audit npm dependency licenses and enforce a compliance policy.
From Spring4Shell to older data binding flaws, Spring framework RCE bugs keep resurfacing in the same handful of places — data binding, expression evaluation, and class loading.
A practical rundown of CTF cyber security formats and specific competitions worth an engineer's time, and how the skills transfer directly back to application security work.
End-of-life libraries leave codebases only when something forces them out. A written component deprecation policy with triggers, timelines, and CI gates does the forcing on your schedule, not an attacker's.
SAST tools, secret scanners, and linters all read your source code but catch entirely different classes of problems — here's how to tell them apart and stack them correctly.
Most assessment reports die unread because scope was fuzzy and findings were not verified. A working method for assessments that end in shipped fixes.
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