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.
A Python code fixer can auto-remediate a real slice of security and quality issues, but only if you know which findings are safe to fix automatically. Here is how the tooling works and how to wire it up.
YAML looks like a harmless config format, but the wrong parser call turns a config file into a code-execution engine. Here's how YAML deserialization attacks work and how to parse safely.
When an AI agent can read your repo, run commands, open pull requests, and call external tools on its own, the security model shifts from reviewing code to governing an actor. Here is what agentic development security means and why it is different.
A single unvalidated URL passed to net/http can hand an attacker your cloud metadata credentials. Here's how SSRF actually works against Go services — and the DialContext-level defense that stops it.
How the npm supply chain actually gets attacked — install scripts, maintainer takeovers, typosquatting, and dependency confusion — and a phased program to defend it from developer laptop to production.
A practical framework for securing AWS, Azure, and GCP together — the pillars, the provider differences that trip teams up, and how to unify controls with policy-as-code.
Mass assignment lets attackers set fields you never meant to expose — like isAdmin or accountBalance — by adding them to a request body. Here is the fix.
HIPAA does not name your open source dependencies, but its Security Rule holds you responsible for them. Here's what developers building health-tech actually need to do.
CVE-2021-23337 enables command injection via lodash's template function in versions before 4.17.21. Here's the CVSS context, timeline, and how to remediate it.
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