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.
Rails ships secure defaults, but mass assignment, string-interpolated SQL, and unvetted gems still cause real breaches. Here is how to hold the line.
The Requests library is how most Python code talks HTTP — and a recurring class of credential-leak-on-redirect CVEs makes its version and config genuinely security-relevant.
iOS gives you a hardware-backed Keychain, Data Protection, and App Transport Security. Most iOS app breaches come from switching those defaults off — and from unaudited SwiftPM dependencies.
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 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.
Angular sanitizes bindings by default — until a developer calls bypassSecurityTrustHtml. Here is how Angular's security model works and where teams break it.
A production-ready ASP.NET Core security checklist covering authentication, headers, HTTPS, antiforgery, rate limiting, and data protection, with the exact configuration for .NET 8 and .NET 9.
Long-lived AWS access keys are the single most abused cloud credential. Here is how to eliminate them where you can, harden the ones you keep, and detect leaks — with real breaches and copy-paste commands.
Bun is fast and Node-compatible, but unlike Deno it has no permission sandbox. Here is how to run it safely: trusted-dependency script blocking, frozen lockfiles, and real dependency auditing.
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