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.
Secure Gradle builds in 2026 with dependency locking, cryptographic dependency verification, version catalogs, and reachability-aware CVE scanning.
Most scanners tell you a CVE exists somewhere in go.sum. govulncheck tells you whether your code can actually reach it. Here's how Go's reachability-based scanning works and how to run it well.
Database credentials are the last door between an attacker and your data. This guide covers eliminating static passwords with IAM auth, scoping least privilege, rotating safely, and detecting leaked connection strings.
Microsoft attributes roughly 70% of its CVEs to memory-safety bugs, and the xz backdoor proved the C/C++ supply chain is a live target. Here is the practical hardening path for code you can't rewrite.
A Content Security Policy is your last line of defense against XSS. Here is how CSP works, why nonce-based strict policies beat allowlists, and how to deploy one without breaking your app.
The Go module system ships with a tamper-evident checksum log and a public proxy most teams never configure deliberately. Here's how to turn those defaults into a real supply-chain control plane.
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.
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.
Rails ships secure defaults, but mass assignment, string-interpolated SQL, and unvetted gems still cause real breaches. Here is how to hold the line.
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