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.
Go beyond npm audit's noisy output — resolve your dependency tree, prioritize by reachability, and fix both direct and transitive vulnerabilities in a Node.js project the right way.
GraphQL's flexibility is its attack surface. Nested queries, introspection, and per-field authorization all fail differently than REST. Here's how to secure them.
A data race isn't just a flaky test — in the wrong place it's an auth bypass, a cross-request leak, or a denial of service. Here are the Go concurrency bugs that turn into security incidents.
CVE-2023-7028 let attackers send GitLab password-reset links to an address they controlled — a zero-interaction account takeover scored 10.0. Here's the flaw and the fix.
FedRAMP is how cloud products earn the right to sell to U.S. federal agencies. Here's how the authorization paths work, what the NIST 800-53 baselines require, and where your software supply chain gets scrutinized.
A false positive flags something safe as dangerous. A false negative misses something dangerous entirely. One wastes your time; the other gets you breached.
Security is no longer a separate team's job. Here are the essential security skills every developer should build in 2026—why they matter to your career, how to learn them for free, and how to prove you have them.
Alpine is tiny and familiar; distroless is tinier and shell-free. The right choice depends on what you value more — debuggability or a minimal attack surface. Here is the honest tradeoff.
The right way to do cryptography in C#: authenticated encryption with AesGcm, secure randomness, PBKDF2 password hashing, constant-time comparison, and the legacy APIs to stop using.
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