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 precise FAQ on SOC 2 in 2026 — what it is, Type I vs Type II, the five Trust Services Criteria, observation periods, who performs the audit, and the evidence auditors actually test.
Snyk and Checkmarx solve application security from opposite ends — developer-first scanning versus enterprise SAST depth. Here is an honest, side-by-side look at both, and where a third option fits.
A balanced look at the strongest Snyk alternatives in 2026 — Mend, Sonatype, Checkmarx, GitHub Advanced Security, Endor Labs, and Safeguard — with real pros and cons and a framework for choosing.
AI now writes a large share of the code shipping to production, and it reproduces the same insecure patterns humans do — at machine speed. Here is how to keep AI-authored code from becoming your next incident.
An SBOM is a list of what's in your software. SCA is the practice of analyzing that list for risk. One is an artifact; the other is an activity.
SAST reads your code, DAST attacks your running app, and SCA inspects your dependencies. Here is how the three application security testing methods differ, where each wins, and how to combine them.
How Safeguard pricing works in 2026: the Free plan, Starter at $9 a month, what each tier includes, when to upgrade, and how to start with no sales call.
A plain-English FAQ about the Safeguard platform — what it covers, how the pieces fit together, and how it differs from a traditional scanner-plus-dashboard stack.
Rails is safe by default — until a developer reaches for YAML.load, Kernel#open, or a raw-string query. Here are the Ruby footguns and the gem hygiene that keep them closed.
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