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 Fortify scan still catches classic code-level flaws well, but the SAST category has moved toward faster feedback and reachability-aware prioritization since Fortify's architecture was designed.
Snyk vulnerability scanning combines a proprietary vulnerability database with dependency-graph resolution and a separate static analysis engine for code — here's how each piece actually fits together.
A breakdown of what a Checkmarx scan actually analyzes under the hood, what its static analysis engine catches well, and where teams typically add another tool alongside it.
Snyk ignore rules let teams suppress a finding without deleting it from history — here's how the .snyk file's syntax, expiry, and reason fields actually work in practice.
Two developer-first SCA tools, one honest comparison: vulnerability data, fix automation, noise levels, pricing models, and where each one actually fits.
Checkmarx brings enterprise SAST depth, Snyk brings developer-first workflow, and consolidation platforms now bundle both layers with DAST and compliance. How to choose in 2026.
A practical reference for Snyk supported languages across SCA and SAST, how Snyk opensource scanning compares to Snyk Code, and what to check before assuming your stack is covered.
Checkmarx is one of the oldest names in static analysis, built for large enterprises with dedicated security teams. Here's what it actually does and how it stacks up.
Snyk static code analysis leans on symbolic execution and a developer-first workflow rather than the deep, config-heavy engines traditional SAST vendors built for slower release cycles.
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