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.
Most AppSec teams run 10-15 disconnected tools. Here's how ASPM platforms consolidate them, why reachability changes what "critical" means, and how to evaluate one.
Security debt and security risk are measured differently and demand different remediation clocks. Here's how to quantify each — and where they collide.
A concrete buyer's guide to enterprise SAST: false-positive rates, reachability analysis, POC criteria, SBOM integration, and real pricing benchmarks for 2026.
Point solutions for SAST, SCA, DAST, and secrets scanning create duplicate alerts and blind spots — here's why teams are unifying AppSec now.
Express.js ships with no built-in authorization layer, making broken access control easy to introduce and hard to catch with pattern-based scanners.
Node's vm module and vm2 were never a security boundary. Four critical CVEs and a 2023 deprecation prove why untrusted-code sandboxes need real isolation.
Application security spans SAST, SCA, secrets and container scanning. See how AppSec differs from DevSecOps, why it's now board-level, and how Safeguard prioritizes fixes.
SAST scans source code for exploitable flaws before deployment. Learn how it works, how it differs from DAST/SCA, and where it falls short.
A stage-by-stage breakdown of how SAST scanning actually works — parsing, taint analysis, false positives — with real CVEs and benchmark data.
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