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 CVE findings are noise. Here's how runtime reachability analysis separates exploitable risk from theoretical severity, and why CVSS alone can't prioritize your patch queue.
A bola vulnerability lets one authenticated user reach another user's data just by changing an ID in a request — no exploit code required, which is exactly why scanners miss it so often.
React auto-escapes JSX but not URLs; Angular sanitizes by context but allows explicit bypasses. Here's where each framework's XSS defenses actually stop.
Keyless signing swaps long-lived private keys for ten-minute certificates tied to an OIDC identity. How Fulcio and Rekor work, and how to roll it out without breaking deploys.
Comparing the best DevSecOps tools to secure the SDLC: Mend.io's SCA-first platform vs Safeguard's reachability-driven, supply-chain-wide approach.
CrowdStrike, Cisco, Tenable, and others have spent three years buying runtime-visibility startups. Here's why AppSec vendors need runtime context to fix alert overload.
AngularJS has been unpatched since January 2022, yet it still runs in production. Here's the CVE history, the sandbox saga, and how to find your exposure.
When a production alert fires, it names an IP or image hash—rarely a commit or author. Here's why that gap exists and how to close it fast.
Comparing Safeguard and Mend.io on SAST scope, CI/CD fit, and compliance coverage—what's verifiable, what to test yourself, and how a unified platform changes the tradeoffs.
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