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.
How the regreSSHion race condition in OpenSSH sshd reintroduced an unauthenticated RCE on glibc Linux, what the patch trajectory looked like, and the supply chain habits it should change.
Concrete numbers on what reachability-based CVE prioritization saves: engineering hours, mean time to remediate, and the ROI math that survives finance review.
CVSS scores flood teams with thousands of "Critical" findings, but fewer than 5% of CVEs are ever exploited. Here's how reachability and exploit data fix triage.
Why CVSS severity alone fails to prioritize vulnerabilities, how Trivy's default scoring falls short, and how EPSS, CISA KEV, and reachability data cut remediation backlogs by 95%+.
Container scanners like Trivy can return thousands of CVE findings per scan. Here's why most are noise, and how reachability and exploit data cut the list to what matters.
ASM and pen testing measure different things at different speeds. See how Safeguard's supply-chain-native ASM complements cloud-focused tools like Wiz—and manual testing.
Wiz secures your cloud footprint; Safeguard secures what ships into it. A 2026 comparison of attack surface management tools across supply chain vs. cloud scope.
ASM isn't just cloud exposure. See why discovery, monitoring, mapping, and reduction must extend into the software supply chain—and where tools like Wiz fall short.
A data-driven look at CVE trends from Q1 2026: publication volume, severity distribution, exploitation patterns, and what the shifts mean for defenders.
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