5 risks of open source software in 2026
Open source now makes up most enterprise code. Here are 5 risks defining open source software security in 2026 — and how to close the exploitability gap.
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.
Open source now makes up most enterprise code. Here are 5 risks defining open source software security in 2026 — and how to close the exploitability gap.
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.
Safeguard's H1 2026 audit finds 61% of JS repos ship a high-severity framework CVE, with a 47-day median patch lag attackers routinely beat.
CIEM secures who can access cloud resources; CSPM secures how resources are configured. Neither covers the software you actually ship — that is Safeguard territory.
Safeguard's H1 2026 analysis found 162 CVEs across Java's ten most-downloaded libraries, with critical RCE risk concentrated in Tomcat and Spring.
CSPM is a module inside CNAPP, not a rival to it — and neither covers what happens before deployment. Here's how Wiz's cloud posture graph and Safeguard's supply chain layer fit together.
Safeguard's 2026 DevSecOps Maturity Benchmark finds detection at an all-time high but remediation stuck at a 19-day median — here's what separates the top-quartile programs.
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.
A new Safeguard survey of 540 developers finds most have shipped code with known security warnings, driven by alert fatigue and manual SBOM work.
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