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.
Health scores from OSSF Scorecard, Snyk, and npms.io compress package risk into one number -- but xz-utils proves a high score isn't the same as safe.
A practical guide to vetting open source packages before you install them — real incidents, concrete checks, and how reachability analysis cuts through CVE noise.
npm audit is free and built-in; Snyk adds reachability analysis and auto-fix PRs. Here's how they really compare on data, false positives, and supply chain attacks.
After colors.js, event-stream, and the colors-faker sabotage incidents, the OpenSSF Securing Software Repositories WG drafted guidance for when registries should allow ownership transfer of long-standing projects. Here is the defender view.
SCA finds every open source package in your code and flags known CVEs against it. Here's how it works, its blind spots, and how to fix them.
A practical 2026 blueprint for hardening Node.js supply chains across npm, lockfiles, scripts, and runtime — and where Safeguard plugs into the program.
How to design supply chain controls for a Python monorepo in 2026 — from PyPI quarantine to wheel provenance — with Safeguard as the policy backbone.
A 2026 blueprint for hardening Java and Spring supply chains across Maven, Gradle, fat JARs, and runtime — with Safeguard as the policy and evidence layer.
Weekly insights on software supply chain security, delivered to your inbox.
Your first fix PR is minutes away.
No sales call required, even your agent can complete the purchase over MCP.