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5 reasons I'm switching my software to open-source alternatives

23,000 vulnerabilities disclosed against roughly 1,000 open-source projects in a 30-day window, with a 5% remediation rate at the time of reporting.

5 reasons I'm switching my software to open-source alternatives

Coalition structure and scope

Akrites formalizes two units: a shared security incident response team and a coordinated vulnerability disclosure process. Seed funding flows through Alpha Omega, a directed fund under the Linux Foundation. Per Christopher Robinson, CTO of the Open Source Security Foundation and chief security architect at the Linux Foundation, the formation responds to a defined throughput problem: "Upstream projects are being inundated with vulnerability reports of varying degrees of quality which far exceeds these volunteer developers' ability to evaluate and keep up."

The group's open letter frames the underlying shift: "Artificial intelligence has collapsed the previous equilibrium between attackers and defenders, changing the equation of ease and reuse of software." OpenAI separately announced a parallel initiative—Patch the Planet—targeting open-source security remediation. We treat both announcements as vendor signal, not resolution.

The exposure baseline for plugin stacks

Endor Labs CEO Varun Badhwar, citing Glasswing partner data, reported that of the 23,000 vulnerabilities disclosed in the one-month window, ~6,000 were classified high or critical severity. Subsequent partner scans added another ~10,000 high-severity or critical flaws. Only 5% of the total set had been patched at the time of reporting.

WordPress core, WooCommerce, and the broader plugin repository operate under the same volunteer-maintenance model Glasswing measured. The implication for operators is direct: assume any Tier-1 component (core, top-traffic plugins, payment-handling extensions) carries the same disclosure-backlog profile until upstream patches land.

What to instrument

We treat this as a measurable shift in vendor behavior, not a marketing event. Verify the following on your stack:

  • Subscribe core, WooCommerce, and every active plugin to upstream GitHub Security Advisories. A secondary feed (WPVulnDB, Patchstack, Wordfence intelligence) reduces single-vendor blind spots.
  • Export your installed plugin inventory on a fixed cadence. From the server shell, wp plugin list --allow-root --format=json produces the canonical baseline; hash the output for diff comparison against the next CVE ingest.
  • Confirm WAF and hosting-layer rulesets pick up plugin-specific signatures within a known window. Anything above 72 hours on a high-severity advisory indicates a vendor routing problem, not a WordPress problem.
  • Record mean-time-to-patch (MTTP) per Top-10 dependency. A consistent baseline above 30 days for high-severity findings means the plugin belongs on your replacement watchlist, not on production.

Baseline checklist

  • Linux Foundation and OpenSSF advisory feeds monitored
  • At least two independent WordPress vulnerability databases subscribed
  • Plugin inventory exported, hashed, diffed weekly
  • WAF signature propagation window verified
  • MTTP baseline established and tracked per Top-10 plugin