In recent weeks, the cybersecurity community has been abuzz with news surrounding the MITRE CVE Program. Although the U.S. government has granted an 11-month funding extension, concerns about the long-term future of this cornerstone program are valid — especially for organizations that rely heavily on CVE identifiers for vulnerability management.
At Cybellum, we’re here to reassure our customers and the broader security community: our vulnerability intelligence and product security visibility remain fully operational and future-proof — with or without the CVE Program.
Understanding the Role of the CVE Program
For years, the Common Vulnerabilities and Exposures (CVE) program, operated by MITRE, has played a critical role in the cybersecurity ecosystem. It serves two key functions:
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Standardized Naming: It provides a unified identifier for publicly known vulnerabilities, helping correlate data across sources and avoid duplication.
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Feed Aggregation: Through its partnerships, MITRE distributes a vulnerability feed enriched with community-contributed insights.
While these functions are important, they represent just one piece of a much larger vulnerability intelligence puzzle.
Why CVE Uncertainty Isn’t a Risk for Cybellum Customers
From version 3.7 onward, Cybellum’s platform was architected with resilience in mind. Instead of relying solely on a single source like the CVE feed, we’ve integrated a diverse range of independent and complementary vulnerability intelligence sources, including:
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GitHub Security Advisories (GHSA)
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Google’s osv.dev
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CNNVD (China National Vulnerability Database)
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JVN (Japan)
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Microsoft Security Updates
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Red Hat, Debian, and more
Many of these feeds use their own naming conventions and do not depend on CVE identifiers — and Cybellum is designed to normalize, correlate, and enrich data across all of them.
This multi-feed architecture ensures redundancy, continuity, and coverage — even in the event of a CVE program shutdown.
What Happens If the CVE Program Ends?
If the CVE program were to eventually wind down, Cybellum’s platform is already positioned to absorb the shift:
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Alternative feeds will naturally become primary sources in the industry.
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New identifiers will be adopted — whether internal, community-based, or vendor-specific.
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Cybellum’s platform will continue to aggregate and normalize this data seamlessly.
We will continue to deliver comprehensive, high-quality vulnerability visibility to help our customers manage and secure their product ecosystems.
Vulnerability Feed Status: Who’s Impacted?
Here’s a quick look at the current vulnerability feeds and whether they depend on the CVE naming scheme:
Vulnerability Feed | How Affected |
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Android | Relies on the CVE naming scheme |
CNNVD | Not affected |
Curl | Relies on the CVE naming scheme |
cve.org | Yes – Funded by MITRE, so potentially will result in a shutdown |
Debian | Relies on the CVE naming scheme |
Historical .NET vulnerabilities | Not affected – Only old vulns, no changes required |
EPSS scores | Relies on the CVE naming scheme |
ExploitDB | Relies on the CVE naming scheme |
GHSA | Not affected |
JVN | Not affected |
KbCert | Not affected |
Kev | Relies on the CVE naming scheme |
Historical Linux Kernel vulnerabilities | Not affected – Only old vulns, no changes required |
Microsoft | Not affected |
NVD | Relies on the CVE naming scheme |
OpenSSL | Relies on the CVE naming scheme |
osv.dev | Some data relies on CVE naming scheme |
RedHat | Relies on the CVE naming scheme |
Final Thoughts
The potential disruption of the CVE Program is a reminder of the importance of architectural flexibility and source diversity in cybersecurity. Organizations that depend on a single feed face avoidable risks. But at Cybellum, we’ve long embraced a multi-feed, normalized data approach — ensuring our customers stay protected, informed, and ahead of the curve.
Have questions or want to learn more about how Cybellum ensures future-proof vulnerability coverage?