Home Cybersecurity Vulnerabilities: Is the System Failing?

Cybersecurity

Cybersecurity Vulnerabilities: Is the System Failing?

The US vulnerability tracking system is overloaded. Learn how global cybersecurity is being reshaped and what it means for your safety.

byDev Solutions

July 29, 2025

⚠️ Over 25,000 software vulnerabilities remain unprocessed, tenfold higher than in 2017.
🌍 Global shifts see the EU and China building their own vulnerability databases to counter U.S. stalling.
🛠️ 30% of data breaches stem from flaws in unmanaged or third-party software components.
🤖 NIST spends 65% of analysis hours generating product codes, a task ripe for AI-driven automation.
🚫 A 12% NIST budget cut and $3.7M funding shift to CISA broke the backbone of NVD-supported systems.

Cybersecurity Vulnerabilities: Is the System Failing?

Every piece of software you build depends on one thing: trust. You trust that your frameworks are secure, that patches exist for known issues, and that good threat data helps you make choices. But the systems that once supported this trust—the National Vulnerability Database (NVD) and the Common Vulnerabilities and Exposures (CVE) program—are now showing big problems. With backlogs, funding cuts, and global power shifts, developers must change how they handle vulnerability management.

The Role of the NVD and CVEs in Software Development

To understand today’s cybersecurity problems, you need to know how the CVE system and the National Vulnerability Database (NVD) used to work. These systems were central to managing and fixing vulnerabilities in both large companies and open-source projects.

CVEs: The Unique Identifiers for Software Flaws

The Common Vulnerabilities and Exposures (CVE) system is a list of security flaws. Each bug listed here gets a CVE ID—think of it like a serial number for software problems. This standard helps people refer to them the same way in all platforms, documents, scans, and fixing tools.

Developers and security professionals use CVE IDs to not only find flaws but also to talk clearly about them during incident response, when they apply patches, or during security checks.

The NVD: Adding Depth and Context

A CVE ID shows there is a flaw. But the NVD adds details developers need to judge risk and decide what to fix first. This includes:

CVSS Score: The Common Vulnerability Scoring System ranking from 0–10 showing how bad it is.
Timeline: When the vulnerability was made public and if there is a patch.
Affected Platforms: Specific software versions and platforms affected.
CPE Matching: The Common Platform Enumeration codes that connect software libraries to known problems.

Together, these systems become very important for good software development. Continuous Integration/Continuous Deployment (CI/CD) pipelines, vulnerability scanners, and even compliance audits often need NVD and CVE data as soon as it comes out. Without them, risks become unclear and hard to predict.

Timeline of Breakdown: What Happened and Why

What started as separate warnings turned into a big problem for the system. This weakened the whole basis of public vulnerability tracking.

Early Problems

By mid-2022, developers and security analysts had already started to see delays. CVEs would appear in public feeds or vendor advisories before NVD entries with CVSS scores or detailed information appeared. This delay made it hard for automated systems to understand or prioritize bugs the right way.

The Disruption of 2024

Things quickly got much worse. In early 2024:

📰 The NVD slowed down CVE processing a lot, saying they had less support from other agencies.
💸 A 12% budget cut made it harder for NIST to keep up its vulnerability analysis work.
🔄 And then, the Cybersecurity and Infrastructure Security Agency (CISA) moved $3.7 million to start its own vulnerability analysis program, Vulnrichment.

What happened? The system broke. CVEs were assigned but not given more details or background. Developers had CVE IDs but not enough information to do anything.

Quantifying the Result

As of late 2024, over 25,000 known vulnerabilities remain unprocessed in the NVD—ten times the backlog seen in 2017. That’s tens of thousands of software flaws without reliable public ratings showing risk, affected systems, or if there’s a patch.

Fragmentation and Consequences: A Broken Pipeline

This breakdown caused global vulnerability information networks to break apart. And the results were immediate and far-reaching.

Delays That Endanger

A report by Tenable found that dozens of very serious CVEs had no CVSS scoring or CPE mapping weeks after they were made public. This left development teams in the dark. They were not able to figure out how urgent or big the potential threats were.

Such delays are serious. They’ve already led to damaging real-world results such as:

🏥 Hospital shutdowns from ransomware using unpatched flaws.
✈️ Airlines grounded due to unsafe parts from other companies.
🛎️ Smart device failures that shut down thousands of home monitoring systems. Mozilla reported this, as reported by Mozilla.

These aren’t just single events. They show how vulnerability management directly relates to real-world risk.

Impacts for Developers & Development Teams

The vulnerability problems that started in 2024 have not affected all developers in the same way. There’s a bigger difference in how teams are managing security. This is mostly because of whether they can get other data sources and tools.

Companies Use Commercial Tools

Larger organizations have quickly changed by buying paid tools that do not rely only on NVD data:

Rapid7, Tenable, and Qualys: Offer better scanning. This is supported by their own vulnerability research.
Snyk, GitGuardian, and Sonatype: Give useful risk information for open-source software.
Microsoft Defender and CrowdStrike Falcon: Give security alerts built into their systems for big companies.

These platforms often include their own vulnerability research. This gives their users ongoing information even when public data sources have problems.

Small Teams Left Behind

But startups and small businesses are much less sure of things. Many do not have the money for paid options. And they have always used free tools that get their data from CVE/NVD. Security engineer Komal Rawat notes, “Other databases aren’t free or as widely adopted. Without current data, we’re open to attackers who do have that data.”

What this means is clear: differences in money now mean differences in cybersecurity. And public systems, which once made things fair for everyone, cannot do the job anymore.

Practical Developer Actions: Keeping Projects Secure

In a broken system, developers must actively protect their code. Here are ways you can act right away to handle vulnerabilities better—even when the NVD has problems.

1. Monitor Multiple Threat Intelligence Sources

Instead of relying on just one vulnerability database, check against many systems:

🔍 OSV by Google for open-source and language package CVEs.
📡 VulnDB by Flashpoint for commercial-level information.
📘 Vendor Advisories (e.g., Apple, Apache, Microsoft) for patches before they appear in NVD.
🔔 GitHub Security Advisories to keep track of dependencies as they happen.

2. Automate CVE Scoring in CI/CD

Add tools into your development process that can take in data from many sources and prioritize known bugs during builds. Tools like:

GitHub Actions
GitLab Secure
Azure DevOps Security Integrations

These can send alerts for CVEs linked to dependencies right away. And they are very important for growing development in fast-paced settings.

3. Regularly Audit Dependencies and Libraries

Use Dependency Management Best Practices:

Run npm audit, pip-audit, or cargo audit weekly.
Use tools like OWASP Dependency-Check.
Track indirect dependencies too, not just direct ones.

4. Look into NVD Alternatives

As reliable sources, tools like VulnCheck’s NVD++ want to offer the same ease of use as NVD but with current speed and openness. They’re becoming popular, especially among dev teams focused on security.

The Growing Divide: Cybersecurity Haves and Have-Nots

The breakdown of central systems shows something more worrying: a growing gap between organizations that can get top-tier vulnerability information and those who use public data.

Private Intel Is Ahead Of Public Data

Brian Martin of VulnDB estimates that over 112,000 vulnerabilities exist in private databases that public users cannot see. He believes that number could grow to over 500,000 if private research efforts had enough money.

This uneven access to information creates a risk for national cybersecurity, not just an economic difference. Threat actors may use known software flaws that haven’t been made public. And teams with less money cannot see them at all.

3rd-Party Risk Is Rising Fast

According to the 2024 Verizon Data Breach Investigations Report, over 30% of breaches now come from dependencies, third-party services, or software suppliers.

In today’s linked development systems, not knowing what’s in your software is often the same as letting in attacks.

International Shift in Vulnerability Information

As systems focused on the U.S. like the NVD slow down, other nations and groups are taking action—and changing how global power is balanced.

China

The Beijing-based Chinese National Vulnerability Database (CNVD) focuses on what the state knows and having central control. They often keep public information back to help with their own planning or to gain an advantage in operations.

European Union

Seeing how weak U.S. systems are, the EU started its own vulnerability database in mid-2024. It wants not just a backup, but also its own control. This makes sure that modern European digital systems are not controlled from outside.

Global CVE Proposal

A new idea, known as “Global CVE” (GCVE), suggests moving how standards are set and how vulnerabilities are made public to a non-profit group with many nations. It is like how Internet protocols such as DNS and SSL are managed today. These are handled by independent groups that make decisions together, instead of single governments.

Is AI the Answer? Or Another Risk?

Artificial Intelligence promises new capacity—but comes with new risks.

Potential

NIST itself admitted that 65% of vulnerability analysis hours are spent on creating product codes by hand. AI-assisted approaches can:

Auto-generate CVSS scores based on public information.
Classify affected platforms using machine learning.
Scan code storage and programs for things that look like zero-day flaws.

One example: researcher Sean Heelan used OpenAI’s O3 system to find zero-days in SMB implementations. This shows that with proper oversight, AI can greatly help vulnerability research.

Caveats

As Brian Martin warns, untested AI sorting could lead to wrong labels, a false sense of security, or missed warnings. But targeted automation for specific tasks—like CPE association or patch link collection—can make things more reliable without giving up control without thinking.

Resetting the Liability Conversation

The July 2024 CrowdStrike update that crashed Windows systems led to hospital failures, 911 center outages, and airline disruptions. This showed how important software responsibility is.

Legal and Policy Reform

Major entities like Delta Airlines are now taking legal action against software vendors. Many experts believe this is the start of companies being held financially responsible for bad code.

Andrea Matwyshyn from Penn State says that mandatory Software Bill of Materials (S-BOM) disclosures should be required. She argues that big, misleading End-User License Agreements (EULAs) are no longer good ways to defend against problems in a world where code errors can shut down global systems.

The Path Forward: Decentralized, Open, and Developer-First

Rebuilding trust in cybersecurity doesn’t mean bringing back the old system—it means changing it completely.

1. Use Open Vulnerability Management Tools

Projects like Google’s OSV, OSS-Fuzz, and VulnCheck help make timely, useful threat data available to more people.

2. Support Global Governance

Support efforts like the CVE Foundation and GCVE. They want to spread control and funding so it’s not just with one national group.

3. Use “Secure by Design”

Following CISA’s guidance, the best defense is building applications that expect failure and deal with it. This means everything from sandboxing unknown inputs to using audit trails and layered security from day one.

4. Create Feedback Loops for Developers

You can’t patch what you don’t see. Groups like GitHub now provide security alerts directly in development environments. That’s where vulnerability information should be—not locked in an old-style database.

Avoiding the Digital Dark Age

Cybersecurity vulnerabilities aren’t just IT issues—they’re risks to whole systems such as economies, healthcare, communications, and national safety. If groups like the NVD cannot keep up, developers must change how they think about vulnerability management.

The time for waiting is over. Threat actors are not waiting for slow processes. Your best move? Build with multiple sources, automate everywhere you can. And make security a top priority in code—not just something you check off after the code is built.

Want to future-proof your stack? Start small. Audit your dependencies today. Don’t wait for the NVD.

Citations