Automated Threat Modeling

NVIDIA Display Driver CVE-2025-23280: Brief Summary of a Use After Free Vulnerability on Linux

A brief summary of CVE-2025-23280, a high-severity use-after-free vulnerability in the NVIDIA Display Driver for Linux. It covers the technical details, the affected versions, and NVIDIA's security history, drawing on available public sources.

CVE Analysis

8 min read

ZeroPath CVE Analysis
ZeroPath CVE Analysis

2025-10-10

NVIDIA Display Driver CVE-2025-23280: Brief Summary of a Use After Free Vulnerability on Linux
Experimental AI-Generated Content

This CVE analysis is an experimental publication that is completely AI-generated. The content may contain errors or inaccuracies and is subject to change as more information becomes available. We are continuously refining our process.

If you have feedback, questions, or notice any errors, please reach out to us.

[email protected]

Introduction and impact

On Linux systems running unpatched NVIDIA Display Drivers, an attacker can escalate privileges, execute code, and tamper with data. CVE-2025-23280 (CVSS 7.0) affects a wide range of NVIDIA-powered workstations, servers, and desktops, which makes it a priority for any organization or individual that relies on NVIDIA GPUs for computation, graphics, or AI workloads.

NVIDIA dominates the GPU and AI hardware sector, and its drivers run on millions of Linux and Windows systems. Gaming, scientific computing, AI research, and enterprise data centers all depend on its products, so a security flaw in its drivers reaches a large part of the tech industry worldwide.

Technical information

CVE-2025-23280 is a use-after-free vulnerability (CWE-416) in the NVIDIA Display Driver for Linux. The flaw comes from improper memory management. The driver accesses memory after it has been freed, which gives an attacker with local access a window to exploit race conditions and manipulate or control the contents of that memory region.

Exploitation typically involves three steps:

  1. Force the driver to free a memory object while it keeps a reference to it (a dangling pointer).
  2. Trigger a code path that uses the dangling pointer after the memory is freed.
  3. Win a race condition to allocate attacker-controlled data in the freed memory region.

If the attack succeeds, the attacker can execute arbitrary code in kernel context, escalate privileges, tamper with data, cause denial of service, or leak sensitive information. Every version before the fixed releases listed below is vulnerable. No public code snippets or proof of concept are available, and exploitation requires precise timing and an understanding of the driver's memory allocation patterns.

Affected systems and versions

  • NVIDIA Display Driver for Linux, all versions prior to:
    • 580.95.05 (R580 branch)
    • 570.195.03 (R570 branch)
    • 535.274.02 (R535 branch)

All earlier versions in these branches are affected. The Linux distribution and GPU model make no difference. If the driver version falls within the vulnerable range, the system is exposed.

Vendor security history

NVIDIA's driver stack has had memory management vulnerabilities before, including earlier use-after-free and race-condition bugs. The October 2025 security bulletin disclosed multiple high-severity flaws, including CVE-2025-23282 (race condition, Linux), CVE-2025-23309 (uncontrolled DLL loading, Windows), and others. NVIDIA typically issues coordinated bulletins and patches for all supported branches, and it generally responds promptly. It recently began publishing security advisories on GitHub as well, in machine-readable formats.

References

Detect & fix
what others miss

Works with
  • GitHub
  • GitLab
  • Bitbucket
  • Azure DevOps Services
  • Gerrit
  • CVS
  • Jira
  • Linear
  • Slack
  • Security Compass
Explore integrations
Security magnifying glass visualization