Vulnary
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Critical· 9.8official fix available

CVE-2024-41073

A critical flaw in the Linux kernel’s NVMe driver can cause a double free when a discard request is retried. This bug can lead to memory corruption and potentially allow an attacker to crash the system or execute arbitrary code. The issue has been fixed in newer kernel releases.

publishedJul 29, 2024
last modifiedAug 4, 2026
sourcesNVD
severity · cvss
9.8
critical · how bad it is
exploitation · epss
<1%
16th percentile · chance of exploitation in 30 days
(ai-assisted) A model wrote this summary from the official data, so double-check it against the source before you act on it. Read the official advisory →
auto-deletes from the system
counting…on Sep 4, 2026

An official fix is available, so this entry is kept for 30 days and then removed automatically.

01

Who is affected

Linux kernel (including Debian 11.0) and any distribution that uses the affected kernel version.

02

Real-world impact

If exploited, an attacker could cause a denial‑of‑service by crashing the system or potentially gain code execution by corrupting memory during a discard operation.

03

Why this severity

The CVSS score of 9.8 reflects that the vulnerability is exploitable over the network, requires no privileges or user interaction, and compromises confidentiality, integrity, and availability of the entire system.

04

What to do about it

official fix available
recommended steps
  1. 01Upgrade the Linux kernel to a version that includes the patch for CVE-2024-41073.

NVD-referenced vendor advisory

05

Timeline

  1. Jul 29, 2024 · Jul 29, 2024
    Published
    Disclosed and added to the National Vulnerability Database.
  2. Aug 4, 2026 · 2d ago
    Advisory updated
    The NVD record was last revised.
  3. Aug 5, 2026 · 1d ago
    Official fix available
    A vendor patch or mitigation now exists — see the remediation steps above.
06

How it’s attacked

Attack vectorNetwork (remote)
Attack complexityLow
Privileges requiredNone
User interactionNone needed
ScopeUnchanged
Confidentiality impactHigh
Integrity impactHigh
Availability impactHigh
07

References & advisories

(ai-assisted) A model wrote this summary from the official data, so double-check it against the source before you act on it. Read the official advisory →