CVE-2026-43487

ata: libata-core: Disable LPM on ST1000DM010-2EP102

MEDIUM
5.5
CVSS Score
Published: May 13, 2026 at 03:08 PM UTC
Updated: June 27, 2026 at 11:41 AM UTC
1 product affected across 1 vendorLinux Kernel

Using Linux by Linux?

Get instant alerts when new vulnerabilities affect Linux - before attackers find them.

Real-time alertsTrack your software stackFree plan available
Severity
MEDIUM5.5
Exploit prediction
EPSS 0.1%

Description

In the Linux kernel, the following vulnerability has been resolved: ata: libata-core: Disable LPM on ST1000DM010-2EP102 According to a user report, the ST1000DM010-2EP102 has problems with LPM, causing random system freezes. The drive belongs to the same BarraCuda family as the ST2000DM008-2FR102 which has the same issue.

Affected

Our own answer: ranges merged, affected separated from platform-only, with confidence and review flags.

6.13 ≤ v < 6.18.196.19 ≤ v < 6.19.96.9 ≤ v < 6.12.786.9 ≤ v < 6.18.196.9 ≤ v < 6.19.96.9 ≤ v < 7.07.0 rc17.0 rc27627a0edef548c4c4dea62df51cc26bfe5bbcab8
Vendor states this is fixed in 87f0349beaacab2ac60c4a1b6dcff254cef7d5a0 (fixed)
Vendor states this is fixed in a4bfb1947eda615fe0b2fc54beb6bedc03372e34 (fixed)
Vendor states this is fixed in b3b1d3ae1d87bc9398fb715c945968bf4c75a09a (fixed)
Vendor states this is fixed in f897b72cc74d24e7106716184f450d4045a6289b (fixed)
Vendor states this is fixed in 6.12.78 (unaffected)
Vendor states this is fixed in 6.18.19 (unaffected)
Vendor states this is fixed in 6.19.9 (unaffected)
Vendor states this is fixed in 6.9 (unaffected)
Vendor states this is fixed in 7.0 (unaffected)

CVSS

Attack Vector
LOCAL
Complexity
LOW
Privileges
LOW
User Interaction
NONE
Scope
UNCHANGED
Confidentiality
NONE
Integrity
NONE
Availability
HIGH
Vector?

Quick Info

StatusANALYZED
CWE
NVD-CWE-noinfo

Get alerted

Stop reading CVE feeds looking for your own stack

Track the products you run and VulnTracker tells you when a new CVE affects them — with what is known about fixing it, and nothing about the rest.

Free plan, no card