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NEW HIGH A2

CVE-2026-96005

A NVD · · CVE-2026-96005

Admiralty grading (A–F · 1–6)

Source reliability

  • A Completely reliable
  • B Usually reliable
  • C Fairly reliable
  • D Not usually reliable
  • E Unreliable
  • F Cannot be judged

Information credibility

  • 1 Confirmed
  • 2 Probably true
  • 3 Possibly true
  • 4 Doubtful
  • 5 Improbable
  • 6 Cannot be judged

NATO Admiralty (AJP-2.1) grades confidence, independent of the risk score. Cross-source corroboration isn't tracked for non-CVE news, so single-source items are capped at a lower credibility number; a low number does not imply low quality.

Key metrics

CVSS
7.8
EPSS
0%

Key insight

The report contains only the NVD description of a local privilege escalation in the Windows USB driver and no indication of active exploitation, exploit code, or threat actors.

Description

CVE-2026-96005 describes a heap-based buffer overflow in the Windows USB Driver. An authorized attacker with local user privileges can thereby elevate privileges on the affected system. The NVD entry mentions neither active exploitation nor public exploit code nor inclusion in KEV. Windows systems with the vulnerable USB driver are affected; details on CVSS, patch status, or exact attack prerequisites are not further elaborated in the report.

Risk score

71
cvss base
78.00
kev bonus
0.00
epss bonus
0.00
poc bonus
0.00
raw before weight
78.00
industry weight
1.21
freshness factor
1.00
exploitability factor
0.75
days old
0.00
vendor mismatch penalty
0.00

Path: operational

MITRE ATT&CK mapping

1 TTP
Recon
Resource Dev
Initial Access
Execution
Persistence
Def. Evasion
Cred. Access
Discovery
Lateral Mov.
Collection
C2
Exfiltration
Impact
Conf.: high medium low

Procedure details

Technique Tactic Procedure Conf. Source
T1068
Exploitation for Privilege Escalation
Privilege Escalation The threat exploits a heap-based buffer overflow vulnerability in the Windows USB Driver (CVE-2026-96005) to execute arbitrary code and elevate privileges from a local authorized user context. high llm
ESC

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