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On HP Poly EagleEye Cube USB 1.3.1-001267 devices, one of the API functions available on a management service accessible via USB allows…

Written by anthropic/claude-haiku-5.5 from the sources below. Verify against them.

—Not rated
Exploited
No known exploitation
Fix
No fix listed
Who is exposed
Not reported
5Pcve.now Index 5 of 100 · methodology v3 · provisional
  • Exploitation?/40Exploitation: unknown (data gap). No CISA SSVC exploitation rating yet
  • Exposure?/25Exposure: unknown (data gap). No advisory context yet
  • Reach?/20Reach: unknown (data gap). No tracked technology or package matched
  • Severity?/10Severity: unknown (data gap). No CVSS score or vendor rating
  • No patch5/5No patch listed yet

What would change the score

  • Would score about 60 if added to CISA KEV
  • Would score about 55 if CISA's SSVC rates exploitation active
  • Would score about 27 if advisories confirm default setups are exposed

CVE-2026-39431 is not in CISA's Known Exploited Vulnerabilities (KEV) catalog. No public exploit code is tracked.

Published
Last modified
Published
Not listed in CISA KEV
5/100 · provisional
None on Exploit-DB, Metasploit or GitHub

Summary

HP Poly EagleEye Cube USB devices (firmware 1.3.1) contain a command injection flaw in a USB-accessible management API, letting an attacker without administrator access run arbitrary commands as root by manipulating the CSR certificate generation process. This gives full control of the device, access to its data, and the ability to plant a persistent backdoor that could be reached over the Ethernet port.

Read the original description

On HP Poly EagleEye Cube USB 1.3.1-001267 devices, one of the API functions available on a management service accessible via USB allows command injection. This allows attackers (without administrator-level access) to execute arbitrary commands on the device as root. This is due to insufficient input validation that allows an attacker to control part of the CSR certificate generation process. This provides full root access that permits full control over device operations, unauthorized access to data, and the ability to place a persistent backdoor on the device (which could operate via the Ethernet port).

Timeline

  1. CVE published
  2. Record last updated
  3. First seen by cve.now

Evidence 3

  1. Repository
  2. Link
  3. Link

Corrections

None so far.

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