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VULNERABILITY BRIEF 🟡 Medium Vulnerability

Authentication Bypass in QNAP QHora‑322 (CVE‑2024‑13088) Allows Unauthorized Access

A medium‑severity authentication‑bypass flaw (CVE‑2024‑13088) in QNAP’s QHora‑322 router lets attackers on the same LAN log in using any QCloud account without valid credentials. The issue can lead to unauthorized device control and potential data exposure, posing a supply‑chain risk for organizations that depend on these routers for edge networking.

Verisq™ Intelligence · 📅 March 31, 2026 · 📰 zerodayinitiative.com
🟡
Severity
Medium
VU
Type
Vulnerability
🎯
Confidence
High
🏢
Affected
1 sector(s)
✅
Actions
5 recommended
📰
Source
zerodayinitiative.com

Authentication Bypass in QNAP QHora‑322 (CVE‑2024‑13088) Allows Unauthorized Access

What It Is – A medium‑severity authentication‑bypass flaw (CVSS 5.0) in the miro_webserver_controllers_api_login_singIn function of QNAP’s QHora‑322 router permits an attacker on the same network segment to log in using any QCloud account without presenting valid credentials.

Exploitability – The vulnerability is exploitable without authentication; no public exploit code is required, but the attack vector is trivial for a network‑adjacent adversary.

Affected Products – QNAP QHora‑322 routers (firmware versions prior to the 2026‑03‑30 security update).

TPRM Impact – Organizations that rely on QNAP QHora‑322 for edge routing, VPN termination, or as a gateway to storage services may face unauthorized device control, potential data leakage, and downstream supply‑chain exposure if the compromised router is used to service third‑party customers.

Recommended Actions –

  • Deploy QNAP’s security advisory QSA‑25‑15 firmware update immediately.
  • Isolate QHora‑322 devices on a dedicated VLAN and restrict inbound traffic to trusted subnets.
  • Enable network‑level monitoring for anomalous API calls to the login_singIn endpoint.
  • Review and harden any QCloud integration, enforcing MFA where possible.
  • Conduct a rapid risk assessment of any downstream services that depend on the affected routers.

Source: Zero Day Initiative Advisory ZDI‑26‑244

📰 Original Source
http://www.zerodayinitiative.com/advisories/ZDI-26-244/ ↗

This Verisq Intelligence Brief is an independent analysis. Read the original reporting at the link above.

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