CVE-2024-53012

7.8 HIGH

📋 TL;DR

This vulnerability allows memory corruption through improper input validation in clock device drivers on Qualcomm chipsets. Attackers could potentially execute arbitrary code or cause system crashes. Affects devices using vulnerable Qualcomm hardware components.

💻 Affected Systems

Products:
  • Qualcomm Snapdragon mobile platforms
  • Qualcomm automotive platforms
  • Qualcomm IoT platforms
Versions: Multiple Qualcomm chipset versions prior to March 2025 security updates
Operating Systems: Android, Linux-based systems using Qualcomm drivers
Default Config Vulnerable: ⚠️ Yes
Notes: Affects devices with vulnerable clock driver implementations. Specific chipset models listed in Qualcomm advisory.

📦 What is this software?

⚠️ Risk & Real-World Impact

🔴

Worst Case

Remote code execution leading to complete system compromise, data theft, or persistent backdoor installation

🟠

Likely Case

Local privilege escalation allowing attackers to gain elevated system privileges

🟢

If Mitigated

System crash or denial of service without code execution if exploit fails

🌐 Internet-Facing: MEDIUM - Requires local access or adjacent network position, but could be chained with other vulnerabilities
🏢 Internal Only: HIGH - Local attackers or malicious insiders could exploit this for privilege escalation

🎯 Exploit Status

Public PoC: ✅ No
Weaponized: UNKNOWN
Unauthenticated Exploit: ✅ No
Complexity: MEDIUM

Requires local access or ability to interact with clock device interfaces. No public exploits known as of advisory publication.

🛠️ Fix & Mitigation

✅ Official Fix

Patch Version: March 2025 security updates

Vendor Advisory: https://docs.qualcomm.com/product/publicresources/securitybulletin/march-2025-bulletin.html

Restart Required: Yes

Instructions:

1. Check device manufacturer for available updates. 2. Apply March 2025 Qualcomm security patches. 3. Reboot device after patch installation. 4. Verify patch application through version checks.

🔧 Temporary Workarounds

Restrict clock device access

linux

Limit access to clock device interfaces through SELinux/AppArmor policies

# Example SELinux policy to restrict clock device access
# consult device-specific security documentation

🧯 If You Can't Patch

  • Implement strict access controls to prevent unauthorized users from interacting with device drivers
  • Monitor system logs for unusual clock device access patterns or privilege escalation attempts

🔍 How to Verify

Check if Vulnerable:

Check Qualcomm chipset version and security patch level. Vulnerable if pre-March 2025 patches.

Check Version:

Android: getprop ro.build.version.security_patch | Linux: uname -r and check Qualcomm driver versions

Verify Fix Applied:

Verify security patch level includes March 2025 updates. Check with 'getprop ro.build.version.security_patch' on Android or kernel version on Linux.

📡 Detection & Monitoring

Log Indicators:

  • Kernel panic logs related to clock drivers
  • Privilege escalation attempts
  • Unusual process accessing /dev/clock* devices

Network Indicators:

  • Not network exploitable - focus on local system monitoring

SIEM Query:

Process creation where parent is low-privilege user accessing clock device files OR kernel logs containing 'clock' and 'panic' or 'oops'

🔗 References

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