Learn about CVE-2022-25702, a high-impact denial of service vulnerability in Qualcomm Snapdragon Auto, Compute, Industrial IOT, Mobile, and Wearables due to reachable assertion in modems.
A denial of service vulnerability in modems due to a reachable assertion while processing reconfiguration messages in a variety of Qualcomm Snapdragon devices.
Understanding CVE-2022-25702
This vulnerability, assigned by Qualcomm, affects a range of Snapdragon products, potentially leading to a denial of service condition.
What is CVE-2022-25702?
The CVE-2022-25702 vulnerability involves a reachable assertion within the modem that can be triggered while processing reconfiguration messages. This could potentially result in a denial of service situation on affected devices.
The Impact of CVE-2022-25702
The vulnerability poses a high impact by causing a denial of service, affecting the availability of systems, particularly in Snapdragon Auto, Compute, Industrial IOT, Mobile, and Wearables.
Technical Details of CVE-2022-25702
This section delves into the specific technical aspects of the CVE-2022-25702 vulnerability.
Vulnerability Description
The vulnerability allows an attacker to trigger a reachable assertion in modems when processing reconfiguration messages, leading to a denial of service condition.
Affected Systems and Versions
Multiple Qualcomm Snapdragon products are affected by this vulnerability, spanning various versions, including APQ series, MSM series, SD series, and more.
Exploitation Mechanism
The vulnerability can be exploited by sending specially crafted reconfiguration messages to the affected devices, triggering the reachable assertion in the modem and causing a denial of service.
Mitigation and Prevention
Understanding how to mitigate and prevent the impact of CVE-2022-25702 is crucial for maintaining system security.
Immediate Steps to Take
Long-Term Security Practices
Patching and Updates
Keep track of security bulletins from Qualcomm and apply patches and updates as soon as they are released to ensure the ongoing protection of vulnerable devices.