All 306 CVE vulnerabilities found in Android for MSM, Firefox OS for MSM, QRD Android, with AI-generated Chinese analysis, references, and POCs.
This page tracks Common Weakness Enumerations (CWE) for the Android for MSM, Firefox OS for MSM, and QRD Android platforms. It aggregates security vulnerabilities associated with Qualcomm reference designs and Mozilla-based operating systems tailored for mobile system-on-chip architectures. The collection includes diverse security flaws affecting kernel components, HAL layers, framework services, and browser engines, reflecting the complex stack inherent to these embedded and mobile environments. The data spans vulnerabilities disclosed between 2012 and 2024, covering the active development and support lifecycles of both the Android and Firefox OS ecosystems on Qualcomm hardware. This period captures significant security evolution, including major overhauls in memory safety, privilege separation, and sandboxing mechanisms as the platforms matured. Users can utilize this resource to track vendor advisories from Qualcomm and Mozilla, helping security teams understand remediation timelines and patch availability. It allows analysts to study specific weakness classes, such as buffer overflows or race conditions, within the context of these specific product lines to identify recurring architectural patterns or persistent risks. Additionally, developers and security researchers can look up a product's vulnerability history to assess the security posture of different versions, facilitating better risk management and informed decision-making during device certification or system integration processes. This centralized view aids in understanding how similar weaknesses are addressed across different vendors and operating system variants, providing a comprehensive picture of the security landscape for these specialized mobile platforms.
Vendor: Qualcomm, Inc.
All 306 known CVE vulnerabilities affecting Android for MSM, Firefox OS for MSM, QRD Android with full Chinese analysis, references, and POCs where available.