📦 Sm7225 Firmware

This vulnerability in Qualcomm Data Modem chips allows attackers to bypass TLS authentication during handshake, potentially enabling man-in-the-middle attacks. It affects devices using vulnerable Qual...

CVE-2022-33288 is a critical buffer overflow vulnerability in Qualcomm's Core component that allows memory corruption when sending SCM commands to retrieve write protection information. Attackers can ...

CVE-2022-33231 is a double-free memory corruption vulnerability in Qualcomm chipsets that occurs during encryption key initialization. Successful exploitation could allow attackers to execute arbitrar...

This CVE describes a null-pointer dereference vulnerability in Qualcomm Snapdragon chipsets that allows attackers to access memory beyond allocated buffer boundaries. When exploited, it can lead to de...

This vulnerability allows remote attackers to execute arbitrary code on affected Qualcomm Snapdragon devices by exploiting a buffer overflow in the video parser when processing specially crafted MP4 f...

This vulnerability allows memory corruption in the Audio subsystem when processing invalid audio recording data from the ADSP (Audio Digital Signal Processor). It affects Qualcomm devices with vulnera...

This CVE describes a memory corruption vulnerability in the UEFI boot process when running a ListVars test during boot. It affects Qualcomm devices with vulnerable firmware, potentially allowing attac...

This vulnerability allows memory corruption in the High-Level Operating System (HLOS) when user-space applications make specific IOCTL calls to Qualcomm hardware components. Attackers could exploit th...

This vulnerability allows memory corruption in the WLAN Hardware Abstraction Layer (HAL) when processing devIndex values from untrusted WMI payloads. Attackers could potentially execute arbitrary code...

This vulnerability allows memory corruption in Qualcomm WLAN hardware abstraction layer due to improper array index validation. Attackers could potentially execute arbitrary code or cause denial of se...

CVE-2022-40521 is an improper authorization vulnerability in Qualcomm modem firmware that allows attackers to cause a transient denial of service (DoS) by sending specially crafted requests. This affe...

This vulnerability allows attackers to exploit indirect branch misprediction in Qualcomm chipsets to leak sensitive information from the kernel memory. It affects devices using vulnerable Qualcomm Sna...

This vulnerability allows memory corruption in the Qualcomm kernel due to improper access control when processing mapping requests from root processes. It affects devices with Qualcomm chipsets, poten...

This vulnerability allows attackers to cause a denial-of-service (DoS) condition in Qualcomm modems by sending specially crafted OTA (Over-The-Air) messages without proper authentication. It affects m...

This vulnerability allows memory corruption in Qualcomm's WLAN Hardware Abstraction Layer (HAL) when processing specific wireless commands. Attackers could potentially execute arbitrary code or cause ...

This vulnerability allows attackers to cause a denial-of-service (DoS) condition in Qualcomm modems by sending invalid network configuration data. The modem crashes due to a reachable assertion when p...

CVE-2022-33264 is a stack-based buffer overflow vulnerability in Qualcomm modem firmware that allows memory corruption when parsing OTASP Key Generation Request Messages. Successful exploitation could...

This vulnerability allows a denial-of-service (DoS) attack on mobile devices by sending a specially crafted Downlink Data Indication message to the modem. When exploited, it triggers a reachable asser...

CVE-2023-21666 is a memory corruption vulnerability in Qualcomm's Adreno GPU driver (KGSL) that allows attackers to access sensitive data from graphics memory pools. This affects Android devices with ...

This vulnerability allows attackers to read sensitive information from Bluetooth-enabled devices during A2DP audio streaming. It affects devices with Qualcomm Bluetooth chipsets that have not been pat...