CVE-2016-10422

CVE-2016-10422 affects Android devices (Qualcomm Small Cell SoC, Snapdragon lines, SDx platforms) with an underlying issue described as improper access control in a system call that leads to unauthorized access. The entry documents this vulnerability across multiple Qualcomm/Android components an...

CVE-2016-10421

CVE-2016-10421 is tied to Android devices using Qualcomm AMSS/closed‑source components. The root cause is improper clearing of key material. The CVE is listed in the 2014–2016 Qualcomm cumulative update, with a High severity rating in that context. Public Android bulletin coverage for this issue ...

CVE-2016-10420

CVE-2016-10420 affects Android devices with Qualcomm Snapdragon/mobile platforms listed (e.g., MDM9206/9607/9650 and SD family up to SDX20). The issue arises while playing a .flv clip that lacks an inbuilt seek table, where a dynamic index table access goes out of bounds, causing a crash (availab...

CVE-2016-10417

The CVE-2016-10417 entry describes a TOCTOU vulnerability in QTEE across numerous Qualcomm Snapdragon platforms (Automobile, Mobile, Wear) including IPQ4019, MDM9xxx, SD-series chips. The issue arises from improper access control, enabling timing-based races that could compromise confidentiality,...

CVE-2016-10416

CVE-2016-10416 affects Android devices prior to the 2018-04-05 security patch level (and earlier patches) on Qualcomm Snapdragon Mobile and Snapdragon Wear platforms. The issue causes a UE crash due to IPCMem exhaustion when UDP data is pumped to the UE’s ULP UDP port 7275. The vulnerability impa...

CVE-2016-10414

CVE-2016-10414 affects Android devices using Qualcomm Small Cell SoCs (and related Snapdragon/SD variants) where passing a hash with zero datalength causes the code to return an error, even though zero length is valid. Connected sources confirm the issue and map it to a broad set of Qualcomm/Andr...

CVE-2016-10412

CVE-2016-10412 describes an integer overflow that could lead to a buffer overflow in a memory API function on Android devices with Qualcomm Small Cell SoCs, Snapdragon Mobile, and Snapdragon Wear families. The affected range includes numerous Snapdragon/SD and related components, with the issue a...

CVE-2016-10410

CVE-2016-10410 is a buffer overflow in RTP processing during VoLTE calls affecting Android devices with Qualcomm Snapdragon Mobile/Wear platforms (wide list of affected Snapdragon SoCs). The issue is documented as exploitable via network conditions and could impact confidentiality, integrity, and...

CVE-2016-10407

CVE-2016-10407 affects Android platforms prior to the 2018-04-05 patch level, involving an integer overflow that can trigger a buffer overflow during a VT call on Qualcomm Snapdragon Mobile SoCs (SD 210/212/205, 400, 410/12, 430, 450, 615/16/ SD 415, 617, 625, 650/52, 800, 808, 810, 820, 835). Af...

CVE-2016-10406

CVE-2016-10406 affects Qualcomm-based Android devices (notably Snapdragon SoCs including MDM9650 and a wide range of SD 210/212/205, 410/12, 430, 450, 615/16/415, 617, 625, 650/52, 808, 810, 820, 835) where printing a pointer in wlan_qmi_err_cb prints the real kernel address regardless of kptr_re...

CVE-2015-9224

The CVE-2015-9224 issue stems from a lack of input validation in QURTK_write() on Qualcomm Snapdragon platforms (listed: Snapdragon Automobile, Mobile, Wear, Small Cell SoCs and various SD/SM/DMM variants) running Android with patch levels older than 2018-04-05. Root cause: insufficient input val...

CVE-2015-9222

CVE-2015-9222 corresponds to RomPager Misfortune Cookie authentication bypass. Affected: RomPager

CVE-2015-9216

CVE-2015-9216 concerns Android devices using Qualcomm Snapdragon and related chipsets where the USB subsystem mishandles simultaneous interrupts during USB RESET and EP COMPLETE. Affected products span Snapdragon Mobile/Wear platforms (MDM9206/9607/9625/9635M/ MSM8909W) and various Snapdragon SD ...

CVE-2015-9213

CVE-2015-9213 affects Android devices with Qualcomm Snapdragon/mobile platforms. The issue arises from the DIAG-EFS EFS2_DIAG_DELTREE command, handled by fs_diag_deltree_handler(), which is documented to delete files and directories only inside the /public folder. According to NVD, the vulnerabil...

CVE-2015-9212

The CVE-2015-9212 issue affects Qualcomm Snapdragon platforms (Mobile and Wear MSM8909W; SD 210/212/205; SD 400; SD 410/12; SD 800). Root cause: lack of input validation while processing TZ_PR_CMD_SAVE_KEY leads to a buffer overread. Impact is described as high across confidentiality, integrity, ...

CVE-2015-9211

CVE-2015-9211 describes a buffer overread in the PlayReady module affecting Android devices with Qualcomm Snapdragon ranges (Automobile, Mobile, Wear) prior to the 2018-04-05 patch level. The issue occurs when a large PlayReady message is processed, potentially impacting confidentiality, integrit...

CVE-2015-9210

CVE-2015-9210 affects Android devices using Qualcomm Snapdragon components (including Snapdragon Automobile, Mobile, Wear, and various SD variants listed). The issue is a lack of input validation in playready_licacq_process_response(), which can lead to memory over-read. The cited CVSS v3.0 metri...

CVE-2015-9209

CVE-2015-9209 targets Android devices with Qualcomm Snapdragon/mdm platforms, where there is improper access control in a file storage API. The issue affects a wide range of Qualcomm/SDP SKUs (e.g., MDM9xxx, MSM89xx, SD 210–850, SDX20) and is described in the Android vulnerability bulletin as req...

CVE-2015-9208

CVE-2015-9208 affects Android on Qualcomm Snapdragon devices (various SoCs listed). The vulnerability arises because tzbsp_pil_verify_sig() does not strictly constrain the ELF/program headers and hash segment pointers to secure memory; it only ensures addresses are not in non-secure memory, allow...

CVE-2015-9207

CVE-2015-9207 describes a buffer overread in playready_getadditional_responsedata due to insufficient input validation, affecting Android devices on Qualcomm Snapdragon Mobile and Snapdragon Wear (MSM8909W) and a range of Qualcomm SoCs (SD 210/212/205, 400, 410/12, 615/16/415, 617, 650/52, 800, 8...