CVE-2015-9073

CVE-2015-9073 : Concrete details available across sources show a vulnerability in Qualcomm components within Android CAF builds using the Linux kernel, where an untrusted pointer could be dereferenced in a TrustZone syscall. The issue affects Qualcomm’s closed-source/TrustZone pathway inside Andr...

CVE-2015-9070

CVE-2015-9070 describes a buffer over-read vulnerability in the TrustZone syscall of Qualcomm closed-source components used in Android builds (CAF Linux kernel). The issue affects Qualcomm components within Android devices that rely on CAF Linux kernels and TrustZone. The root cause is a buffer o...

CVE-2015-9066

CVE-2015-9066 describes a buffer overflow in the Inter-RAT procedure affecting Qualcomm components in Android CAF builds using the Linux kernel. Public sources flag it as a high-severity issue with potential remote code execution (CVSS ~9.8/10), but the provided documents do not specify affected ...

CVE-2015-9047

CVE-2015-9047 affects Qualcomm components in Android CAF builds using the Linux kernel, describing a GNSS vulnerability that occurs when a scan is performed after bootup. The CVE entry notes affected software as Qualcomm products with CAF Android releases and the GNSS subsystem, with a CVSSv3 bas...

CVE-2015-0574

CVE-2015-0574 is described in multiple sources as a file system input validation vulnerability in Qualcomm components used in Android CAF builds on the Linux kernel. The root cause is insufficient validation of filesystem access, which could enable an attacker to execute arbitrary code. Concrete ...

CVE-2015-2675

The OAuth implementation in librest before 0.7.93 incorrectly truncates the pointer returned by the restproxycallgeturl function, which allows remote attackers to cause a denial of service application crash via running the EnsureCredentials method from the org.gnome.OnlineAccounts.Account interfa...

CVE-2015-9051

CVE-2015-9051 affects Qualcomm components in Android CAF builds using the Linux kernel (LTE stack). Root cause: an assertion can be reached due to an improper bound on a length in a System Information message. Severity in the provided metrics is critical (CVSSv3 base 9.8). The connected documents...

CVE-2015-0576

CVE-2015-0576 describes a buffer overflow in the HSDPA component used by Qualcomm in Android CAF/Linux kernel implementations. Connected sources corroborate a Qualcomm HSDPA buffer overflow affecting CAF-based Android releases, with CNVD noting potential arbitrary-code execution or denial of serv...

CVE-2015-9044

In CVE-2015-9044, Qualcomm products with CAF Android releases using the Linux kernel have a vulnerability in LTE where an assertion can be reached due to an improper bound on the size of a frequency list. The NVD metrics indicate a CRITICAL impact (Network, No privileges, No user interaction) wit...

CVE-2015-4071

CVE-2015-4071 affects the Joomla! Helpdesk Pro Plugin prior to version 1.4.0. The vulnerability is an information disclosure: remote attackers can read arbitrary users’ support tickets by obtaining a ticketId and visiting /component/helpdeskpro/?view=ticket&id={ticketId}. Root cause is improper a...

CVE-2015-9040

Technical details (affected product/version, root cause, exploitability) for CVE-2015-9040 are not publicly provided in the connected documents; monitor for updates.

CVE-2015-9053

CVE-2015-9053 describes a buffer overflow in Qualcomm-provided components used in Android CAF builds on devices with the Linux kernel, specifically in the processing of USIM responses. The vulnerability is located in Qualcomm closed-source components integrated in Android, and the issue could all...

CVE-2015-9069

CVE-2015-9069 corresponds to a memory corruption vulnerability in Qualcomm closed‑source components used in Android CAF builds, which can lead to corruption of the Secure File System. Connected CNVD entries describe it as a Qualcomm component memory corruption vulnerability affecting Android, wit...

CVE-2015-8592

CVE-2015-8592 describes a vulnerability in Qualcomm closed‑source components used in Android CAF Linux builds where a reverse‑referenced pointer is not validated before dereference, potentially causing Guest‑OS memory corruption. Affected: Qualcomm components integrated into Android CAF/Linux ker...

CVE-2015-9034

Summary: CVE-2015-9034 is a buffer overflow in Qualcomm closed-source components used in Android CAF builds with the Linux kernel, caused by a SIP string not being null-terminated. This vulnerability affects Qualcomm components in Android and has a CVSS v3 base score of 9.8 (CRITICAL) with networ...

CVE-2015-9049

CVE-2015-9049 is corroborated by connected sources describing an input-validation vulnerability in Qualcomm’s closed‑source components (USIM handling) within Android CAF Linux environments. CNVD-2017-26834 outlines an unauthorized-operations flaw in the Qualcomm Android component causing remote e...

CVE-2015-4464

The CVE-2015-4464 entry describes a vulnerability in Kguard Digital Video Recorder models 104/108/v2 where there is no authorization or authentication between the ActiveX client and the application server. The issue enables a remote attacker to bypass authentication/authorization via network acce...

CVE-2015-8596

CVE-2015-8596 concerns a buffer length validation flaw in Qualcomm closed‑source malware protection components used in Android CAF builds running the Linux kernel. The root cause is missing validation of buffer lengths, described across multiple sources as a buffer overflow/length-check omission....

CVE-2015-9072

CVE-2015-9072 is described as an untrusted pointer dereference in a Qualcomm TrustZone syscall affecting Qualcomm components in Android CAF builds using the Linux kernel. The vulnerability is rated with high/critical impact in CVSS terms (network access, no auth, user interaction not required; co...

CVE-2015-9048

CVE-2015-9048 affects Qualcomm closed‑source components in Android CAF builds using the Linux kernel, where the vulnerability is in the processing of lost RTP packets due to input validation issues. The CNVD entry describes an unauthorized operation possibility as the impact. The provided documen...