CVE-2024-21468

CVE-2024-21468 corresponds to a memory corruption issue that occurs when a GPU unmap operation fails, described across multiple sources as a memory corruption/Use-After-Free condition in Qualcomm kernel components. Affected: Qualcomm chipset GPUs and related kernel code paths. Root cause: failed ...

CVE-2025-21453

CVE-2025-21453 describes memory corruption in Qualcomm components due to a use-after-free style issue when an iterator is accessed after removal, with the GPS HLOS driver specifically listed in CVE records. Public records (NVD/NCSC/Red Hat CVEs) corroborate the memory-corruption description and t...

CVE-2024-21471

CVE-2024-21471 concerns memory corruption that occurs when an IOMMU fails to unmap a GPU buffer in Linux. Multiple connected sources corroborate a memory corruption condition tied to IOMMU unmapping of GPU buffers, affecting Qualcomm-related components (as referenced in Qualcomm security discussi...

CVE-2024-33052

CVE-2024-33052 describes a memory corruption in the FM Host/HCI control path when data is provided for FM HCI commands. The vulnerability is tied to Qualcomm chipsets and is classified as local with low privileges and no user interaction, and the impact is rated high (confidentiality, integrity, ...

CVE-2023-33066

CVE-2023-33066 describes a memory corruption in the Audio component of Qualcomm’s closed‑source stack, triggered while processing the RT proxy port register driver. The issue is linked to an out-of-range pointer offset in Audio (per VulnEnrichment), with Qualcomm’s March 2024 product-security bul...

CVE-2023-43551

The CVE-2023-43551 entry is confirmed in connected sources as a cryptographic/authentication issue occurring during LTE attach, where a rogue base station can skip the authentication phase and immediately issue the Security Mode Command. The vulnerability is attributed to Qualcomm closed‑source c...

CVE-2025-21427

CVE-2025-21427 is a Qualcomm closed‑source component vulnerability involving information disclosure during RTP payload decoding when a user equipment receives an RTP packet from the network. The root cause is described as a buffer over-read in the RTP payload decoding path, leading to potential l...