ath11k driver

About this tag
The ath11k driver is a Linux kernel Wi-Fi driver for Qualcomm wireless chips, and discussions on WindowsForum.com focus on security vulnerabilities and bug fixes affecting this driver. Topics include CVE-2025-39732, which addresses an atomic context sleep issue, and CVE-2025-68380, which fixes HE MCS field swaps that can crash firmware. CVE-2022-49543 covers noisy MHI warnings during firmware recovery. Microsoft's Azure Linux distribution is named as a product that includes the vulnerable code, but users are advised that other Microsoft products may also be affected. The content emphasizes the importance of patching and artifact-level scanning for security teams.
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    CVE-2025-23133: Azure Linux Attestation and Holistic Remediation Guide

    Microsoft’s public advisory for CVE‑2025‑23133 names the Azure Linux distribution as a product that “includes this open‑source library and is therefore potentially affected,” but that statement is a product‑scoped inventory attestation, not a categorical guarantee that no other Microsoft product...
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    CVE-2025-39732: Linux ath11k fix and Azure Linux attestation

    A small but important correctness fix in the Linux ath11k Wi‑Fi driver — tracked as CVE‑2025‑39732 — landed upstream this year after maintainers discovered an iterator that may sleep when called from an atomic context, and Microsoft’s public advisory has named Azure Linux as the Microsoft...
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    CVE-2025-68380: Linux ath11k HE MCS swap fixes firmware crashes

    A recently published Linux-kernel CVE, CVE-2025-68380, closes a subtle but potentially disruptive bug in the ath11k Wi‑Fi driver that misassigns HE (High Efficiency / Wi‑Fi 6) MCS fields when building peer association commands, a logic error that can crash firmware on some Qualcomm-based...
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    Linux Kernel Fix for Noisy ath11k MHI Warnings CVE-2022-49543

    The Linux kernel received a targeted fix for a troubling warning in the ath11k wireless driver — tracked as CVE‑2022‑49543 — that could surface during firmware crash recovery and produce noisy kernel warnings (and in some cases availability consequences) when the MHI power‑management transition...
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