All CVEs — page 576 of 631
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The flaw allows concurrent access to the msi_page_list, leading to potential corruption and system instability.
This flaw allows hardware to fetch a partially zeroed context entry, leading to unpredictable behavior or spurious faults, due to the Present bit not being cleared before invalidation.
This vulnerability in the Linux kernel's IOMMU (Intel Virtualization Technology for Directed I/O) allows a malicious user to leave context entries for already processed RIDs present and pointing to a freed PASID table, potentially leading to a use-after-free condition.
This flaw allows stale context cache entries to persist, potentially leading to the IOMMU walking freed memory, which could result in data corruption or privilege escalation.
The flaw allows stale entries in the conntrack expectations list, leading to potential misrouting of packets. This is due to early insertion of expectations into unconfirmed conntracks, causing .pprev to point to the wrong hlist_head.
The flaw in the Linux kernel's sunrpc module allows for potential race conditions when handling socket callbacks, leading to possible data corruption or denial of service.
This flaw allows an unconfined user namespace to bypass stack restrictions, enabling an escape if two transitions through an unconfined profile are executed, potentially leading to unauthorized access.
The flaw allows a malicious host to perform a heap out-of-bounds read by misreporting the transfer length or hash/dh group identifiers, potentially leading to information disclosure.
This vulnerability allows unprivileged users to issue I/O commands on a partition device or write through a read-only file descriptor, potentially leading to unauthorized access and data corruption.
The vulnerability allows a race condition where a getsockopt() call can observe a freed nfc_llcp_local pointer after a concurrent bind() operation, leading to potential dereferencing of a null pointer.