All CVEs — page 1161 of 1220
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This flaw involves a race condition between policy activation and block group (blkg) destruction in the Linux kernel, leading to use-after-free and memory leak issues.
This vulnerability arises from a race condition where the IO scheduler is switched on a block device while concurrent blkcg deletion occurs, leading to a use-after-free condition.
This vulnerability in the Linux kernel's ublk module can lead to a denial of service (DoS) condition if the address range provided by the userspace ublk server is outside the allowed user address space, causing the import_ubuf() function to fail and leading to an uninitialized struct iov_iter being passed to ublk_copy_user_pages().
The flaw allows validation of inline extended attributes during inode block validation, preventing out-of-range entry arrays or offsets from being accessed. This ensures that corrupted metadata is rejected before it can be processed by `getxattr()` or `listxattr()`.
The flaw lies in the validation of external xattr entries in the ocfs2 file system, where non-indexed xattr blocks are not properly bounded, leading to potential use-after-free conditions.
This vulnerability allows a race condition where RCU pointers are invalidated after a spin lock is released, potentially leading to a use-after-free condition in a sleepable BPF program.
The vulnerability in the Linux kernel allows unauthorized access to stack-allocated objects, potentially leading to use-after-free conditions.
This flaw allows a type confusion in the Linux kernel's BPF (Berkeley Packet Filter) subsystem, leading to potential data corruption or privilege escalation.
This flaw allows an attacker to potentially cause a kernel panic or denial of service by manipulating EQ events and CQ references, leading to resource corruption or loss.
This vulnerability allows an attacker to exploit RDMA/erdma QP references, potentially leading to kernel memory corruption or privilege escalation.