All CVEs — page 604 of 631
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This vulnerability in the Linux kernel's KVM s390 implementation allows for potential memory corruption by improperly handling machine checks related to the channel subsystem. It matters because it could lead to arbitrary code execution if exploited.
The flaw allows concurrent access to the gmap->asce value while it is being modified, leading to potential memory corruption.
The flaw involves a TLB invalidation vulnerability in the Linux kernel's KVM arm64 implementation, where address rollover is not properly handled, leading to potential memory corruption or privilege escalation.
This vulnerability in the Linux kernel's KVM arm64 implementation allows a virtual CPU (vCPU) to encounter an invalid TLB entry due to concurrent modifications, potentially leading to data corruption or execution of malicious code within the virtualized environment.
The flaw lies in the global VNCR mapping counter used for TLB invalidation in the Linux kernel's KVM arm64 implementation, leading to potential missed invalidations and failure to invalidate VNCR pseudo TLBs.
This vulnerability in the Linux kernel's KVM arm64 implementation allows attackers to perform range-based TLBI invalidation without proper sign extension, potentially leading to privilege escalation.
This flaw allows a concurrent path to dereference a freed LPI, leading to potential memory corruption or execution of arbitrary code.
This vulnerability allows a guest operating system to potentially overflow a TLB invalidation range, leading to a potential privilege escalation or denial of service condition.
The flaw allows a malicious guest to access the wrong host pages due to incorrect handling of KVM memory slots, potentially leading to data corruption or privilege escalation.
This vulnerability allows a process with a VM file descriptor to corrupt kernel memory by sending MSI data that exceeds the EIOINTC irq space, potentially leading to a denial of service or other kernel-level issues.
This vulnerability in the Linux kernel's LoongArch BPF implementation allows incorrect jump offsets, potentially leading to soft lockups. It matters because it can cause system instability without a direct attack vector.
This vulnerability involves an array overflow in the acpi_package_ids[] array in the LoongArch virtual machine implementation, potentially leading to system instability or security issues.
This flaw in the Linux kernel's LoongArch architecture allows a task to migrate to another CPU and restore an incorrect percpu base register, leading to potential corruption of scheduler and timer state.
This vulnerability in the Linux kernel's LoongArch implementation allows an attacker to underflow the preempt count, potentially leading to privilege escalation and misattribution of socket cgroups.
This vulnerability allows an attacker to potentially cause a denial of service by freeing memory associated with an active transmit operation, leading to undefined behavior in the Linux kernel.
This vulnerability allows for potential buffer overflow in the Linux kernel's CEC driver, which could lead to denial of service or potentially more severe consequences if exploited.