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A heap-based buffer overflow occurs in Windows Devices Human Interface, which allows an authorized attacker to elevate privileges through a physical attack. A heap-based buffer overflow is a memory corruption issue that happens when a program writes more data to a heap-allocated memory block than it can hold.

A heap-based buffer overflow occurs in the Windows Kernel, which allows an authorized attacker to elevate privileges through a physical attack. A heap-based buffer overflow is a memory corruption issue that happens when a program writes more data to a heap-allocated buffer than it can hold.

A heap-based buffer overflow occurs in the Windows USB Video Driver. This issue allows an authorized attacker to elevate privileges on the system through a physical attack. A heap-based buffer overflow is a memory corruption error that happens when a program writes more data to a heap-allocated buffer than it can hold.

A heap-based buffer overflow in the Windows Graphics Kernel allows an authorized attacker to elevate privileges locally. A heap-based buffer overflow occurs when a program writes more data to a heap memory buffer than it can hold, potentially leading to memory corruption.

A heap-based buffer overflow occurs in the Windows USB Driver. This issue allows an unauthorized attacker to elevate privileges on the system through a physical attack. A heap-based buffer overflow is a memory corruption error that happens when a program writes more data to a heap-allocated buffer than it can hold.

An issue exists where the use of an uninitialized resource in Windows NTFS allows an authorized attacker to elevate privileges locally, which can lead to full system compromise.

A buffer over-read exists in the Windows USB Driver, which allows an authorized attacker to disclose sensitive information locally and affect the system. A buffer over-read occurs when a program reads more data from a buffer than it was intended to, potentially exposing adjacent memory contents.