On Microsoft Windows, the LUAFV driver has a race condition in the LuafvPostReadWrite callback if delay virtualization has occurred during a read leading to the SECTION_OBJECT_POINTERS value being reset to the underlying file resulting in elevation of privilege.
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On Microsoft Windows, the LUAFV driver can confuse the cache and memory manager to replace the contents of privileged file leading to elevation of privilege.
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On Microsoft Windows, the NtSetCachedSigningLevel system call can be tricked by the operation of LUAFV to apply a cached signature to an arbitrary file leading to a bypass of code signing enforcement under UMCI with Device Guard.
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On Microsoft Windows, the LUAFV driver bypasses security checks to copy short names during file virtualization which can be tricked into writing an arbitrary short name leading to elevation of privilege.
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On Microsoft Windows, the LUAFV driver doesn't take into account a virtualized handle being duplicated to a more privileged process resulting in elevation of privilege.
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On Microsoft Windows, the LUAFV driver reuses the file's create request DesiredAccess parameter, which can include MAXIMUM_ACCESS, when virtualizing a file resulting in elevation of privilege.
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