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One of the main issues in the OS security is providing trusted code executionin an untrusted environment. During executing, kernel-mode drivers dynamicallyallocate memory to store and process their data: Windows core kernelstructures, users' private information, and sensitive data of third-partydrivers. All this data can be tampered with by kernel-mode malware. Attacks onWindows-based computers can cause not just hiding a malware driver, processprivilege escalation, and stealing private data but also failures of industrialCNC machines. Windows built-in security and existing approaches do not providethe integrity and confidentiality of the allocated memory of third-partydrivers. The proposed hypervisor-based system (AllMemPro) protects allocateddata from being modified or stolen. AllMemPro prevents access to even 1 byte ofallocated data, adapts for newly allocated memory in real time, and protectsthe driver without its source code. AllMemPro works well on newest Windows 101709 x64.

Hypervisor-Based Active Data Protection for Integrity and Confidentiality of Dynamically Allocated Memory in Windows Kernel