Table of contents
TOC
Collapse the table of content
Expand the table of content

Compatible hardware with Windows Server 2016 Virtualization-based protection of Code Integrity

Ryan Puffer|Last Updated: 11/9/2016
|
1 Contributor

Windows Server 2016 introduces a new Virtualization-based code protection to help protect physical and virtual machines from attacks that modify system code. To achieve this high protection level, Microsoft works in tandem with the computer hardware manufactures (Original Equipment Manufacturers, or OEMs) to prevent malicious writes into system execution code. This protection can be applied to any system and is being used as one of the building blocks for implementing the Hyper-V host health for shielded virtual machines (VMs).

As with any hardware based protection, some systems might not be compliant due to issues such as incorrect marking of memory pages as executables or by actually trying to modify code at run time, which may result in unexpected failures including data loss or a blue screen error (also called a stop error).

To be compatible and fully support the new security feature in Windows Server 2016, OEMs need to implement the Memory Address Table defined in UEFI 2.6, which was published in Jan. 2016. The adoption of the new UEFI standard takes time; meanwhile, to prevent customers encountering issues, we want to provide information about systems and configurations that we have tested this feature set with as well as systems that we know to be not compatible.

Non-compatible systems

The following configurations are known to be non-compatible with Virtualization-based protection of code integrity and cannot be used as a host for Shielded VMs:

Compatible systems

These are the systems we and our partners have been testing in our environment. Please make sure that you verify the system works as expected in your environment:

  • Virtual Machines – You can enable Virtualization-based protection of code integrity on virtual machines that run on a Windows Server 2016 Hyper-V host.
© 2017 Microsoft