The uber eXtensible Micro-Hypervisor Framework (uberXMHF) is a formally verifiable micro-hypervisor framework which forms the foundation for a new class of (security-oriented) micro-hypervisor based applications ("uberapps") on commodity computing platforms.
uberXMHF currently runs on both x86 (Intel and AMD) and ARM (Raspberry PI) multi-core hardware virtualized platforms. The framework is capable of running unmodified legacy multiprocessor capable OSes such as Windows and Linux.
Visit: http://uberxmhf.org for more information on how to download, build, install, contribute and get involved.
Documentation sources are within docs/ in reStructuredText (reST)
format and can be browsed using a simple text editor (start at
docs/index.rst).
HTML version of the documentation can also be built locally using
make clean followed by make docs_html within the docs/
folder. Load the resulting docs/_build/index.html into a browser of
your choice.
Note that you will need a working installation of sphinx to build the documentation within your development environment. For example, within Ubuntu/Debian distributions the following will install sphinx:
sudo apt install python3-pip
python3 -m pip install sphinx==2.2.0
python3 -m pip install sphinx-jsondomain==0.0.3
The formatted documentation can be read online at: http://docs.uberxmhf.org
uberSpark (http://uberspark.org) is used to build and verify security invariants of uberXMHF.
- Amit Vasudevan [http://hypcode.org]
- uberXMHF: pc-intel-x86-32 (Intel PC), rpi3-cortex_a53_armv8_32 (Raspberry PI 3), and pc-lagacy-x86-32 (AMD PC, Intel PC (legacy))
- libbaremetal and Lockdown
- Zongwei Zhou
- TrustVisor and tee-sdk
- Other contributors: Jonathan McCune, James Newsome, Ning Qu, and Yanlin Li
The uberXMHF project comprises code from multiple sources, under multiple open source licenses. See COPYING.md for details.