Mystikos is a runtime and a set of tools for running Linux applications in a hardware trusted execution environment (TEE). The current release supports Intel ® SGX while other TEEs may be supported in future releases.
- Enable protection of application code and data while in memory through the use of hardware TEEs. This should be combined with proper key management, attestation and hardware roots of trust, and encryption of data at rest and in transit to protect against other threats which are out of scope for this project.
- Streamline the process of lift-n-shift applications, either native or containerized, into TEEs, with little or no modification.
- Allow users and application developers control over the makeup of the trusted computing base (TCB), ensuring that all components of the execution environment running inside the TEE are open sourced with permissive licenses.
- Simplify re-targeting to other TEE architectures through a plugin architecture.
Mystikos consists of the following components:
- a C-runtime based on musl libc, but is glibc compatible
- a "lib-os like" kernel
- the kernel-target interface (TCALL)
- a command-line interface
- some related utilities
Today, two target implementations are provided:
- The SGX target (based on the Open Enclave SDK)
- The Linux target (for verification on non-SGX platforms)
The minimalist kernel of Mystikos manages essential computing resources inside the TEE, such as CPU/threads, memory, files, networks, etc. It handles most of the syscalls that a normal operating system would handle (with limits). Many syscalls are handled directly by the kernel while others are delegated to the target specified while launching Mystikos.
Mystikos may be built and installed on Ubuntu 18.04 and 20.04.
To install Mystikos using one of the released packages, please follow the appropriate guide to install on Ubuntu 18.04 or Ubuntu 20.04.
You may also build Mystikos from source. The build process will install the SGX driver and SGX-related packages for you.
Eager to get started with Mystikos? We've prepared a few guides, starting from a simple "hello world" C program and increasing in complexity, including demonstrations of DotNet and Python/NumPy.
Give it a try and let us know what you think!
- A Simple "Hello World" in C: click here
- A Simple "Hello World" in Rust: click here
- Dockerizing your "Hello World" app: click here
- Introducing Enclave Configuration with a DotNet program: click here
- Running Python & NumPy for complex calculations: click here
Mystikos samples provides a number of samples in various programming languages and serves as a good place for developers to start.
Sometimes, you want to take advantage of specific properties of the Trusted Execution Environment, such as attestation. The following example shows how to write a C program which changes its behaviour when it detects that it has been securely launched inside an SGX enclave.
- Getting started with a TEE-aware program: click here
We've got plans for a lot more documentation as the project grows, and we'd love your feedback and contributions, too.
- Key features of Mystikos: click here
- General concepts of Mystikos: click here
- Deep dive into Mystikos architecture: [coming soon]
- How to implement support for a new TEE: [coming soon]
- Kernel limitations: click here
- Multi-processing and multi-threading in Mystikos and limitations: [coming soon]
Looking for information to help you with your first PR? You've found the right section.
- Developer's jump start guide: click here
- Signing and packaging applications with Mystikos: click here
- Release management: click here
- Notable unsupported kernel features and syscalls: [coming soon]
For more information, see the Contributing Guide.
This project is released under the MIT License.
Please DO NOT open vulnerability reports directly on GitHub.
Security issues and bugs should be reported privately via email to the Microsoft Security Response Center (MSRC) at [email protected]. You should receive a response within 24 hours. If for some reason you do not, please follow up via email to ensure we received your original message.
This project has adopted the Microsoft Code of Conduct. All participants are expected to abide by these basic tenets to ensure that the community is a welcoming place for everyone.