Linux Embedded Runtime

WebAssembly Micro Runtime WAMR is a lightweight standalone WebAssembly Wasm runtime with small footprint, high performance and highly configurable features for applications cross from embedded, IoT, edge to Trusted Execution Environment TEE, smart contract, cloud native and so on. It includes

For Embedded platforms e.g. Arm, the most common method is developing applications on a server using the cross compiling technique. Embedded platforms require a Linux kernel, a rootfs with integrated Xilinx Runtime, and a sysroot to cross-compile the host application.

This paper has designed a container runtime based on WebAssembly for embedded real-time operating systems to help with the application deployment on embedded devices.

Ocre is a container runtime for constrained devices. It leverages WebAssembly and Zephyr to support OCI-type application containers in a footprint up to 2,000 times smaller than traditional Linux-based container runtimes. Our mission is to modernize the embedded applications by making it as easy to develop and securely deploy apps on constrained edge devices as it is in the cloud.

In this case, we need a different WASM runtime, which runs on ARM Linux and does not need a browser. Now, we can run the same WASM code on ARM Linux, or Embedded Linux.

Quickstart for Linux-based devices with Python Using LiteRT with Python is great for embedded devices based on Linux, such as Raspberry Pi and Coral devices with Edge TPU, among many others. This page shows how you can start running LiteRT models with Python in just a few minutes. All you need is a TensorFlow model converted to TensorFlow Lite.

Conclusion In conclusion, the Ocre container runtime represents a paradigm shift in software development for embedded systems by offering a powerful and flexible containerization solution tailored specifically for resource-constrained environments.

Ocre extends cloud-native principles past the quotLinux barrierquot, which we believe is well-aligned with where the market is headed as traditionally-embedded devices such as sensors, smart cameras, controllers, robots, drones and cars continue to get more complex to develop and maintain, increasingly leverage onboard AI, and are faced with

In this paper, we propose a TEE driver execution environment---Linux driver runtime LDR. A Linux driver needs two types of functions, library functions and Linux kernel subsystem functions that a compact TEE OS does not have.

The Mono runtime can be used as a stand-alone process, or it can be embedded into applications Embedding the Mono runtime allows applications to be extended in C while reusing all of the existing C and C code. For more details, see the Embedding Mono page and the Scripting With Mono page.