Open Source JavaScript Embedded Systems Software

Duktape is easy to integrate into a C/C++ project: add duktape.c, duktape.h, and duk_config.h to your build, and use the Duktape API to call ECMAScript functions from C code and vice versa. Partial support for ECMAScript 2015 (E6) and ECMAScript 2016 (E7), Post-ES5 feature status, kangax/compat-table. Combined reference counting and mark-and-sweep garbage collection with finalization. Property virtualization using a subset of ECMAScript ES2015 Proxy object. Bytecode dump/load for caching compiled functions. Distributable includes an optional logging framework, CommonJS-based module loading implementations, CBOR bindings, etc. See duktape.org for packaged end-user downloads and documentation. The end user downloads are also available from the duktape-releases repo as both binaries and in unpacked form as git tags.

High-throughput serial capture without dropped data. Real-time plotting and visual inspection of incoming data. Combined ASCII / HEX views suitable for low-level debugging. Multi-window workflows for parallel monitoring. Cross-platform support (Windows, Linux).

ArduSim provides API level simulation of an Arduino. Arduino sketches can be run and debugged on PC with no modification. ArduGate is a sub-project of ArduSim. The agent sketch is shared.

The Beagle Entertainment System (BES) project is a complete filesystem image that turns the ARM-based BeagleBone Black single board computer into an embedded appliance capable of playing software for the SNES, NES, GBA, and Gameboy Color platforms. A full system image, ready to be written to a microSD card and used as-is, is available for download. Just connect your BES-enabled BeagleBone Black to your network and you can use BES's Node.js web interface to add or remove ROMs, configure gamepads, and edit ROM descriptions for the front-end GUI. There's no need to hand edit configuration files or manually copy ROM files onto the microSD card! BES source: https://github.com/hendersa/bes BES web interface: https://github.com/hendersa/bes-config-node BES kernel device tree: https://github.com/hendersa/bes-dtb-rebuilder

Platform providing the support for Wireless Sensor Networks in the domain of Natural Hazards as a Service. The objective of the WSN platform is monitoring the behaviour of rockfall barriers, rockfall netting, rock sheds and other protection systems

An eco-system of RTSC-based embedded C/C++ components that furnish a rudimentary hardware abstraction layer comprising basic I/O and threading services which can support a wide-range of embedded platforms.

Control your IoT board with a graphical interface from your local network. CNatural is a remote desktop for embbeded systems and IoT boards without running a real desktop on the host platform, this makes CNatural more efficient than other remote desktop managers. Because all rendering and applications runs on the client's web browser, the host board will run fast as usual. This was a problem with the original target of the project: the Intel® Galileo board, which when used with a desktop and a remote desktop manager gets slow and becomes unusable. CNatural is a text-server with a graphical front-end, this means that the host board will never need to render anything.