@scalz We develop with GNU tools and that is what we provide. Lots of IoT operating systems can run on our board, to name a few Zephyr, RIOTOS, ARM mbed, etc. The programming depends on which of these OS you use i.e. ARM mbed can be programmed using their online IDE and as well as GCC toolchain.

Cost per unit of EP Board isn't cheap as the board is meant for production use and it has features many COTS boards do not have - refer to project site for details. Design can be modified to reduce the cost. We are not selling the board at this point as we are yet to arrange funding for the project, fabrication costs good amount of money, once we have that the next step is to stock a few and sell. Thanks.

@hek thanks for the clarification, appreciate that.

@Anticimex hope this clarifies.

@Anticimex openhardware.io shares this forum for comments, you are correct in saying we do not use mysensors infrastructure. If there is a way to separate comments/forum from both sites let us know and we will make the change.

@Anticimex Please clarify your question, thanks

@Yveaux The name of Project comes from our product Roadmap which is not yet released for public - excerpt:

• QEMU bsp for Linux including PHY/Network layer emulation and few Digital I/Os and Analog
• SDK for Linux (based on GNU Tools and VIM plugins etc)
• Deployment planner application
• Gateway on Linux (board design provided is for CHIP at the moment but we will be working on a ARM Cortex board with RF MCU as PHY)
• Tighter Integration with Linux for Dev, Ops, Deployments

IoT end-nodes can run a variety of embedded firmware/OS i.e. Zephyr, RIOTOS, ARM mbed, etc. Although, we are actively evaluating work-needed for using Linux on 32bit Cortex M MCUs.

@scalz We develop with GNU tools and that is what we provide. Lots of IoT operating systems can run on our board, to name a few Zephyr, RIOTOS, ARM mbed, etc. The programming depends on which of these OS you use i.e. ARM mbed can be programmed using their online IDE and as well as GCC toolchain.

Cost per unit of EP Board isn't cheap as the board is meant for production use and it has features many COTS boards do not have - refer to project site for details. Design can be modified to reduce the cost. We are not selling the board at this point as we are yet to arrange funding for the project, fabrication costs good amount of money, once we have that the next step is to stock a few and sell. Thanks.

@scalz Glad that you liked the project. MCU is ARM M4 core.
Please have a detailed look at the repo, Schematics are provided
https://github.com/LinuxIoT/LinuxIoTProduct/tree/master/IoT_Boards_Fab_Files

@gohan Raspberry Pi and the likes run on a full blown Cortex processor with MMU, our EP Board is designed for production use and run on Cortex M4 RF MCU. Please read the documentation on website for more information.

@Anticimex We are in the process of converting designs to KiCAD from proprietary EDA, once done they will be available for download. Thanks.