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This is a port of the Dining Philosopher Problem (DPP) using the Quantum Leaps (http://state-machine.com) hierarchical state machine framework with the Light Weight IP (LwIP) network stack (http://savannah.nongnu.org/projects/lwip) and an ethernet driver implemented on the STM3220G-eval board (http://www.st.com/internet/evalboard/product/250374.jsp) running on stm32f207 Arm Cortex M3 uProcessor.

This projected was created to help IT professionals pull workstation information from their internal networks and upload the information to a specified database. Problem: Auditing IT assets manually takes weeks to log the individual information by hand. Solution: Capture the data over the network and store it for reports.

...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.