Problem: Traditionally, to activate a device – like the mosquito zapper I have in the backyard, or the fairy lights on the tree in the yard – I need to physically flick a switch. I’d like to be able to… Continue Reading →
A device used in a small server cabinet to power a cooling fan when the temperature gets too hot.
IoT functionality completed. Coopener is now centrally controlled and accessible by web.
Raspberry Pi to Arduino communication using Python and serial comms.
Building a framework for Home Automation devices, starting with the worlds first IoT chicken coop.
Build your own temperature sensor and fan speed controller.
Install *nix on your Riverbed x55
The final steps to completing your project.
Want to build your own completely flexible and customisable, yet small and energy efficient home Media System? This is not a simple media server or NAS (Network Attached Storage), although it does that too. It is everything your run-of-the mill… Continue Reading →
I already have existing servers, but I figured it would be best to build an entire Media System which stands alone and try to make it as small, efficient and automated as possible. This way, the system can be replicated… Continue Reading →
UPDATE: 25/2/2014 – Fritzing file is now available for Breadboard, Schematic, and PCB views. Above image is a screen grab of the Breadboard view in Fritzing. This is v1 hardware and will work on all v1.x versions of code (see… Continue Reading →