As seen in the streaming of Google IO 2011, physical computing and interactive enviroments are one of the main topics opening the conference. The Android Open Accessory Kit is going to allow Android related devices receive data from different sensors (just via USB, for now). The Android Open Accessory Development Kit (ADK) provides an implementation […]
Il prossimo 14 aprile (giovedì) Massimo parlerà a Roma in occasione dell’Arduino Day, una giornata di conoscenza delle possibilità di Arduino a livello didattico e formativo. Le possibilità Arduino come mezzo educativo nelle scuole era stata presentata a fine dell’anno scorso in occasione di questo evento a Torino, seguito da un corso tenuto da me […]
A step-by-step guide on controlling physical things (like grabbing candies with a mechanical arm) via Internet (please, try!). In this instructable you will learn how to connect to your arduino and control it over the net, set up a video stream, and how to control stuff with your arduino all in realtime. I’ll try to […]
[Mark Fickett] shares a nice solution to keep track of pils and medecines his mother takes. When taking her battery of medicines, my mother occasionally loses — or, lost — track of which ones she had already taken. This aims to keep track of what’s been taken (and how recently); and also to provide a […]
[Christian] from Illutron hackespace in Copenhagen managed to control and monitor this ship (Illutron) from the internet. Today, it is finally possible to remotely monitor the ship. In essence: I am sitting in the warm comfort of my home, and with a glance at my phone, I can see, that the sinking alarm in the […]
The Open Hardware web community has made plenty of examples about power monitoring and consumption knowledge: from ladyada’s tweet-a-watt to Jarv’s Home power Monitoring. [Greg] shares code & circuits on his own power monitoring system based on Wifi Communication. First things first – this project is a blatant and obvious rip-off of John Jarvis’ power […]
[scolton] made a nice self-balaced vehicle based on two DeWalt cordless drills and an Arduino Nano: Segstick is a self-balancing…well, literally some kind of broomstick I found in the MITERS workshop. It is powered direct by two DeWalt cordless drills chucked to two 6″ wheels. The controller is an Arduino. Additional supporting devices include an Inertial […]
Marco Sangalli and Alex Rigamonti have recently finished a server-controlled system to monitor the access of the customers in a gym using a prototype of the Arduino Ethernet, RFID, and digital sensors of a turnstile. The system was meant to monitor easily the different kind of tickets and timing people may have in […]
Marco Sangalli and Alex Rigamonti have recently finished a server-controlled system to monitor the access of the customers in a gym using a prototype of the Arduino Ethernet, RFID, and digital sensors of a turnstile. The system was meant to monitor easily the different kind of tickets and timing people may have in […]
[Gonzalo Garcia-Pelate] is developing Place-stat*, an interesting Arduino-based home-monitoring tool, adding a more intuitive, informal and relational way to visualize data: People install energy monitors in their homes to become more aware of their consumption, and to improve based on the information the meter provides. To lower energy consumption the key information people want […]
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