prototyping Archive

apa

As make magazine reports, our friends from Tellart just released a fabulous tutorial for a toolkit and code samples to build prototypes that bind any android device with Arduinos. You’ll definitely find some great examples to get started within the 25 samples included, so we encourage you to give it a try!

This week we’re happy to update that list of toolkits with a suite of materials focused on connecting any Android device (mobile or tablet) with the Arduino ADK microcontroller, with the Processing language to tie them together. The materials – a combination of “how-to” installation guides, working Arduino and Processing sample code, and educational exercises – walk through the set-up process and provide some basic starters for making a functional application or game. The 25 samples include modules such as the code you need to create a “color picker” on the Android and have it drive the color of an LED attached to the Arduino, or to send an RFID number from a scanner to the phone, or to create a basic oscilloscope by graphing the output of a potentiometer on the Android screen. It’s tailored to get beginners going, or to give more experienced coders a quick leg up in using the three (Android, Processing, and Arduino) together.

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Folks, this is a guest post from Kerwin Lumpkins who is working on a cool project he put on Kickstarter (there’s a video there too), check it out!! He has built a prototype and would like to have it funded to produce more of these. As we’re always happy to share cool projects made by others as well, here you go :)

The Ard-Vark is a basic electronics box that has wifi built in to allow easy remote control through a mobile app, and has the following features:

  • Arduino compatible (can use the Arduino IDE as is, based on Leonardo platform)
  • USB connection to PC for serial or re-programming
  • Mobile app available for download (iPhone/iPad/iPod/Android)
  • Built in wifi for wireless remote control (Roving Networks RN-171)
  • 4 servo motor headers
  • 2 small DC motor headers
  • Built in light sensor
  • Built in temperature sensor
  • 3 analog sensor inputs with ground and 5V power supplied
  • 3 digital I/O headers with ground and 5V power supplied
  • LED
  • Speaker
  • Can be powered by 9V battery or 9V AC adapter plug
  • Mounted in a durable plastic case, cutouts for headers, silkscreen labeling of ports

Read more…

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As Google recently announced their plans to move in the home automation world with Android at home (and we are still wondering why they waited so long to do it), I thought I would share my view on that. I do believe there are many opportunities ahead for the “home operating system” domain. The combination of cheap, yet powerful networked digital appliances in the house (NAS, networked media players, WiFi routers, etc) along with an extensible application framework, and a market place for buying new applications (or installing drivers, etc) – will be a killer combo for home automation to take off, especially for building management systems (I’m not yet convinced the market is ready for consumer home automation – unless you’re millionaire and want to show off by turning off lights by clapping hands). But I do believe the Web of Things in this vision can be a solid innovation enabler by making it easy to integrate all kinds of devices and develop new home automation mashlets (mashup & applets – does this even exist? or should we call these phy-ma-les = PHYsical MAshup appLEtS? no? ok…. fine…). Read more…

Open Picus

Besides the fact that we are big Sun SPOTs fans, we also got increasingly more interested in the OpenPicus platform, not only because the constant motivation of the project founder Claudio Carnevali is impressive but mostly because the FlyPort (the OpenPicus wireless sensor node) is featuring a WiFi module and a Webserver (according to them our WoT community influenced them on that point) which makes it a nice, compliant, Web of Things device. ;-) Read more…