Romibo

For the past month and days I’ve been volunteering part of my “free” time to build and improve Romibos. Romibo is a cute little furry robot developed with the intention of helping autistic childs to improve their social skills by Origami Robotics, one more startup spun out of the CMU fertile gene pool.

Different from all the previously developed robot pets, Romibo will be affordable, programmable, controllable with an iPad, and as it runs on an Arduino, open source… you can even make it whistle like R2. So if the product generates enough buzz, we’ll see some of those awesome hacks the maker community usually amazes us with.

It seems that over the past months the little furry guys have developed great interest in the scientific community as they present a very flexible (and affordable) platform to perform research on autistic children. Because of such interest, Origami is planning on sellling dev kits for scientists and research centers and sepparately, kits to parents and to the general public.

The first version may be available pretty soon for around $700. They are expensive and they know it, but the first orders, mainly intended for research centers and universities, will (hopefully) generate enough cash flow to develop the commercial available kits for the general public, which will probably have a target price of around $200.

Kids loving the Romibos at the NY Maker Faire 2012 

On my side, I'm already savouring my own home-made hack to my Romibo. Maybe adding a webcam and tweaking the Wifi card to upload stuff (like pics of your inner kid interacting with it) to the cloud?

You can learn more about Romibo at Origami Robotics, and also in this short article by Engadget, where you’ll be able to see my own Romibo in action, it’s the naked one (of course)!

The Music Container – Part 2

I’ve been able to put more hours on the project and I’m getting very excited with it. I’ve been finding some similar projects on the web but most of them just play a song when the RFID tag has been read, or they’re using flat cards to read them. Most of them seem to be just explorations on how to implement RFID with Arduino, not that much of an exploration of the user experience… I really want to thank all of the guys doing this kind of projects for now I really know what’s happening here.

So, following with my Tinkerlab project: I'm back to business as I finally got some components: an Arduino UNO, the ID-12 reader, some 125KHz RFID tags and the USB base for the ID-12, all from Sparkfun.



The first thing I did was just plugging the USB reader to my laptop and playing around with the tags to see if I had bought the right type, and fortunately for me, I did (I had surfed way too fast on the Sparkfun website, so I was kind of afraid that I had bought the wrong ones). Then I hooked it up to the arduino and wrote some code based on what Martijn The did with BARRAGAN’s code.

The RFID Music Container – Part1

Well, I don’t know if that’s the best name for this project, but at the time being I’m going to call it like that.

I started this project for the S’12 Tinkerlab class with fabulous Nick Durrant at CMU. I’ll be posting my progress in this blog to keep track of everything, and for any curious mind trying to do something similar.