For the third holiday season in a row, the CheerLights project is gearing up. The idea behind CheerLights is to show that we are all connected by synchronizing the color of lights around the world. Christmas lights are a staple around the holidays and with Internet-connected lights, the color of your lights matches the color of everyone else’s lights.
It has been a real treat watching this project evolve as more and more people add lights… and other things. Things like Android and iPhone apps that check the latest color of CheerLights, an old Commodore 64, and Christmas trees.
To control the lights around the world, send a Tweet mentioning @CheerLights and a color. The command is processed by ThingSpeak platform and distributed to all of the lights listening to the CheerLights API.
@CheerLights I am dreaming of a White Christmas
Another powerful aspect of the CheerLights project is that is shows off what is possible with the emerging Internet of Things. With a single message sent via a social network like Twitter, 1000’s of objects around the world are in sync with each other. Lights are connected by many types of controllers, such as Arduino, ioBridge, Philips, and the Raspberry Pi. This project is only possible through the Internet and the coordination of developers around the world.
Learn how to join the project at CheerLights.com.
We are all connected…
More hot toaster action on Presse Citron…
Aux Etats-Unis, un petit génie a eu l’idée de lier son grille-pain à un compte Twitter pour que celui-ci publie des status comme « Toasting » ou « done toasting », lorsque son propriétaire prépare son petit-déjeuner.
Boston.com says, “This high-tech toaster can Tweet”.
A Pittsburgh man has wired up his toaster to his Twitter so that the appliance automatically tweets “Toasting” and “Done Toasting”—and nothing but that—every morning.
What do the Big Ben Clock, MyToaster, and T-800 have in common? They all use Twitter (and are completely absurd)!
Check out this article on ABC.es.
If you have been following my projects for the last 12 years, you probably figured out that I must have a master plan. And this plan involves connecting things to the Internet that may or may not turn against us in the future. Way back in 2001, my partners and I released FuzzBox – this technology allowed for artificial intelligence to be distributed to devices via the Web. Our thoughts were if the decision making could be made on the Internet the devices themselves could focus on their task vs. trying to be a super device on their own. This was way early on and the ideas were premature, but it started a series of events and failures that led to even more projects involving devices linked together over the web. I guess this is now called, “The Internet of Things”.
Something that has emerged over the years is social networking. I have been fascinated by the idea of collective intelligence. It’s fun to follow a football game on Twitter or on Facebook’s live stream. You get to see the take other’s have on the same event that you are experiencing. If the Steelers score, you can feel it reverberate through social networks. These networks only work if there is lots of participation by many people. I have heard that people have predicted STD outbreaks from Twitter status updates, food poisoning sources, and even where earthquakes have taken place. This is fascinating to me.
The results are two-fold: you can learn from this data and that we are all connected. Enter in, CheerLights – CheerLights is my combination of distributed devices with social networking. This project that involves connecting multicolored lights to other people’s lights and allow Twitter keywords control them all. If someone tweets, “@cheerlights let’s go green” – every light connected to the project would change to green. To me this is a physical representation of a social network trending topic. It’s a way to share a moment in that moment. Just like with social networking, CheerLights requires scale to be very interesting. If you check out CheerLights.com, you will see how to build a set of lights that are linked together with other people’s lights via Twitter. I have examples using things from ioBridge, Arduino, and Digi. Please let me know if you decide to build something and connect it to CheerLights.
We are all connected. That’s my purpose for building all of this technology. Nothing else matters.
DCWEEK invited me to host a dedicated workshop for the Internet of Things. We had a session learning about what IoT is all about, some basics of electronics, and then a hands on section. In a matter of minutes, we had things online. A group sent a tweet from a button and others moved a motor from a web page. It was great to see a roomful of adults happy to tinker with some new technology. What a great experience!
I had the distinct privilege to be invited to give a keynote speech at the Web of Things Workshop 2011 at Pervasive 2011 in San Francisco on June 12, 2011.
The perspective of my presentation will be from my vantage point of being involved day-to-day working on Internet of Things projects with ioBridge and how we turned projects into products for consumers and manufacturers. Our perspective is that we see the Internet of Things being built from the ground up versus the top down. This means that there is so much innovation that will bubble up from small companies that will revolutionize the industries above them. I am honored to be part of the Web of Things Workshop.
The Web of Things conference turned out great. I got a chance to meet the researchers and developers in other areas related to the Internet of Things and the cross over into wireless, social networking, and web technologies.
Here are the slides from my keynote presentation at the Web of Things Workshop:
Over the past several months I have been working on software to allow “things” to form social networks and send status updates via the Internet. At first glance this may sound very impractical. Hopefully, in a few years this will make more sense as better applications come out. Remember how ridiculous my toaster sounded three years ago? I gave that thing a voice and since has been on TV and more people are interested in it than my Twitnot not saying ter status updates. More proof? At CES 2011 there were at least 10 appliances that could send Twitter status updates. I am not saying that I created them, but I am that they didn’t know about My Toaster and it’s 600+ followers on Twitter. With this project, I wanted to take it a few steps further and build something from the ground up that’s focused on collecting enormous amounts of data from everyday objects, allowing devices to interact with each other, and building applications to present some meaning. The ThingSpeak project is finally ready to go and open to anyone that wants to start building applications.
One problem with the Internet of Things is the concept of “the killer app” – the app that defines a new industry. The internet connected refrigerator is our poster child. Recently, Ryan Rusnak connected a mini fridge to the iPhone via ioBridge, added a motor controlled beer selector, and strapped on an air cannon to fire beers to his couch from 25 feet away – now that’s a killer app. So, my problem was trying to find an application that highlights key features of ThingSpeak and why it’s different.
What I come up with is the idea of “my_house”. “my_house” is a collection of “rooms” that all hold computers, appliances, and sensors aka things. I recently installed some light sensors in “my_room” that push light levels to the ThingSpeak API. I did this to remind me when to turn my lights on so I don’t work in the dark when I get plugged in. And an interesting side benefit was that now I can detect whether or not someone is in the room based on the light level. I will admit this could have been done other ways, but sometimes you solve problems with what you have lying around. “my_house” already keeps track of my location using Google Latitude to control my thermostat.
Now I can tell when my mom goes into my room when I am out on the town, most likely Sheetz!!!
Below is a screenshot of the demo app and how I aggregate the data collected by my light sensors. Here are a few things I want to point out:
- “my_house” is sending the status updates via a collection of networked sensors
- The status updates were generated by the light sensor device itself
- The timestamps were recorded by the ThingSpeak API
- If you click the chart icon you get what the actual light level was
- The app works in real-time and you can check it out here
The Technical Details
The light sensor uses a Netduino Plus that connects to my home network over Ethernet. This device uses Microsoft .NET Micro Framework and I wrote an application that interfaces with the ThingSpeak API. I also wrote a tutorial over at the ThingSpeak community site on how to use the Netduino Plus for those that want to get started with it fast.
The front-end application is written using only HTML, CSS, and jQuery. I have the fully documented source code attached and you can also see the app live in your web browser.
I will be giving a talk at the first annual Ignite Pittsburgh a part of the O’Reilly Ignite Global week. Ignite is series of 5 minute talks on any topic – 20 slides at 15 seconds each. I will be giving a talk about the “Web of Things” aka “Internet of Things”. This is the future of connected devices and a new era of self-serving applications. This topic is near and dear to me as I have been connecting things together for a long time. It’s also the focus of ioBridge and some of the projects I work on. We used to kid about ioBridge being one step closer to SkyNet…it may actually be true given enough time, iterations, and scale. Who knows how many times civilizations have been to this point before?
My talk is about the things that surround us – iPads, Toasters, Fridges, and Cars – and pose some questions – what if they were connected? What are the issues that we must consider? How can we can we disconnect in a connected world? After the talk I will post the slides and if they record it, I may or may not post the video.
Febuary 10, 2011
Abstract and Credits