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Sphero is now available in some Brookstone stores around the US. There’s a handy map on the Sphero site and I’ll include a list at the bottom of this post.
Occasionally one of you, dear blog reader, will ask if you can do anything for me. I usually say something like “just do awesome things” but this time I have a request. If you live near one of the Brookstone stores with a Sphero, go check it out. Play with it. Have your kids play with it (if you have kids). And if you like it, buy one.
Cats are cute, right? What could be more cute than a cat playing with a Sphero?
How about the President of the United States playing with a Sphero. Ok – that’s not cute, it’s cool.
Now, how about you playing with a Sphero? At a Brookstone store. And then buying one? That would be mega awesome cool.
If you travel through any of the following airports on Memorial Day, go check out our little robot friend
- Chicago (O’Hare)
- Dallas/Fort Worth,
- Los Angeles
Following are the addresses for the stores in alpha order by city.
- Atlanta, GA - 4400 Ashford Dunwoody Road, Suite 1360
- Braintree, MA - 250 Granite St # 12
- Columbia, MD – 10300 Little Patuxent Parkway
- Concord, CA - 424 Sun Valley Mall # 1
- Costa Mesa, CA - 3333 Bristol Street, Suite 1870
- Dallas, TX – 214 North Park Center
- Danbury, CT - 7 Backus Avenue
- Denver, CO - 3000 East 1st Avenue
- Freehold, NJ - 3710 Route 9
- Houston, TX - 5085 Westheimer Rd
- Louisville, KY - 5000 Shelbyville Rd # 1380
- Lynnwood, WA - 3000 184th Street SW
- Marlborough, MA - 601 Donald Lynch Boulevard
- McLean, VA - 1961 Chain Bridge
- Miami, FL - 8888 SW 136 Street
- Minneapolis, MN - 162 Market Street
- Nashua, NH - 310 Daniel Webster Hwy
- Orland Park, IL - 736 Orland Square Dr
- Orlando, FL - 4200 Conroy Road
- Palm Beach Gardens, FL - 3101 Pga Boulevard
- Raleigh, NC - 4325 Glenwood Ave
- San Diego, CA - 7007 Friars Road
- San Francisco, CA - 3251 20th Ave
- Santa Monica, CA - 1311 Third Street Promenade
- Schaumburg, IL – 60173 Woodfield Mall
- South Portland, ME - 364 Maine Mall Road
- Troy, MI - 2801 West Big Beaver Road
- Waterford, CT – 850 Hartford Tpke # P207
Last week President Obama played with a Sphero. This weekend you can win up to $5,000 at the Sphero Hackathon in Boulder. It starts Friday May 4th at 6pm with a Welcome Reception (which means beer and Spheros) and runs all day Saturday and Sunday where you can hack with Spheros and the Orbotix SDK. I’ll be around Sunday from 1pm to 3pm taking a look at what people have done, playing around with the apps, and answering any questions about why I think Sphero (and Orbotix – the company that makes Sphero) is so awesome.
Two new apps have recently come out for the Sphero. The first, Chromo, allows you to play with Sphero in a whole new way. While Orbotix’s other apps allow you to control Sphero from your device (kinetically and via a digital joystick), now Sphero is the controller. The video tells the story better than words.
The other app is MacroLab. Did you have a Big Trak as a kid? If not, you missed out, but you can relive those missed moments with MacroLab. As before, let’s start with a quick video.
MacroLab is a tool Orbotix developed for internal purposes that turned out to be so powerful they decided to make it available to all Sphero users. It is essentially a high level abstraction of the API that runs in the ball’s memory that commands the robot. It makes the API accessible to people who don’t know how to program an iOS or Android app.
When a user creates a macro they send a series of commands to the ball. Macros are made by stringing together 27 basic commands (by comparison the SDK has about 300 commands – most are UI/robot housekeeping based but 100 are ball control related). Each command is executed in sequence. Following is an example (called “test”) along with an explanation.
- Calibrate – this zeros out Sphero’s heading so you know which way he will go after you aim him
- RGB – this changes the color of the LED to purple – the numbers are the RGB settings
- Roll 0.5 0 0 – 50% speed (0.5), 0º heading = straight ahead, 0 second wait time before executing next command
If we stopped here the LED will flash purple and Sphero would run away at 50% speed and only stop when you exit the macro. Basically the macro runs for a fraction of a second with an open ended roll command. The Sphero goes white (his default color) after the macro is run. In order to not have an open ended command we need to add some more stuff.
- Delay 5000 – this means to wait for 5 seconds, Sphero uses milliseconds so 5000ms = 5 seconds
- Roll 0.0 0 0 – 0% speed (0.0), 0º heading, 0 second delay
- RGB – change LED color to orange
- Delay 1000 – Wait for 1 second
The entire macro runs for 6 seconds. Sphero will turn purple, drive for 5 seconds at 50% speed, stop, turn orange for one second and then end by turning white.
The commands for MacroLab are very basic but powerful enough that Orbotix uses them to run tests on the factory line and form the basis of programs like “Draw N Drive” (every line you draw gets converted to a macro and the ball executes the command). The complete command list follows:
- Roll – sets the ball in motion
- RGB – changes the main LED color
- Calibrate – zeros heading
- Delay – wait time in ms before executing next command
- Fade – fade between two colors over a set period of time
- Back LED – turn the blue aiming LED on/off
- WaitUntilStop – don’t execute the next command until Sphero has stopped moving
- Rotate Over Time – turn xº in y seconds
- SD1, SD2 – global variables for system delays – useful when you want a bunch of commands to use the same delay
- SPD1, SPD2 – global variables for ball speeds – useful when you want a bunch of roll commands all at the same speed
- Roll SD1, SPD1 – roll command that uses the system SD1 for delay and SPD1 for speed
- Roll SD1, SPD2 – roll command that uses the SD1 for delay and SPD2 for speed
- RGB SD2 – change LED to RGB setting but use SD2 delay time for duration
- Rotate Over TIme SD1, SD2 – rotate over time command but uses the system delays SD1 and SD2 respectively
- Goto – calls another macro or restarts the same macro
- Rotation Rate – set how fast the ball can turn
- Stabilization – turns the control system on and off -when off the robot will not move inside the ball
- Raw Motor – command the motors without any control system enabled
- EMIT – Displays a message on the phone when the ball hits that point in the macro – useful for debugging
- Sleep – Puts Sphero to sleep
- Loop For, End – Create loops within the macro
- Comment – ability to add comments to your macros – no effect on the ball
When I first heard the idea for MacroLab I smiled a huge smile. It’s the beginning of Orbotix opening up their robot control language, which is part of the magic behind the premise for our investment in Orbotix. I’m amused when people say “why did you invest in a toy ball company?” when what we really invested in was a bunch of geniuses working on a robotic operating system that happens to start life out as a robot ball that you control with your smartphone.
Yesterday, President Obama was in Boulder. The guys at Orbotix showed up and got him to play around with a Sphero. Watch the video (it’s pretty awesome) and then I’ll tell you the story of how they made it happen. The short answer – always be ready to demo your product – you never know when the President (or a key customer) is nearby.
Our main characters for this story are Ross Ingram and Damon Arniotes. Ross is the one demoing Sphero to the President. Ross is Mr. Everywhere for Orbotix – his job is to handle every hack event, be at every party, and show up everywhere that might be interesting with a bunch of Spheros. Damion is the guy filming everything on his iPhone. His full time job is to video Sphero in the wild and tell the story all the time.
On Monday night after Ross and Damon found out the President would be at CU Boulder they starting talking about how awesome it would be to get a Sphero into Obama’s hands. No one knew Obama’s route around CU and Boulder, but Ross and Damon drove around the Campus and the Hill (next to CU) to scope things out. I’m betting at least one beer was consumed.
On Tuesday, they drove to CU with Spheros in hand but still didn’t know where Obama was going to be. They had to leave Damon’s camera gear behind because of security and the fact that Damon isn’t press (apparently only press is allowed cameras).
While they were driving to campus they saw a bunch of yellow police tape and took a guess that this was a spot that might see some action. If you are a fly fisherman, you know this drill. Go where you think the fish are going to be and wait. They found a parking spot near the Sink (one of the venerable old college hangouts on the Hill) and parked.
Ross called Paul Berberian, Orbotix’s CEO around 6pm and asked Paul if they should drive Sphero past the yellow tape towards Obama. Paul, who went to the Air Force Academy, responded with “No fucking way – you’ll end up in jail – remote control ball rolling to the president – bad idea.”
Around 6:45 Secret Service starts cherry picking folks from the crowd to be in the receiving line for the President. Magically Ross and Damon get picked – they get screened with metal detectors and are allowed in with Sphero. A girl with a Slurpie had to throw it away – apparently Slurpies are more dangerous than robotic balls. I bet she had one of those neon blue ones.
The President rolls up minutes later and starts shaking hands. Damon starts filming on his iPhone. Ross greets the President and asks him to see his iPhone to drive the robot ball. The President immediately gets it; Ross asks him if he wants to drive it - and the rest is what you saw on the video. While this is happening, the Secret Service rushed in around Ross and Damon as soon as the President engaged, but the President kept going with Sphero so they hung back.
Someone in the crowd took the Sphero while Ross and Damon frantically played back to video to see if they got it. They did and the rest is memorialized for history – this is the first time we are aware of that a President of the United States has played with a robotic ball controlled with an iPhone.
There are two big lessons here. First, always be ready. Second, hire amazing guys like Ross and Damon and let the loose on the world. Guys – incredible!
Every year my partners at Foundry Group and I go to CES. We aren’t boondoggle guys – our expeditions together are limited to a quarterly offsite, often at Jason’s house (10 minutes from our office), and one trip a year with spouses and significant others somewhere. So CES has been a nice tradition for us where we get to travel together for a few days, hang out in nerd and gadget heaven, and spend time with a bunch of entrepreneurs we work with who are here.
There were two memes going around that I heard about CES earlier this week. The first came out of a set of entrepreneurs in Silicon Valley who said something like “CES is irrelevant – no one important is there and nothing interesting gets launched.” The second come out of a set of VCs in Silicon Valley who said something like “we go to CES to look for new companies to invest in that are outside the mainstream.”
I found both of these comments bizarre since we don’t view CES through either of those lenses. First, I think CES is incredibly relevant as it is a forward view of what the broad consumer electronics industry will be releasing and shipping over the next 12 months. Many of the CE companies and products operate on an annual product cycle and this helps me understand what is going to this year, at which point I don’t have to think hard about it for another year (yeah – I pay attention – but I have a really useful context). In addition, every technology buyer and supplier in the world is here wandering around so if you interact with any of them, it’s an extremely efficient way to spend time with them.
Next, we don’t actually search for new investments at CES although we tend to have some interesting meetings with folks who happen to be here. There are definitely cases where we got face time with entrepreneurs who we hadn’t yet spent a lot of time with previously – Pogoplug and MakerBot come to mind from years past. But we were already talking to them – CES was just an efficient way for all four of us to spent time with them.
If you want the multimedia version of what I just said, watch Jason’s interview on Bloomberg from yesterday.
We had three companies with large presences here this year – MakerBot, Orbotix, and Fitbit. They are each having an awesome show and I’m super psyched about their new products. It’s extremely fun – as an investor – to just hang out in a booth and watch the traffic and listen to the interactions.
We always have two dinners – one with just entrepreneurs we work with and one that is a broader audience. Each dinner was a highlight for me and if I do nothing else at CES, I’ll always come for these dinners.
I ended up with a series of meetings on Tuesday – three of them were with entrepreneurs who I’ve been talking to about various things. All three were really relevant and interesting and not surprising each was in our human computer interaction theme which I discussed on an NPR interview yesterday with Steve Henn titled Humans and Machines: Beyond Touch.
Finally, I had plenty that is the weirdness of Las Vegas. I had a total meltdown Wednesday morning and ended up spending the day in my room. I had a death defying run on the Las Vegas strip. And I’m just came back through a smoke filled casino from a breakfast with some of the leaders of the Las Vegas startup community (see more on the Startup Communities site soon.) This afternoon I board a plane to Boston and bid CES 2012 farewell. But I’ll be back again next year.
I’ve been intrigued with robots since I was a little kid. When I was at MIT in the 1980′s, there was a huge movement around the future of robotics. A few of my friends, most notably Colin Angle, went on to do something and co-founded iRobot which he still runs 25 years later. I didn’t pay a lot of attention to robots or robotics in the 1990′s as I got caught up in the Internet, but started thinking about them again about five years ago. Over the past few years, as part of our human computer interaction theme, we’ve invested in several companies doing “robotics related stuff” including MakerBot (3D Printers) and Orbotix (a robotic ball controlled by a smartphone). I’ve also looked at lots of robot-related companies and thought hard about the notion that the machines have already taken over and are just waiting patiently for us to catch up.
Recently I met with Nikolaus Correll, an assistant professor at CU Boulder in the Computer Science department. Nikolaus does research on multi-robot systems and has a bunch of great commercial ideas about robotics. As we were talking, we started discussing other people in Boulder who were working on robotics related stuff. It turns out to be a long list and Nikolaus asked “why don’t people talk more about all the robotics stuff going on in Boulder?” I had no clue so I said “let’s start a movement – titled Boulder is for Robots. Let’s get anyone doing robotics related stuff together and create some entrepreneurial critical mass around this, just like we have for the software / Internet community.”
We agreed that Boulder Is For Robots is a great call to action and are having our first Boulder Is For Robots Meetup on February 7th from 5pm – 10pm. Bring your robots – I’ll supply pizza and beer. You have to sign up in the Boulder Is For Robots Meetup group to find out the location.
In the mean time, following are some thoughts on the robot-related stuff going on in Boulder from Nikolaus. If you are working on something interesting, please add to the list.
Why “Boulder is for Robots” can be tied to a single observation: when I was working as a Post-Doc at MIT’s Computer Science and Artificial Intelligence Laboratory, almost everything we ordered to build robots came from somewhere less than an hour from Boulder. Why is this important? Let’s consider how Steve Wozniak developed the Apple computer, which revolutionized the computer industry from a garage. Did he really create a computer from scratch, transistor by transistor? Or did he emerge from hundreds of tinkerers that relied on a large community that provided mail-order electronic kits, do-it-your-self magazines, inspirational people, and hundreds of man years of university research? The bay area was indeed the place to be at the time with the Homebrew Computer Club and marketing genius Steve Jobs who convinced Wozniak to sell his design, laying the foundation for Apple. Building robots is much more complex than building computers, however: robots consist not only of computers, but also of sensors and mechanisms that need to be invented, re-combined, and modified to create a compelling product. I therefore believe that being part of a community is even more important for developing successful robot companies and having all the tools, know-how, and manpower close by provides a unique competitive advantage.
Boulder provides this infrastructure: For example, Sparkfun enables tens of thousands of amateurs and researchers to create electronic and mechatronic artifacts. They do that not only by retailing hard-to-acquire electronic components and innovative pre-fabbed modules that drastically increase the productivity of hobbyists, entrepreneurs and researchers across the nation, but they also provide free access to a wealth of educational resources that allow amateurs to mimic industrial processes, often just using kitchen equipment. Similarly, Acroname and RoadNarrow Robotics retails sensors and ready-made devices for building state-of-the-art robots, including laser scanners, motor drivers, and digital servos. All three companies actively develop hardware and software that make the integration of ever more complex mechatronic products possible in garages. They also contribute to a pool of “Can-Do” people that spin off companies.
Boulder turns out to be also a hub for manufacturing: close-by Aurora is home to one of the best deals in PCB Manufacturing ($33/each) in the country (Advanced Circuits) and the first – and still only – assembly service in the nation (AAPCB) that assembles single boards for less than $50.
While developers across the nation benefit from these Boulder-area companies, this unique ecosystem of tinkerers, leading manufacturing techniques, and suppliers create a vivid community that amplifies innovation in the Boulder area and already has attracted a series of successful robotics start-ups: For example, Modrobotics, a CMU spin-off, makes transformative robotic construction kits that could be the next “Lego”. Orbotix co-founded by a duo of young engineers from CSU and UNC that became part of the Boulder TechStars 2010 class and subsequently raised over $6m of venture money for their new gaming robot, Sphero. OccamRobotics, founded by a serial entrepreneur who came to Boulder from the bay area, is working on low-cost, autonomous pallet trucks that build up on recent breakthroughs in robotic algorithms, availability of open-source tools, and novel sensors.
Each these companies have in common that their founders identified Boulder as the place that will make them most successful – often moving here from other hot-spots for high-tech entrepreneurship and engineering. These start-ups are complemented by mechatronic giants such as Ball Aerospace, close-by Northrop Grumman and Lockheed Martin; small and medium-sized companies that develop robotic equipment for satellites and defense organizations; by a myriad of self-financed tinkerers that develop everything from robotic insects to robotic wheel-chairs in their living rooms and next-generation agriculture systems at Boulder’s Hacker-space Solid State Depot; and of course, the University of Colorado of which many engineering programs are among the top of the nation and the world, and which has a strong research program in unmanned aerial systems.
My lab is working on our agriculture system’s most pressing challenges, robots that can assemble large-scale telescope dishes in space to see into remote galaxies, understanding how intelligence can emerge from large-scale distributed, individually simple components, and constructing robotic facades that help save us power. These efforts are complemented by hands-on classes such as Robotics, Advanced Robotics, Things that Think, or Real-time embedded systems, and others, to shape a new generation of engineers who think of computers as devices that cannot only compute, but sense and literally change the world.
Why now? Robotics has been an industry since the 1960′s when George Devol’s Unimate was sold to manipulate steel plates in a GM plant. Indeed, robots have revolutionized manufacturing, but still have not delivered on early claims of the field. Robot stunts delivered by the Unimate on the 1961 “Tonight” show, still remain a major challenge for artificial intelligence 50 years later: opening a can of beer, pouring it, or directing an orchestra. These commercially successful robots, which led to the raise of Japan to a major industrial power in the 1980′s, were not autonomous, but simply execute pre-calculated paths. This trend is finally changing right now, documented by companies such as iRobot, Husqvarna and KIVA systems who successfully market autonomous robotic products, and is mainly driven by exponential developments in computing (“Moore’s Law”), cell phones and cars – both industries who integrate computing and sensors at high density.
“Boulder is for Robots” is not only an observation, but also an imperative to bring entrepreneurs, tinkerers, and capital together to bring the next big robotic idea to life in Boulder by exchanging know-how, man-power, and tools, and combining them into great new products. In case you already knew that “Boulder is for Robots”, please comment on this post and share what you do!