Check out this video from OpenAI of a robot hand learning how to manipulate a block. This an incredibly difficult task, and the level of difficulty is one of the many reasons Apple needs humans assembling iPhones. OpenAI used machine learning and virtual simulations for the robot to spend 100 years of trial and error to learn what you’ll see in the video (TechnologyReview has more details). Those virtual lessons were then used by the real-world robot hand, and it’s pretty darned cool. Check it out.
Check out this nifty robot called Sharing Human Technology with Plants. I know, it’s a weird name, but it’s a modified 6-legged robot that carries a potted plant on its head. Better yet, it’s been programmed to seek out light when its cargo needs it, or shade when it doesn’t. Plus, it does a little dance when it needs water. Oh, sure, it looks a lot like a spider, and it will wave you off with its forelegs if you get to close, but come on, it’s so cool! Unfortunately, it’s not a shipping product, or at least not directly. It’s a project by Vincross CEO Tianqi Li, who modified his own company’s HEXA, the six-legged robot itself. He was motivated by a dead sunflower he saw lying in shadow, and it made him think about how it might still be alive if only it could have moved into some light. It’s a cool prototype, even though it’s only minding a low-maintenance succulent. Mr. Tianqi described the project on Vincross’s forum, where it was picked up by The Outline, and then The Verge. There are several moving GIFs showing the pot in action. I suspect it won’t be too long before pots that can do this sort of thing are common (with much smaller footprints). These times they are a changin’!
There’s a fighting robot on the Kickstarter scene called Super Anthony. It’s 15 inches tall and weighs 4.6 pounds, but it can punch with the power of a human at 99 pounds. It’s programmed with fighting moves out of the box, and you can program your own moves on your computer. Tristan Greene at TheNextWeb wrote a review of Super Anthony. He says that although the robot has a powerful punch, “I’m pretty sure a modified Roomba would take this thing down, so it’s not a street fighter.” You can preorder it on Kickstarter, starting at US$1,299 for the Super Early Bird reward.
Dr. Ayanna Howard is a professor of Interactive Computing, Georgia Institute of Technology. She’s also in the School of Electrical and Computer Engineering. Ayanna received her Ph.D. in Electrical Engineering from the University of Southern California. I asked Ayanna how she became inspired by robot technology. Like many of us, it was via science fiction on TV. In graduate school, robotics was still immature, so she wisely elected to pursue electrical engineering. Her first job was at NASA’s Jet Propulsion Laboratory (JPL) working on vision, fuzzy logic, and neural network methodologies. Today, she leads her students in the areas of assistive robots in the home, therapy gaming apps and remote robotic exploration of extreme environments. Our discussion covered the whole field of robotics, so tune in and hear all about the state-of-the-art from an accomplished roboticist.
Now that summer is here and school is out, your kids might be wanting some stuff to do.
Apple has made no announcements. There aren’t even any leaks or rumors. But if Apple were to build a family service/companion robot, what would it be like? John ponders.
Chris Matthews is the VP of Marketing for Mayfield Robotics. They make the companion robot called Kuri that was recently shown to our Jeff Gamet at CES 2018. Having been a very interested observer of emerging robot technology, I invited Chris to be on the show. We talked about how Mayfield Robotics was formed, the founders, how the company got its name, the human and engineering design principles behind Kuri, what mistakes were avoided, how Kuri protects family privacy and security, the nuances of Kuri’s physical design, how Kuri communicates with the family, its processing power, the price and the shipping status. Kuri is probably going to be my first family robot, so tune-in as Chris explains how Kuri works in fascinating detail. You may want one too.
Just what exactly is an intelligent speaker? It’s a companion robot that just sits, without mobility. Who wants that?
John just interviewed a company that’s making a family robot companion, and he sees the future more clearly than ever.
These fun robots will help teach your kids how to code.
Dave Hamilton and John F. Braun join Jeff Gamet CES 2018 in Las Vegas to talk about technology trends and share some of the interesting products they saw at CES Unveiled.
Check out Justin, a robot designed by German space agency DLR (via Wired). Justin is pretty special, starting with the fact that he was designed to make housing and other buildings on Mars. He’s powered by AI that allows him to do things he hasn’t been programmed to do, and he has three fingers and a thumb, each with eight joints, allowing him to handle a wide variety of tools. He can clean and maintain machinery, and in a recent test repaired a solar panel in minutes. Justin can also lift 31 pounds with each arm, which will go even further on Mars, which has a lower gravity. Oh, and he can make coffee and tee, thank you. Wired has more, and it’s very interesting.
Check out this crazy-cool invention called Inception Drive by Alexander Kernbaum of Stanford Research Institute (SRI), the same organization that developed Apple’s Siri. It’s an actuator, but one that uses a pulley-within-a-pulley to produce an infinitely-variable transmission. This technology could be used to make robots move more efficiently, and perhaps even make them safer. While Mr. Kernbaum’s focus is robotics, his invention could be applied to any number of uses where things move, and that’s just way cool. The IEEE Spectrum has more on the invention, including the video below. I love how Mr. Kernbaum is casually hanging out in a hallway with demo models of something that could change the way humanity’s machines move.
Christopher Caen is the Head of Marketing at Ecovacs Robotics, a company well know for its robotic vacuum cleaners and window cleaners. Christopher has a balanced academic background, being both accomplished in English as well as computer science. His first job was as an summer intern at Atari where he worked in marketing, something that immediately appealed to him. Later, at Paramount, he co-founded the Paramount Technology Group which developed interactive programming and games. Christopher’s career-long expertise in marketing took him to Sun Microsystems, Cisco, Informix and NEC. We talked a lot about internet of things (IoT), modern security practices, and how modern IoT products create a business model that requires a new understanding of and relationship to the customer. If you’re interested in robotics and IoT, this is a must listen.
If there’s a theme to this week’s Particle Debris, it’s how some companies are struggling with technology decisions while others, like Apple, seem to have smooth sailing.
Apple kind of announced a new Mac Pro and professional display, but Bryan and Jeff want to know how we got here. They also take another look at how politics increasingly intersect with a tech giant like Apple, and discuss our robot welfare future.
Have you ever prepared a salad and thought to yourself, “I wish a robot could do this!” Well you’re in luck, because a company called Chowbotics Inc. created a salad robot called Sally. The robot is more of a tosser than a chef, as a human must load the device with prepared ingredients. (A word of caution though: the robot apparently can’t handle avocado very well.) It’s main selling point is that the customer can specify their ingredients and even the calorie count of a salad. Plus, the jack-a-nape in front of you doesn’t get to graze on the salad bar with his grimy fingers. The salad robot costs US$30,000 right now and is aimed towards small businesses and grocery stores. Eventually Chowbotics hopes to shrink the technology down to a household-friendly size. Sally is really little more than a stepping stone towards our robot welfare state (as John Kheit says), but it’s interesting to see those steps laid out in front of us.
If you love robots, there are a bunch of robotics competitions happening across the United States right now. Jeff Butts has all of the details about this steamworks-themed event pitting high school students against the clock and their opponents.
Lorek the robot represents a big step in robotics because it can understand human language, as well as the gestures we make in conversations. Researchers from Brown University pulled off this feat of understanding by programming uncertainty into the robot. Andrew Orr explains why this is a big deal.