In 2016, Harvard’s Wyss Institute introduced Root, a robot designed as a practical tool for teaching kids how to code. Root had been under development at Harvard for a solid three years at that point, and after a massive $400,000 Kickstarter showed that they really had something, Root Robotics was spun out in 2017 to take the little coding robot commercial.
Today, iRobot is announcing the acquisition of Root Robotics, in order to “support iRobot’s plans to diversify its educational robot product offerings, further demonstrating its commitment to make robotic technology more accessible to educators, students and parents.” This makes a lot of sense for iRobot, which has historically been a big supporter of STEM education—National Robotics Week was pretty much their idea, after all. But iRobot itself only really had the iRobot Create and Create 2 to advance STEM education directly, and those robots are really not for beginners.
As of right now, iRobot is selling Root for $200, along with a companion app and integrated K-12 curriculum. We’ll take a quick look at everything this robot can do, and hear a bit from both iRobot CEO Colin Angle and Root Robotics co-founder Zee Dubrovsky on exactly what this new partnership means.
Some of the folks from Harvard who were behind the original Root concept wrote a guest article for us back in 2016, which is full of detail about what Root can do. You should definitely go read it if you like the look of this robot, but this video does a good job of showing the highlights:
Root is packed full of sensors and interactive elements, which makes it both fun and interesting to use. But from the beginning, the focus of Root was education—it’s very important to understand that Root is not a toy robot that also teaches, but instead it’s an educational tool for teaching coding skills that also happens to be a robot. Robots are usually fun to play with, which is part of Root’s appeal, but the reason that Root exists is to provide a compelling focus for coding, turning abstract code into a thing that moves around and interacts with the world.
“We’ve identified coding as a particular challenge, where we’re just not teaching it in schools,” iRobot CEO Colin Angle told us. “Providing a tool to help kids code is of huge interest to me personally. And the ability to use the excitement that is engendered by a physical robot is a great strategy.”
“With Root, we wanted to create something that people can grow with,” says Zee Dubrovsky, co-founder of Root Robotics (and now general manager of educational robots at iRobot). “The barrier for entry is very low, you don’t even have to know how to read, so someone as young as 4 can start using the robot. And when they’re ready, they can level up [through other coding interfaces]. There’s a lot of transferable knowledge from one interface to the next.”
Root’s robust, flexible hardware and self-guided scalable learning have the potential to take kids through middle school and even high school, but we wanted to know what happens next, especially if you’ve got a particularly bright kid who wants to be able to do more. “When you reach the limit of what Root does right out of the box, what we’ll see in the future is the ability to hack Root and build on top of it,” says Dubrovsky. “We’re also planning on releasing SDKs for Root.” Angle adds, “we’ll be giving more capabilities to Root over time, which we’re not announcing today, but this is a beginning not an end. Root is a platform that has the scalability to add more accessories and sensors.”
While Root is certainly stealing the iRobot STEM spotlight away from the Create platform, part of the reason that iRobot acquired Root was to appeal to people interested in coding and robotics in a way that the Create was never designed to. Root and Create are for fundamentally different audiences: Create is a platform that you can build on top of, rather than learning on it, and it’s focused more on late high school, early college-level hardware projects. At this point, there’s no easy way to transition from working with Root to working with Create, but it’s possible that things could change in the future. In the near term, iRobot is focused on building out Root’s introductory content, with more advanced content to gradually follow, and we’d love to see an accessible pathway that bridges that gap into a more advanced platform, especially if iRobot decides to make its newest robots (with mapping and 3D sensors) hackable as well.
For now, though, Root will be taking advantage of iRobot’s resources and reach to execute on more ambitious plans while scaling more rapidly. It seems like a good match, since both companies share the same fundamental vision for STEM. As Colin Angle puts it, "there is no greater investment you can make in your child’s future than helping them learn the language of coding."
[ iRobot Root ]