Andy Rubin has twice changed the mobile phone landscape—first as co-founder of Danger, Inc., the company that created the T-Mobile Sidekick in 2002, and later as the founder of Android, the world’s most widely used smartphone OS. Earlier this year, when Rubin suddenly stepped down from his position as leader of Google’s Android division, all that was said about his future was that he would “start a new chapter at Google.” Now, thanks to an interview with the The New York Times, we know what Rubin’s next project is: Google Robots.
The interview is light on details, but it says the “the scale of the investment… indicates that this is no cute science project.” The paper also reports that for now, Google’s robotics initiative will be aimed at businesses rather than consumers. (Examples include electronics assembly and warehouse robots.) Despite Rubin calling the project a “moonshot” and saying that Google needs a “10 -year vision,” The Times claims Rubin’s new division is not part of Google X and is meant to get a product to market sooner than later.
As usual for a new Google initiative, the company has gone on a shopping spree to jump-start the project. Google acquired seven robotics-related companies in the last six months, covering humanoid robots, computer vision, robot arms, and wheel design.
Robotics has long been a hobby of Google’s. Google I/O, the company’s annual developer conference, is usually crawling with bots of various shapes and sizes. At I/O 2011, Google publically acknowledged the existence of a “Google Cloud Robotics Team,” and members of the team gave a joint talk with Willow Garage, the robotics company responsible for the PR2 robot. In the talk, the Googlers made the case for a cloud-powered robot, saying that the majority of the PR2’s power consumption is from the computing horsepower needed for the robot to understand the world around it. By harnessing Google’s extremely powerful cloud computing, however, they could offload a lot of that horsepower to the cloud. The power cost to the robot would then be very minimal.

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