A Microsoft partner based near that company’s Redmond, Wash., headquarters wants to use it for tractors and Carnegie Mellon University deployed the software as part of a mine-exploration robot that recently won a Defense Advanced Research Projects Agency challenge. Microsoft has also suggested the software could work well for drones that check power lines and wind turbines and for disaster recovery operations where autonomous devices scout out the situations that may not be safe for human rescuers.
“The industry is fixated on autonomous driving and that’s it, but if you look around you in the world, you can find literally hundreds and hundreds and hundreds of scenarios where automation can improve things,” said Gurdeep Pall, Microsoft vice president, business AI. “A lot of these folks who build these systems are mechanical engineers, electrical engineers, etc. They are not AI people. We are bringing AI to these engineers in a way that they can operate.”