Head of Uber’s Robotic-Car Unit Steps Aside Because of Tech Lawsuit
Anthony Levandowski, who was hired last August to head the autonomous car program at Uber Technologies Inc., has agreed not to involve himself with work on sensor technology at the center of a data theft lawsuit against the company, Business Insider reports.
#legal
Anthony Levandowski, who was hired last August to head the autonomous car program at Uber Technologies Inc., has agreed not to involve himself with work on sensor technology at the center of a data theft lawsuit against the company, Business Insider reports.
Levandowski formerly ran a similar development program for Alphabet Inc.’s Waymo affiliate. Waymo claims he stole thousand of secret documents that are now being used by Uber’s self-driving-car developers. Uber denies the claim.
The dispute centers on lidar, the laser-based radar sensing technology that helps robotic cars to precisely detect their surroundings. Levandowski told staff earlier this week he is recusing himself from all oversight and input into Uber’s lidar research.
Until the lawsuit is resolved, Levandowski will step aside as director of Uber’s advanced technologies center in Pittsburgh. He has been replaced in that role by Eric Meyhofer, who came to Uber in 2015 from Pittsburgh-based Carnegie Robotics LLC.
RELATED CONTENT
-
Apple Engineer Accused of Stealing Self-Driving-Car Secrets
For the second time in six months, a Chinese nationalist working on Apple Inc.’s Project Titan autonomous car program in California has been charged with stealing proprietary data.
-
Federal Corruption Probe of FCA Spreads to GM
Federal prosecutors have charged another former United Auto Workers union executive—this one with links to General Motors Co.—in a continuing investigation into bribery and illegal kickbacks in Detroit.
-
Uber Settles with Family of Woman Killed in Self-Driving Car Crash
Uber Technologies Inc. has quickly settled on damages to the survivors of a woman killed in Tempe, Ariz., last week by an Uber test vehicle operating in autonomous mode.