Uber Fires Self-Driving Vehicle Engineer Anthony Levandowski amid Legal Battle with Google

Uber has fired the head of its self-driving vehicle unit, Anthony Levandowski, amid the continuing fallout from the engineer's alleged theft of trade secrets from his former employer, Google.

By 24/7 Staff    May 30, 2017         

Uber Fires Self-Driving Vehicle Engineer Anthony Levandowski amid Legal Battle with Google

Email Sign Up

Get news, papers, media and research delivered. Sign up for our free newsletters.

Stay up-to-date with news and resources you need to do your job. Research industry trends, compare companies and get weekly market intelligence with Robotics 24/7.

Robotics 24/7 newsletter
Uber Fires Self-Driving Vehicle Engineer Anthony Levandowski amid Legal Battle with Google

Uber has fired Anthony Levandowski, the former head of its self-driving car project, according to The New York Times.

Levandowski came to Uber after a long stint at Google, where he shepherded that company’s own self-driving car project before it was spun off into a standalone business called Waymo.

Earlier this year, Waymo filed a lawsuit against Uber, alleging that Levandowski stole some 14,000 documents from Waymo, and that the information became the technological basis for Uber’s self-driving cars.

Levandowski had already stepped away from running Uber’s self-driving car project, with the company moving him to an operations role in late April.

Uber has denied the allegations against Levandowski, and in the meantime has been trying to prove in court that it developed its own self-driving technology independently.

Levandowski’s refusal to cooperate with those efforts was the reason for his firing, according to the report. Uber has not responded to a request for comment.

Uber brought Levandowski on board in August 2016 when it acquired Otto, a self-driving long-haul trucking company that he started after leaving Google with employees from Tesla, Apple, and Cruise Automation.

Levandowski was immediately tapped to run all of Uber’s self-driving efforts, which began in Pittsburgh in 2014 after Uber poached dozens of researchers and engineers from Carnegie Mellon University. It was reportedly Levandowski’s decision to rapidly expand those efforts into San Francisco at the end of 2016.

In other news, Uber quietly dropped the name for its driverless truck unit, “Otto.”

The change was made last month in the wake of a trademark infringement dispute with a similarly named Canadian company that markets its own robotic vehicle technology.

Uber consolidated Otto’s activities under its Advanced Technologies Group, or Uber ATG, in April and “retired the Otto name,” it said without elaborating.

The change came shortly after the dismissal of a trademark infringement suit brought by Kitchener, Ontario-based Otto Motors, a unit of Clearpath Robotics that makes autonomous vehicles for warehouses and industrial facilities.

Related: Presence of Uber Freight and Other Players Raises the Stakes for Truckload Brokerage

The Era of Digitized Trucking: Transforming the Logistics Value Chain

Driven by Technology
Perhaps the best way to understand the technologies that are already being implemented in the trucking industry, and how they will transform the industry’s many stakeholders, is to break them down into two primary areas: the truck itself and the logistics chain of which it is an essential part.

The six technological advancements that will transform trucking and logistics

Download The Era of Digitized Trucking: Transforming the Logistics Value Chain

Latest in Transportation

Latest in Autonomy

Article Topics

Autonomy   Autonomous Vehicles   Autonomous Trucks   Components   Motors and Drives   News   Autonomous Vehicles   PwC   Technology   Transportation   Uber  

All topics

Editors' Picks

The future of CFD is connected, automated, and AI-enabled
The future of CFD is connected, automated, and AI-enabled

From geometry preparation to AI-assisted analysis, integrated CFD workflows…

Festo gets a grip on AI-based picking
Festo gets a grip on AI-based picking

Software-based GripperAI manages mixed picking through basic geometry

How Beckhoff Automation’s EtherCAT and controllers power Dexterity’s Mech ‘superhumanoid’ robot
How Beckhoff Automation’s EtherCAT and controllers power Dexterity’s Mech ‘superhumanoid’ robot

Safety, communication and motion control components enable smooth operation

Automate 2026: Forklifts, physical AI, vision systems and more from day three in Chicago
Automate 2026: Forklifts, physical AI, vision systems and more from day three in Chicago

North America’s largest robotics and automation event winds down