Uber wants to be a Swiss Army Knife for robotaxis

Uber has launched Uber Autonomous Solutions, a new division designed to provide comprehensive software and services for operating autonomous vehicle businesses including robotaxis, self-driving trucks, and sidewalk delivery robots, as announced on Monday. The initiative formalizes Uber's years of work in the autonomous vehicle space, where the company has amassed partnerships with nearly two dozen autonomous vehicle technology companies across every use case. Uber has backed many of these companies including Lucid, Nuro, Waabi, and China's WeRide, invested $100 million in fast-charging autonomous-vehicle charging stations, and even created Uber AV Labs, a specialized engineering team that gathers data for robotaxi partners. The new division will be led by Sarfraz Maredia, Uber's global head of autonomous mobility and delivery, who stated the goal is to help autonomous vehicle technology companies 'focus on what they do best: building software that can safely power an autonomous world' while Uber handles operational aspects like demand generation, rider experience, customer support, and fleet management. Uber aims to help partners reduce their costs per mile and increase speed to market, with plans to scale robotaxi deployments to more than 15 cities by the end of this year. The move represents both an existential and opportunistic strategy for Uber, which sold its in-house autonomous vehicle development unit Uber ATG in 2020 following a fatal accident and has since been building its position through partnerships with companies including Waymo, Baidu, Momenta, Pony.ai, Cartken, Starship, Serve, Wayve, AVride, and Motional. Uber President and COO Andrew MacDonald emphasized that the success of autonomous vehicles depends on commercial viability, positioning Uber as 'the thing that makes autonomy commercially viable' through handling infrastructure like training data, mapping, fleet financing, regulatory services, and managing how autonomous vehicles navigate complex environments.