Waymo’s rapid rollout of its sixth-generation self-driving system, showcased in its next-gen Ojai robotaxi, is a central element in its expansion across cities like Los Angeles, Phoenix, and San Francisco. One distinguishing factor behind the new vehicle’s competitive edge is a custom-designed 5-nanometer ASIC chip developed by Waymo itself. This chip is engineered to handle the vast data influx from the car’s 13 high-fidelity cameras, delivering over 1,000 TOPS (trillions of operations per second) of computing power—comparable to Nvidia’s top-tier DRIVE AGX Thor automotive processor.

The custom chip is integral to Waymo’s strategy to reduce costs in manufacturing, operating, and maintaining its robotaxis, which is key to the company’s long-term goal of profitability. By creating this specialized silicon, Waymo has taken a more vertically integrated approach to computing, aiming for unrivaled efficiency and rapid responsiveness in dense urban environments. This advancement helps the autonomous system react quickly and safely to complex driving scenarios, a critical factor given the challenges of real-world city driving.

Waymo’s compute efforts are not done in isolation; the company collaborates with a suite of partners such as AMD, Micron, Nvidia, Samsung, Sandisk, Socionext, and TSMC to support the various hardware and software components required for autonomous vehicle operation. This blend of internal innovation and external partnerships reflects the complexity of building a commercially viable self-driving platform capable of scaling sustainably across multiple markets.

As Waymo continues to push its robotaxi ambitions forward with innovative hardware, the broader autonomous vehicle industry is also experiencing shifts with new partnerships and investments. Notably, other firms like Rivian’s startup Also are raising significant funds to develop autonomous small electric vehicles, while Uber is diversifying its delivery robot partnerships. These developments alongside Waymo’s technological strides signal intensified competition and rapid evolution within the self-driving and mobility sectors.