China's Baidu launches AI model simulating road environment for robotaxis

BEIJING, Nov 3 (Reuters) - China's ‌Baidu launched Apollo ​World ​on Tuesday, an AI system designed to simulate real-world environments for training robotaxis and predict how they evolve, as automakers race ‌to cut the cost of developing autonomous vehicles.

Apollo World can generate "up ⁠to 100,000 km" (62,000 miles) of simulated driving daily, equivalent to about three years of ‌real-world testing by a safety-driver-equipped ‌autonomous vehicle, Baidu said. The system is capable of producing real-time multimodal data streams, such as camera and lidar observations, enabling self-driving systems to ​directly sense and navigate simulated environments.

Baidu said Apollo World is already being used for training Apollo Go’s robotaxi fleet to be operated globally. ⁠Baidu-owned Apollo Go is China's largest robotaxi service operator and competes with rivals such as WeRide, Pony.ai ​and Momenta Global.

Volkswagen's Chinese partner XPeng also plans to launch robotaxi operations in 2027.

Morgan Stanley has estimated China's robotaxi fleet ​could grow to 1 million vehicles by ‌2035.

TECHNOLOGY DEVELOPMENT IS EXPENSIVE

Chinese robotaxi firms have largely pursued asset-light expansion strategies, supplying autonomous-driving technology and partnering with automakers, ride-hailing ⁠platforms and local fleet operators overseas rather than bearing the full cost of owning and operating fleets.

But developing the technology itself remains expensive.

"They still have the capex ⁠of training models ... and vehicles, a challenge that every autonomous vehicle company is going to ​face," said Frank McCleary, an expert in autonomous mobility and urban transportation at management consulting firm Arthur D. Little.

"The speed at which you can launch comes down to ‌your technology's ability to adapt and understand and learn (how to drive in) that environment," he said, adding AI has ‌helped accelerate advances in autonomous driving.

Tesla, which is seeking to expand its Cybercab ⁠robotaxi fleet, uses an "end-to-end neural network" ‌trained on video of ​human driving to develop its self-driving technology.

(Reporting by Qiaoyi Li, Zhang Yan and Kevin Krolicki; Editing by Miyoung Kim and ‌Susan Fenton)

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