On a warm summer night in Wuhan, central China, a couple on a motorcycle swerved in front of a driverless cab, forcing the autonomous vehicle to brake rapidly. Nearby, a man on a bicycle watched in awe as the robotaxi hesitated before performing a careful three-point turn. This scene reflects the growing presence of robotaxis in Wuhan, a city of 14 million people striving to emerge from its COVID-19 shadow and lead the way in smart-car technology. However, this advancement raises difficult questions about the impact of artificial intelligence on jobs in China and worldwide.
The Rise of Robotaxis in Wuhan
Wuhan is now home to more than 500 electric robotaxis built by Baidu Inc., with plans to add another 1,000 by the end of the year. This expansion positions Baidu and other Chinese companies as formidable competitors to Alphabet Inc.’s Waymo and Tesla Inc., which has delayed its robotaxi prototype unveiling. This rapid development aligns with President Xi Jinping’s strategy to boost China’s economy by prioritizing high-tech industries over traditional sectors.
China’s dominance in the electric vehicle (EV) supply chain, driven by state subsidies and fierce competition, has necessitated constant innovation. However, Wuhan’s embrace of driverless technology also brings challenges. The robotaxis, operating under the Apollo Go brand, are causing traffic jams due to their cautious driving style. Locals have nicknamed these cabs “silly radishes” for their slow speeds and sometimes awkward navigation.
Economic Implications and Job Concerns
Wuhan’s robotaxi fleet is just a small fraction of the city’s total cab population, which employs around 24,000 drivers. Yet, the rise of driverless taxis has sparked anxiety about the economic impact on gig workers, especially those who turned to ride-hailing after losing jobs in other sectors. “The government needs to balance jobs and tech,” said Wang, a Wuhan resident. Economists echo this sentiment, warning that while robotaxis are an exciting technological advancement, they pose significant challenges for taxi drivers and the broader labor market.
Baidu’s aggressive pricing strategy further complicates matters. Heavily discounted fares make robotaxi rides much cheaper than traditional taxis, frustrating some taxi companies. Wuhan Jianshe Automotive Passenger Transportation Co. has called for more restrictions on where robotaxis can operate, arguing that technology should improve human life without making the lower class suffer.
CCP Control
But this also adds to the ability of the Chinese Communist Party (CCP) to control its population, keeping with its authoritarian bent. These are automated so that not only does it keep track of where people are going, but it also means that the service can be denied to people with whom the Party is not happy. So of course it will be approved and indeed encouraged as it becomes part of the CCP’s methodology for oppression.
A Balancing Act for the Future
The commercial viability of Baidu’s robotaxi service is also under scrutiny. JPMorgan Chase & Co. analysts have labeled the current strategy as commercially unviable due to substantial losses. Wuhan government officials and Baidu representatives have remained silent on the potential job impacts and expansion plans for driverless car services. The CCP may encourage it and indeed subsidize it for their own purposes.
Wuhan’s relatively relaxed regulatory approach and unique geographic layout make it an ideal testing ground for Baidu’s robotaxis. The city’s complex driving environment provides a rigorous challenge for autonomous technology. Despite the limited reach of the service, public concern is growing. Some residents worry about the future of human-driven taxis, while others, like Didi driver Feng Zhengming, believe robots cannot match human flexibility on the road. Most are oblivious to elements of CCP control.
The Global Perspective
China is not alone in this race. Companies like Waymo and General Motors’ Cruise have been developing driverless technology in the U.S. for years. However, scaling these services has been challenging due to safety concerns and public backlash. The U.S. approach of voluntary guidelines contrasts with China’s strategic prioritization of autonomous driving.
Despite China’s progress, it still lags behind its U.S. counterparts in some respects. Experts like Kevin Xu, a U.S.-based technology investor, note that while Chinese companies are making significant strides, they are not yet leading globally. However, China’s favorable regulatory environment could accelerate its catch-up process.
Conclusion
Wuhan’s experience with robotaxis highlights the promise and pitfalls of autonomous driving technology. While the city’s push to the forefront of smart-car technology is commendable, it weigh the economic and social implications for gig workers and the broader community. On the other hand, if the CCP finds it useful, they will get what they want.