Chinese autonomous-driving leader Pony.ai officially launched its AI-powered robotaxi service in Hong Kong this month, marking a major milestone in driverless mobility. The robotaxis are fully electric, self-driving vehicles equipped with multiple LiDAR sensors, cameras, and AI-powered navigation systems that allow them to safely operate without a human driver. Initially serving Hong Kong International Airport, the service provides 24/7 autonomous transport for staff, with plans to expand into the city’s urban areas in the near future.
This launch positions Pony.ai alongside other Chinese competitors, including Baidu, in Hong Kong’s growing autonomous transport market. The company’s robotaxis are powered by its Gen‑7 autonomous driving system, featuring a fully automotive-grade AI “virtual driver.” The platform significantly reduces operational costs by cutting hardware and computational expenses while delivering high-precision navigation in complex urban environments.
Pony.ai is not stopping in Hong Kong. The company has ambitious global expansion plans, aiming to bring its AI robotaxis to South Asia, the Middle East, and Europe over the next few years. Its model leverages AI-driven perception and decision-making systems that allow vehicles to navigate safely without human intervention, making them scalable for dense city centers worldwide.
With licenses already in Beijing, Shanghai, Guangzhou, and Shenzhen, Pony.ai’s international push demonstrates how AI-powered mobility is transforming urban transportation on a global scale. The Hong Kong launch underscores the potential for autonomous taxis to reduce traffic congestion, lower emissions, and provide efficient, reliable public transport solutions.
As cities increasingly embrace AI-driven technologies, Pony.ai’s expansion highlights a new era of autonomous mobility where smart robotaxis are becoming an everyday commuting option. The company’s Gen‑7 system, combined with a growing global footprint, positions Pony.ai as a key player in shaping the future of AI-enabled urban transport.