Autonomous, self-driving vehicles built for on-demand transportation services are commonly referred to as robotaxis. This topic covers the AI and sensing technologies that enable driverless operation, including perception, sensor fusion, mapping, and real-time decision-making. It also explores fleet management, safety validation, regulatory frameworks, and the challenges of deploying autonomous vehicles in public urban environments. As large-scale pilots expand into commercial services, these systems are becoming a key test case for real-world autonomy. Their development has broader implications for mobility, urban planning, and the future of transportation services.
Elon Musk said Tesla will delay the Optimus V3 unveil until closer to its production date, targeting a July-August window, citing concerns that competitors are conducting frame-by-frame analysis of Tesla’s robotics demonstrations to replicate the technology.
Tesla has raised its 2026 capital expenditure target to over $25 billion, up from a January forecast of more than $20 billion, as CEO Elon Musk accelerates investment in AI infrastructure, self-driving technology, and humanoid robotics.
Xpeng president Brian Gu told Reuters the Chinese EV maker will begin mass production of its flying car in 2027 and plans to bring humanoid robots to market by the final quarter of 2026, adding to an expanding portfolio that includes robotaxis and EV partnerships.
Tesla has launched its driverless robotaxi service in Dallas and Houston, extending a program that began in Austin and marking the company’s most significant autonomous ride-hailing expansion to date.
Waymo has secured $16 billion in new funding to expand its autonomous ride-hailing service, accelerate fleet deployment, and support international launches in Europe and Asia.