PIX Moving
PIX Moving is a physical AI-based urban robotics company that provides cities with services centered on "moving spaces" through a RaaS (Robot as a Service) subscription model.
Unlike traditional autonomous driving business models, PIX thinks from the endgame of autonomous driving and was the first to define "autonomous moving space" as a new category of urban robots — that is, providing moving space services while meeting daily travel needs, rather than being merely a means of transportation.
PIX's core products — RoboBus, RoboShop, and RoboVan — are essentially urban robots with a "spatial form." Built on a modular robotic chassis platform, they break free from the cabin limitations of traditional vehicles and can be flexibly configured according to urban needs as mobile retail units, coffee spaces, office pods, or shared mobility units.
From "Means of Transportation" to "Urban Infrastructure"
Traditional urban infrastructure is highly dependent on fixed forms:
once a building is constructed and a road is paved, its functions and efficiency are locked in for the long term.
The urban robot system proposed by PIX is introducing a new possibility: making some urban functions "mobile."
Through autonomous driving and modular design, PIX's urban robots can take on different roles at different times and in different areas according to urban needs, for example:
Short-distance shuttles and micro-circulation mobility
Mobile retail, coffee, and service spaces
Carriers for urban events, cultural tourism, and public services
Co-creation
PIX looks forward to establishing partnerships with cross-disciplinary enterprises, organizations, and pioneers worldwide, working together on innovative transformation of the automotive industry and cities. We hope to collaborate with real estate developers, retailers, lifestyle service providers, chain brands, industrial parks, university research institutions, governments, and communities to apply autonomous driving and entirely new vehicle design and manufacturing to real life, jointly exploring and developing innovative applications and scalable deployment based on the PIX skateboard chassis.
