A new Californian startup, Aseon Labs, has raised an initial $10 million in seed funding to tackle a significant hurdle in the robotaxi industry: the costly journeys autonomous vehicles make solely for cleaning and charging. The investment round was led by Crane Venture Partners, with additional participation from Y Combinator, Uber co-founder Garrett Camp's venture firm Expa, and several angel investors, as reported by TechCrunch.
Aseon Labs plans to develop automated 'pit stops' – compact, parking space-sized pods designed to be strategically located throughout cities. These units will be capable of inspecting, cleaning, and charging robotaxis, thereby minimising the need for vehicles to travel long distances to central depots. This innovative approach aims to drastically reduce 'deadhead miles,' an industry term for miles driven without a paying passenger, which currently represent a major drag on the profitability of autonomous vehicle services.
George Kalligeros, co-founder and CEO of Aseon Labs, highlighted the importance of increasing vehicle utilisation to achieve economic parity with traditional ride-hailing services. He emphasised that robotaxis need to be in continuous operation during peak demand periods. By distributing these automated service points, Aseon Labs believes it can keep autonomous vehicles on the road for longer, directly improving their operational efficiency and making robotaxi services more economically viable.
The seed funds will be primarily allocated to building five prototypes of these automated pods and expanding Aseon Labs' current six-person robotics and engineering team to approximately a dozen. Securing the necessary real estate for deploying this network of pods is also a key objective. Kalligeros and co-founder Dan Keene bring relevant experience from their previous venture, Pushme, a battery-swapping infrastructure startup for micromobility fleets, which was acquired by Tier Mobility in 2020.
Their prior experience in rapidly deploying non-permanent infrastructure for battery swapping across multiple European markets informs their strategy for robotaxi servicing. The co-founders noted that current robotaxi depots are often located outside city centres due to real estate costs, leading to extensive deadhead mileage. Aseon Labs' solution involves smaller, potentially mobile units classified as temporary structures, which could simplify permitting and allow for flexible relocation based on performance.