Gasgoo Munich- OneRobotics (6600.HK), hailed as the "first stock" in embodied home robotics, recently won a bid for Shenzhen's "AI Ecological Innovation Community Equipment Procurement and Site Construction Project." The contract is worth 44.95 million yuan.
Centered on the construction needs of an "Embodied Intelligence Data Full-Chain Service Center," the project encompasses embodied robot bodies, data acquisition systems, integrated data management platforms, and the construction of various real-world scenarios.
Image Source: OneRobotics
Specifically, the project will deploy core equipment including OneRobotics's self-developed onero H1 mobile dual-arm embodied robot, UMI data acquisition terminals, and wearable teleoperation data collection systems. Simultaneously, it will establish real-world application scenarios spanning home services, elderly care, retail, and scientific research.
The home service scenarios will feature multiple standard residential units and themed functional zones. These will cover high-frequency daily tasks—such as living and dining, bedroom and bathroom maintenance, balcony use, storage organization, picking and placing, and opening and closing. The goal is to provide data sources for embodied intelligence model training that mirror the physical world and actual service demands. The project is expected to be delivered within the year.
As a company deeply entrenched in the home embodied intelligence sector, OneRobotics has proposed a "One Brain, Many Forms" technology framework. Anchored by its self-developed "OneModel" AI brain, this system enables robots of different forms to share capabilities and undergo continuous iteration.
Currently, OneRobotics's products are available in over 90 countries and regions, making it one of the few companies to have achieved commercial implementation of embodied intelligence.
This win not only validates OneRobotics's evolution from a "commercialization leader" to a "data infrastructure provider," but also marks a critical step in establishing a complete data loop encompassing robot bodies, teleoperation systems, real-world scenarios, data acquisition, data management, and model training.
