Norwegian startup 1X, supported by OpenAI, is set to initiate real-world home trials of their humanoid robot, Neo Gamma. Launched at Nvidia’s GTC event, the tests aim to collect critical data for refining the robot’s functionalities, marking a significant step towards commonplace household humanoid assistants.
1X’s CEO Bernt Børnich announced plans to place several hundred to a few thousand Neo Gamma units in homes by the end of the year. Early adopters will host the robots to gather data on how Neo Gamma interacts with people in real-world settings, rather than in controlled lab environments. Although Neo Gamma can perform basic tasks like walking and balancing through AI, it still needs human teleoperators for complex movements. This teleoperation helps gather essential data to enhance its future autonomous capabilities.
The trials will be vital for 1X’s internal AI model development, despite their collaborations with OpenAI and Nvidia. To address privacy concerns, 1X ensures users can control human operator access to the robot’s visual and auditory data. The growing interest in domestic humanoid robots is apparent, with competitors like Figure AI planning similar trials. There are also rumors that OpenAI is developing its own humanoid systems, highlighting the transformative potential of these robots for household chores, despite significant challenges.
Deploying robots in homes poses challenges similar to those faced by autonomous vehicle developers. Børnich acknowledges that Neo Gamma is not yet commercially viable or fully autonomous, but the data from these trials is critical for overcoming current limitations. This initiative by 1X to introduce Neo Gamma into homes marks a significant moment in domestic robotics. Combining AI with human oversight, the company aims to gather essential real-world data, paving the way for humanoid robots to become an integral part of daily life.