The Norwegian-based robotics venture 1X is planning to start home testing Neo Gamma, the humanoid robot, by the end of 2025.

TECHNICAL INFRASTRUCTURE AND FEATURES

Neo Gamma stands out with its AI-powered walking and balancing abilities. The design of the robot aims to offer a more natural interaction by mimicking human movements. However, although the robot has not yet reached full autonomous movement capability, it can be remotely controlled during the testing process.

The data obtained from the robot’s home testing will be used to further enhance AI models and increase Neo Gamma’s autonomy level. It is stated that the robot will collect data through microphones and cameras, while users will have the authority to control these data collection processes.

TEST PROCESS AND OBJECTIVE Bernt Børnich, the CEO of 1X, states that the tests provide a significant opportunity to evaluate how Neo Gamma performs among humanoid robots and learns by living with humans. The company aims to increase the robot’s adaptation capabilities and develop a technology that better meets user needs through the data obtained from home tests.

ETHICAL AND PRIVACY DEBATES The data collection process in a home environment raises concerns about user privacy. Having a device with active microphones and cameras at home brings up questions about data security. 1X aims to address these concerns by stating that users can control when the robot’s data collection functions become active. However, the proliferation of such technologies may lead to broader discussions about privacy and data security in the long run.

POTENTIAL USE CASES The human-like design of Neo Gamma could make it ideal for a variety of applications beyond the home. The robot’s adaptability in disaster response, healthcare services, elderly care centers, and industrial sectors could provide significant advantages. Additionally, the robot’s learning ability holds promise for developing solutions that can be personalized according to specific needs.

The testing process of Neo Gamma will provide valuable data on how humanoid robot technology can be integrated into daily life. These robots working effectively in real-life scenarios could provide supportive solutions for the workforce and improve quality of life in the long run. However, ethical and privacy issues must be carefully considered throughout this process. The results of the tests that 1X will conduct in the coming months will have a significant impact on the future of humanoid robots and will provide a roadmap on how technology will evolve.