The 4NE-1 humanoid robot, developed by Neura Robotics, operates in homes, workplaces, and industrial settings. It is built on Neura’s cognitive technology platform. The robot combines AI-driven perception, 3D vision, and force-torque sensors for advanced interaction with humans and objects. Its human-like form allows it to navigate spaces designed for people. Additionally, its exchangeable forearms and multi-modal interaction features—such as voice and gesture recognition—enhance adaptability.

Safety and adaptability are central to 4NE-1’s design. Neura Robotics equipped it with a touchless human detection system to prevent collisions. As a result, it perceives and avoids obstacles, even in cluttered environments. Furthermore, force-torque sensors give it a sense of touch for precise object manipulation. This feature also ensures safe collaboration with humans. In addition, 4NE-1 moves across different terrains while maintaining balance and stability.

Beyond its physical capabilities, 4NE-1 operates within the Neuraverse ecosystem. This AI-driven platform allows continuous learning and improvement. Consequently, the robot recognizes voices, understands multiple languages, and interprets human emotions. These features make it ideal for applications requiring natural human-robot interaction. Moreover, 4NE-1 has a payload capacity of 15 kg, a height of 180 cm, and a mobility speed of 3 km/h. These specifications make it suitable for industrial automation and personal assistance.