A ground-breaking gadget developed by a Japanese tech startup called H2L allows you to move your entire body and transmit physical strength to humanoid robots by using your body as a remote control. Humans, robots, and avatars can all share immersive experiences thanks to the cutting-edge Capsule Interface technology, which creates new opportunities for remote communication and teamwork.
With sophisticated controls that turn your body into the interface for controlling a humanoid robot, the Capsule Interface functions similarly to a massage chair. A woman remotely operates a Unitree Robotics H1 humanoid robot in a video posted by H2L, showcasing the system’s capacity to transmit force and precise body movements. With the help of the user, the robot can carry out tasks like cleaning, moving a box, and conversing with another individual.
In contrast to conventional teleoperation, which usually mirrors user movements using motion sensors, H2L’s Capsule Interface is driven by advanced muscle displacement sensors. The system is able to record a user’s physical intent and force in real time because these sensors are able to detect even the slightest changes in muscle tension. Beyond simply limb placement, this muscle-centric approach provides a more profound sense of emotional and physical realism.
H2L’s technology maintains force awareness, which enhances haptic authenticity. For instance, the robot not only imitates the user’s movement but also shows the effort the user puts forth when lifting a heavy object. By improving empathy and immersion, this feedback loop helps teleoperation feel more organic and integrated.
The Capsule Interface does not require complicated equipment or a lot of training because it is made for effortless, natural use and can be effortlessly incorporated into chairs or beds. It has potential uses in a wide range of industries, including business, healthcare, entertainment, and agriculture. Proprioceptive feedback will be added in the future by H2L, which will increase shared experiences between humans and machines and improve realism even more.
