H2L, a pioneering technology startup based in Tokyo, has unveiled the Capsule Interface, a groundbreaking device that allows users to control robots using their entire body. This innovative technology not only transmits movement but also conveys physical force, marking a significant advancement in human-robot interaction. The Capsule Interface is set to revolutionize the way humans engage with robots and digital avatars by providing an unprecedented level of immersion and precision.

At the heart of the Capsule Interface are advanced muscle displacement sensors. Unlike traditional teleoperation systems that depend on motion sensors or exoskeletons, H2L’s sensors detect even the slightest changes in muscle tension. This capability enables the device to capture both the intent and effort behind every movement. As users lift, push, or grasp, the system measures the applied force and transmits this data to a remote robot in real time. This results in a more authentic, responsive, and natural interaction between humans and machines.

Designed for comfort and accessibility, the Capsule Interface can be integrated into chairs or beds, allowing users to operate robots while sitting or lying down without the need for bulky wearables or extensive training. Users simply move their limbs, and the system records and communicates these movements along with associated muscle activity. Equipped with a display and speakers, the interface provides real-time audiovisual feedback, creating an intuitive and engaging two-way connection.

In professional settings, this technology enables individuals to attend meetings or perform tasks remotely by operating humanoid robots from home or nearby offices. Delivery workers can manage heavy loads remotely, reducing physical strain. The Capsule Interface holds significant potential for disaster response as well, allowing operators to control robots in hazardous environments without risking human lives. In everyday life, it can assist with household chores, support elderly family members, and help farmers manage agricultural robots remotely.

Looking ahead, H2L plans to enhance the realism of the Capsule Interface by introducing proprioceptive feedback. This feature would allow users not only to control a robot but also to feel what the robot is experiencing—such as sensing resistance when lifting something heavy or feeling an object’s texture through the robot. By providing this kind of physical sensation, remote collaboration and communication become more lifelike and engaging. This upgrade could unlock new possibilities in education, healthcare, and entertainment where a true sense of touch and movement can make a significant impact.

Ultimately, H2L’s Capsule Interface offers a glimpse into a future where our physical presence and abilities can extend far beyond our bodies. By enabling natural movements to control robots and transmitting the sensation of force, this technology could transform how we work, assist others, and connect across distances.