A Japanese startup H2L (an abbreviation for Happy Hacking Life) has launched a groundbreaking teleoperation device, a capsule-like apparatus resembling a massage chair, which is expected to change the way we interact with robots, especially humanoid robots. The basic price of this capsule interface is 30 million yen (approximately 140,000 USD), which is not a product for the mass market, but it marks a milestone for industries that require remote presence without sacrificing physical precision.
This capsule interface allows users to control humanoid robots through muscle movements, effectively turning the human body into a remote interface. This innovative system not only replicates movements but also captures the forces behind those movements, providing a more immersive and emotionally rich experience for remote collaboration. Many foreign media outlets believe that this device makes controlling products like humanoid robots as easy as playing a game.
▍Redefining Remote Interaction
Unlike the control methods of current remote control devices on the market, H2L combines this sensing technology with elements such as displays, speakers, and smart connectivity to achieve an immersive experience without the need for clothing or complex training. However, the design of the capsule interface goes beyond simple motion tracking. Traditional remote operation typically relies on motion sensors to mimic user movements, such as IMUs, exoskeletons, or optical trackers. However, unlike traditional systems that rely on sensors to detect motion, H2L ‘s technology can capture subtle changes in muscle tension, and these muscle sensors can capture real-time intent and force, allowing the robot to replicate movements and the physical forces behind them. In a demonstration video, users can remotely control Unitree Robotics H1 humanoid robot to perform tasks such as moving boxes or interacting with others.
The key to its immersive experience lies in its ability to replicate force— something that is often overlooked by traditional motion capture systems. In May 2025, researchers from Stanford University and Simon Fraser University developed TWIST, an AI system that enables humanoid robots to accurately mimic human movements in real-time. H2L believes that merely synchronizing movements does not create an engaging experience, and thus, through the setting of shared physicality, by directly mapping real-time muscle activity onto the humanoid robot, the capsule interface retains a sense of force awareness, enhancing tactile embodiment, and the capsule interface enhances the realism of interaction.
This device utilizes muscle sensors embedded in comfortable chairs or beds to capture the subtlest changes in your movements, making remote work and collaboration feel more authentic. H2L hopes to soon integrate proprioceptive feedback into its devices, because whether conducting business meetings through humanoid robots or remotely handling physical tasks, this system allows users to “transmit” full-body movements and physicality into virtual spaces.
One of the most impressive aspects of the capsule interface is its ability to seamlessly integrate into daily life. Unlike traditional exoskeletons or wearable devices that require specialized training or significant effort, the capsule service pod is installed on specially designed beds or chairs, allowing interaction without leaving your seat, and the capsule interface can be used while sitting or lying down, with users only needing to perform subtle movements to operate the robot or virtual character. This ease of use opens up endless possibilities, especially for those who may find it difficult to adapt to more complex or physically demanding systems.
▍Practical Applications Across Various Fields Possibilities
The potential uses of the capsule interface extend far beyond office meetings or entertainment. H2L envisions a range of practical applications that can reduce the physical demands of work and improve efficiency across multiple industries. For example, delivery personnel can use the system to remotely handle items, alleviating physical burdens. In disaster areas, this technology can assist people in performing dangerous tasks safely, such as clearing debris or demining.
In addition to commercial applications, this technology can provide practical solutions to everyday challenges. Imagine being able to assist elderly family members with household chores from the comfort of your home, remotely managing robotic equipment on a farm, or performing delicate tasks in hazardous environments. Real-time muscle activity is directly mapped onto humanoid robots, retaining a sense of force awareness and enhancing tactile realism and embodiment.
Agriculture is another area that stands to benefit. Farmers can remotely operate agricultural robots, sharing expertise in real-time, alleviating labor shortages in rural areas. This ability to remotely control robots is also significant for industries that require specialized labor, as these industries can share expertise without needing personnel on-site.
The capsule interface can also be used for remote work, touring various places without travel, or for personal or romantic experiences, as it can share physical sensations. In the future, H2L plans to take it a step further by adding proprioceptive feedback to enhance realism and expand the scope of human-robot shared experiences.
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