Teleoperation allows human operators to control robots from a distance, merging human intelligence with robotic strength and precision. For this to feel natural and effective, the control system must be intuitive and provide high-fidelity feedback. Daimon is pioneering this field by developing advanced wearable teleoperation systems that are not only technologically sophisticated but also accessible and practical for both industry professionals and individual innovators.
The Wearable Teleoperation System: A Gateway to Embodied Intelligence
Our Wearable Teleoperation System is designed for ease of use and comfort, weighing only 3.2kg. It features an adjustable forearm section to fit a wide range of users. This system acts as a direct bridge, capturing the nuanced movements of a human operator’s arm and hand. These movements are then translated into precise actions for a robotic system on the other end, such as a dexterous hand or an entire embodied robot. The goal is to make the robot feel like a natural extension of the user, enabling them to perform complex manipulation tasks remotely. This is invaluable in environments that are hazardous, sterile, or simply out of physical reach.
The Core Technology: Vision-Tactile-Language-Action (VTLA) Models
The true magic of an effective teleoperation system lies in the feedback loop. Simply controlling a robot is not enough; the operator must be able to ‘feel’ what the robot is doing. This is where Daimon’s core expertise comes into play. We develop high-resolution multimodal tactile sensing systems for our dexterous hands. These sensors provide rich, detailed data about interactions, much like human skin and nerves. We then deeply integrate Artificial Intelligence with robotics to build what we call Vision-Tactile-Language-Action (VTLA) models. These models fuse visual data from cameras with high-fidelity tactile feedback from the sensors, allowing the system to understand and learn from its interactions with the physical world. This enables more autonomous and intelligent robotic manipulation, moving beyond simple remote control towards shared autonomy.
Conclusion
Daimon’s approach to teleoperation is not just about creating a control device; it’s about building a seamless, intelligent link between human and machine. By combining our lightweight, user-friendly exoskeleton with our proprietary VTLA models and advanced tactile sensing, we are unlocking new possibilities. From handling delicate items in intelligent logistics to performing complex procedures in laboratory automation, our technology is making it easier and more intuitive to deploy robotic skill wherever it is needed. We are committed to pushing the boundaries of embodied intelligence, transforming how work is done and unlocking the revolutionary potential of intelligent robots.
