Teleoperation allows humans to control robots from a distance, but a significant gap often remains between the user’s intent and the machine’s action. Daimon is pioneering a new approach to bridge this gap with its wearable Force-Sensitive Exoskeleton, creating a more intuitive and responsive connection for both industrial and personal use.
The Core Technology: A High-Fidelity Haptic Link
At the heart of Daimon’s system is a high-resolution, multimodal tactile sensing system integrated into a dexterous robotic hand. When you wear the lightweight exoskeleton, your finger movements are precisely mirrored by the remote robot. More importantly, the system closes the loop. The tactile sensors on the robot’s fingers detect texture, pressure, and slip. This data is then translated into force feedback you can feel through the exoskeleton. This creates a realistic sense of touch, allowing you to handle objects from delicate laboratory samples to complex industrial components with confidence and care. This technology is a key part of our Vision-Tactile-Language-Action (VTLA) models, where physical touch informs intelligent action.
Expanding the Horizon of Applications
This technology transforms robot teleoperation across various fields. In intelligent manufacturing an expert technician can guide a remote robot through a delicate assembly process, feeling the fit of parts as if they were there. For laboratory automation, a scientist can safely manipulate hazardous materials from a safe distance without sacrificing dexterity. The system’s design, with its adjustable forearm support and manageable weight, makes it accessible for both trained professionals (B2B) and tech-savvy individuals (B2C) looking to explore robotics. By making sophisticated teleoperation easier to use, Daimon is unlocking new levels of remote work and exploration.
Conclusion
Daimon’s Force-Sensitive Exoskeleton for robot teleoperation is more than just a controller; it is a conduit for human skill. By fusing advanced tactile sensing with an intuitive wearable interface, we are making remote robotic interaction more natural and effective. This innovation is a direct step toward our mission of applying embodied intelligence to transform workplaces and unlock the full, revolutionary potential of intelligent robots.
