Powered by the Daimon One multimodal model, it enables robots to efficiently execute complex tasks such as grasping and twisting.
Highly adaptable to domestic environments, it delivers a complete "Perception - Decision - Execution" closed loop, driving highly flexible and autonomous operations.

Empowered by our core visuo-tactile technology, service robots can precisely capture an object's intricate details, shape, weight, and surface textures.
Simultaneously, they recognize human interaction intents to provide real-time feedback, seamlessly adapting to diverse scenarios such as guest reception, medical care, and home companionship.
Equipped with advanced visuo-tactile perception, these robots excel at delicate tasks—from precise object handovers to flexible collaboration in complex environments—significantly elevating the intelligence and human-centric quality of the service experience.

Accurately identifies item dimensions, weight, and material properties to effortlessly grasp diverse objects, including fragile and irregularly shaped items. It ensures end-to-end safety and stability during transport, driving a higher level of intelligence in logistics sorting and handling.

Equip grippers and end effectors with multi-dimensional tactile perception to analyze workpiece shapes, material hardness, and assembly force in real time.
Perfectly adapt to industrial scenarios like automotive and electronics manufacturing, ensuring smooth execution of delicate operations such as wire insertion and parts assembly.

Tailored for diverse research and educational needs, it can be applied in scenarios such as Embodied AI algorithm development and validation, robotics teaching platform setup, human-robot interaction (HRI) research, and multimodal perception data fusion experiments, providing robust support for scientific innovation and talent development.

Deliver a complete solution covering everything from hardware components to fully integrated data collection devices and toolchains.
Backed by real-world data, it provides comprehensive, high-quality data support for algorithm training and model optimization.