Mission
Innovative systems that revolutionize how people interact with digital environments.
Move & Feel develops wearable technologies that help people understand the body in motion and interact with digital environments in a more natural way.
Our mission
The company's objective is the creation of innovative and highly technological systems to revolutionize the way to interface with digital systems, improving the user's experience, and enhancing immersion with virtual environments.
Target applications include entertainment, industry, sporting, rehab, and health.
Our vision
The company was born from the fusion of diverse expertise in professional disciplines (haptics, mocap, engineering, ergonomics, human movements, rehab).
Their unique combination of knowledge and know-how led to innovative wearables designs based on various technical solutions. Only by sharing knowledge and expertise can an idea evolve and become a winning project.
Inertial sensing and motion capture
Wearable inertial sensors capture full-body movement and translate it into precise 3D data for analysis, interaction, and real-time digital control.
Haptic feedback technology
Real-time tactile feedback returns sensations to the wearer, supporting training cues, gaming immersion, and rehabilitation guidance.
Immersive environment design
Extended reality and interactive environments connect hardware to digital experiences across entertainment, sport, industry, and health.
Our vision
Born from the fusion of diverse expertise in professional disciplines.
The company brings together knowledge in haptics, motion capture, engineering, ergonomics, human movement, and rehabilitation. This unique combination drives the design of innovative wearable systems based on multiple technical solutions.
Entertainment, sport, and gaming
Wearable platforms that enable new forms of play, training, and immersive interaction where the body becomes the controller.
Industry, rehabilitation, and health
Sensing and feedback systems applied to biomedical monitoring, industrial human-robot collaboration, and recovery-oriented movement tracking.