iCueMotion
iCueMotion is an independent R&D lab dedicated to improving human movement performance, learning and rehabilitation. Its larger mission is to develop technology that can empower people by helping them harness their natural physical potential and perform motion skills consistent with their body type, skill level, and health status. iCueMotion was founded by Dr. Bérénice Mettler. She was a tenured professor at the University of Minnesota, where she started and ran the Interactive Guidance and Control Lab. She is the recipient of several awards, including NSF Career Award, and was recently awarded a PECASE award by president Obama. The company has grown from her passion for playing sports, and learning and perfecting new movements, as well as a fascination for the human neurological and physical processes supporting the performance and acquisition of skills. At iCueMotion she applies her pragmatic scientific approach gained over 20 years of scientific research and running experiments in the field of autonomous flight and human motion guidance and control.
Company Overview
iCueMotion is a privately held company founded in 2012, headquartered in San Francisco, California. The company operates within the Software Development industry and employs a small team of seven individuals. iCueMotion focuses on developing proprietary technologies that integrate biomechanics and machine learning to enhance human performance and training.
Technology and Specialties
iCueMotion specializes in motion skills, human performance and training, dynamics, kinematics, and biomechanics algorithm development. The company utilizes data from wearable sensors to provide real-time feedback and adjustments to users' movements. Its algorithms are designed to decode and analyze human movement data, aligning training with individual body types, skill levels, and health statuses.
Research and Development
The company engages in partnerships with universities to advance research in human motion and skill acquisition. iCueMotion has received funding from multiple grants, including the National Science Foundation, to support its research and development efforts. This collaboration aids in the testing and refinement of its motion guidance systems.
Applications of Technology
iCueMotion's augmentation technologies can be applied to wearables for sports enthusiasts, athletes, and professionals, as well as smart sports equipment and medical devices. The company's real-time feedback augmentation algorithms are designed to assist in the acquisition and maintenance of movement skills, empowering individuals to harness their physical potential.
Collaborations
iCueMotion collaborates with various sports teams and rehabilitation centers to test and refine its motion guidance systems. These partnerships facilitate the practical application of its technologies in real-world settings, enhancing the effectiveness of training programs and rehabilitation efforts.