Transforming movement analysis with AI and wearable technology
Our Services
Integration
Our system is designed to work seamlessly with any IMU sensors. Provided the raw IMU data is saved in C3D format—the industry standard for motion capture—our interface can read, process, and analyse it.
Measurement
Integrated with seven IMU sensors, our system delivers powerful biomechanical insights, from joint angles and ground reaction forces to internal musculoskeletal forces across the ankle, knee, and hip joints. No bulky lab equipment. No complex setup. No images that reveal user identity. Our solution makes measurement easy, accessible, and scalable — anytime, anywhere.
Analysis
From understanding the forces underlying gait and functional movement, including individual muscle forces and joint contact forces, to optimising orthopaedic surgery, rehabilitation treatments, and assistive device design, we empower clinicians, healthcare professionals, engineers, and coaches to unlock the full potential of movement science for better outcomes.
Trusted by Researchers
Our system’s continuous evolution is powered by our world-leading research. This expertise ensures our solutions remain cutting-edge, robust, and perfectly tailored to meet the demands of modern biomechanics research and clinical practice.
Research & Development
Discover more about our work by reviewing our latest research papers.
TFNet: A Temporal-frequency Domain Model for Gait Biomechanical Signal Prediction
Measuring Lower-Limb Kinematics in Walking: Wearable Sensors Achieve Comparable Reliability to Motion Capture Systems and Smartphone Cameras
Gait Intention Prediction Using a Lower-limb Musculoskeletal Model and Long Short-term Memory Neural Networks
Contact Us
Start capturing lab-quality movement data—anywhere.
Our Team
Partner with Us to Shape the Future of Movement Analysis
Request a Demo
Or reach out directly:
j.roberts@bham.ac.uk
+44 (0)121 414 8652