Small sensors, big difference
Wearable technology has come a long way in a short amount of time. The combination of sensor-based technologies with the Internet of Things (IoT) is driving innovation across industries. As a result, the boundaries between physical, biological, and technological worlds are merging like never before.
A direct application is the expanding use of human motion tracking technology across health and sports fields that is pushing the boundaries of human digital interaction to new heights.
At your fingertips
These capabilities are now at your fingertips with our Wearables, to help you bring ideas to life through digitized human movement. Over 10 years of motion tracking experience can now be put to use in your applications, freeing you to focus on a faster entry to market.
Contact us about wearables
Wearables: Applications
Wearables for commercial applications
Movella DOT is a leading-edge development platform for analyzing and reporting human kinematics. The platform features high-accuracy wearable inertial sensors, an easy-to-integrate SDK, and community support from Movella experts. Utilizing a BLE 5.0 protocol and SDK that supports Android, iOS, Windows, and Linux platforms, makes Movella DOT best suited for mobile and PC-based applications.
Top tracking research applications
Best suited for research, the MTw Awinda is an easy-to-integrate wireless human motion tracker that works in real time. Using an antenna receiver and patented radio protocol, the MTw Awinda addresses the unique peculiarities of wireless sensor networks, including synchronization and packet loss.
The Most Efficient Way to Animate Your Characters
Movella DOT
Movella DOT is an industry leading development platform for the capture, analysis and reporting of human kinematics. Lightweight, portable, high-accuracy wearable inertial sensors, with an easy-to-integrate SDK.
MTw Awinda
MTw Awinda is an easy-to-integrate wireless human motion tracker for real-time applications. The patented Awinda protocol ensures highly accurate time-synchronized data sampling in all connected MTw’s, which is essential for accurate joint angles.