High resolution barometer
Embedded sensor fusion (imu/ahrs) algorithms
Muse is used in wearable motion capture systems,to objectively detect the movement of the body segments of athletes and influence or record their movements via Bluetooth.
Muse is used in the production of wearable wireless sensors used in a clinical setting to assess a patient’s motor function and classify diseases (assessment of motor function and tremors and walking analysis) by acquiring data in real-time.
A multi-sensor system for continually and remotely monitoring structural vibrations in buildings. This system is particularly suited to use in historic buildings and area prone to earthquakes..
Muse uses a multifunction hardware module to analyse the vehicle dynamics of cars. The data collected can be used to score the driver or for insurance purposes..
Platforms have been produced in the audio-visual sector to stabilize the camera footage captured by a Remotely Piloted Aircraft Systems (RPAS) with actuators and Bluetooth communication..
Muse encapsulates the latest state-of-the-art sensor technology in one device.
Muse is ideal for compact wearable and IoT applications.
The system is low-power and wireless with Bluetooth connectivity, Flash storage, automated on/off functions and recharging, and an ARM® Cortex®-M4-based 32-bit microprocessor.
Muse is easy to use and programme; just two lines of code and you can use your software with our SDK.
Up-to-date APIs are available using Git versioning, so you can setup, create your own libraries and manage your network of devices from your own software.
Muse can be used for any wearable or IoT application with a high degree of customization