Measures watch accuracy, beat error, and amplitude using mechanical watch ticking sounds. It requires Apple EarPods' microphone for input. Users can adjust microphone contact with the watch crown to improve signal quality.
Turn your phone into an IoT device to send sensor data like accelerometer, gyroscope, and magnetometer to Azure IoT. Send and receive commands and device twin updates. Upload media to Azure storage. Connects to Azure IoT Central or Azure IoT Hub.
Displays real-time CPU and memory usage. Shows battery level and charging status. Provides live sensor data including accelerometer, gyroscope, and barometer. Displays location with accuracy and altitude. Shows Bluetooth LE advertisement details.
Track behaviors, note triggers, and record observations
Track and record behavioral observations using structured templates. Input antecedents, behaviors, and consequences. Generate reports and analyze data trends. Export observations for review and sharing. Set reminders for consistent data collection.
Logs 3-axis acceleration and rotational data, ground speed, altitude, distance, displacement, and course. Users can plot, replay, and analyze recorded data for experiments, sports, drones, vehicles, and security. Data is stored locally on the device.
The app connects wirelessly to AltimeterThree using Bluetooth to display battery level and status. It downloads and displays interactive graphs of altitude and acceleration after flight, and can share flight data for analysis.
Measures roadway curve angles in degrees. Calculates combined effects of superelevation, vehicle roll, and lateral acceleration. Provides advisory speed recommendations for horizontal curves. Syncs with devices for data storage and analysis.
Data captures , gyroscope, and magnetometer readings in real-time. Displays values along axes and rotation speed. Graphs behavior. Allows email sharing of collected data.
Play a -based puzzle game where you position objects to guide a to the goal. Adjust forces and friction in real-time. Complete 5 levels in the lite version.
Detect and measure fields using the device's magnetometer. Identify objects by strength and proximity. Record and view data over time. Compare readings to baseline values for accuracy.