Collects accelerometer and heart rate data from Garmin watches. Uploads data to secure servers. Displays research surveys and records user responses. Connects to Garmin devices for data synchronization.
Access expert-led fitness classes for physical and mental well-being. Track progress with built-in workout logs. Participate in community challenges. Use guided meditation and breathing exercises. Sync with wearable devices for real-time feedback.
Log entries with emotion tags and daily reflections. Track emotional patterns over time. Set self-care habits and receive reminders. Export entries and view progress charts. Sync data across devices.
Smart Scales track body composition with weight, BMI, and body fat analysis. Sync data to the for progress tracking and goal setting. Smart Bottles set hydration goals and send reminders. Monitor water intake and refill alerts via the .
Convert ANT+ sensor data to Bluetooth Smart for compatibility with fitness apps. View heart rate, power, speed, and cadence metrics. Control ANT+ trainers via BLE FTMS protocol. Sync data across compatible applications.
Measure using AR and TrueDepth sensor technology. Place device at eye level, follow on-screen prompts, and receive accurate PD measurement. Save and share results for eyewear purchases or customization.
Breath uses sound to connect users with their breathing. It generates dynamic sounds based on abdominal breathing patterns. Users can monitor breath depth and rhythm in real time.
The app collects, tracks, and analyzes blood pressure measurements, presenting them in a color-coded chart. It allows users to create custom tags for lifestyle factors and filter measurements to find correlations.
Track matches and training using built-in GPS on iPhone or Apple Watch. Split matches into halves or pause tracking as needed. View match details, performance metrics, and training data on iPhone.
Track biomechanics data during throws to monitor arm strength and recovery. Set daily workload targets based on individual mechanics. Adjust throwing programs using workload history and biomechanical metrics.