The Rithmio EDGE workout-tracking app allows users to get a better understanding of their fitness progress, distinguishes between seemingly similar exercises, such as hammer curl or bicep curl, and provides the ability to learn each athlete’s form in an unsupervised way.
In order to do this, the Rithmio EDGE uses motion sensitive technology that recognizes which exercises are being performed -- which is made possible by pairing the workout-tracking app with an 'Android Wear' smartwatch.
Once the two are connected, users have their work automatically input into the app so that they can set personal goals by comparing their previous duration, sets and repetitions as well as their active time versus resting time. In addition to this, the Rithmio EDGE's motion sensitivity alerts users if they are doing exercises with incorrect form, accurately counts your reps and updates your workout log.
Motion-Sensitive Fitness Apps
Rithmio EDGE is a Workout-Tracking App That Offers Tips and Stats
Trend Themes
1. Motion-sensitive Fitness Tracking - Opportunity for disruptive innovation in developing advanced motion-sensing technology for accurate workout tracking.
2. Exercise Form Recognition - Opportunity for disruptive innovation in creating algorithms and machine learning models for recognizing and correcting exercise form.
3. Real-time Workout Feedback - Opportunity for disruptive innovation in providing immediate feedback to users based on their workout performance through motion-sensitive technology.
Industry Implications
1. Fitness Technology - Opportunity for disruptive innovation in the fitness technology industry by integrating motion-sensitive tracking devices into workout apps.
2. Wearable Technology - Opportunity for disruptive innovation in the wearable technology industry by developing motion-sensitive smartwatches or fitness trackers for accurate workout tracking.
3. Data Analytics - Opportunity for disruptive innovation in the data analytics industry by developing advanced algorithms for analyzing workout data collected from motion-sensitive fitness apps.