Cardio Energizer

Features Cardio Energizer

The cardio-energizer application makes it possible to identify the states of physiological fatigue of patients or players in order to adapt the load of their physical practice or training from the heart rate variability, measured with the help of any which heart rate sensor.The cardio-energizer application analyzes and delivers the results live in order to detect any states of fatigue and offers the practitioner or trainer recommendations concerning the level of physical load.
The information is delivered both to the subject but also to the trainer thanks to a dashboard bringing together all the members of the group.The test that we offer in the premium version, lasting 5 minutes in a lying position, allows all types of public to carry it out in safety.
The signal is first analyzed and cleaned using a robust algorithm based on the latest scientific publications on cardiac signal processing.
A profiling of each subject carried out on the first tests at various intensities will then make it possible to individualize the monitoring and the recommendations of the training load.
Our methodology allows the practitioner or trainer to adapt his training program according to variations in the level of fitness of his patient or athlete, not from a single physiological data but from their average over several days.We have also chosen to provide you with heart rate variability indicators that currently have the greatest scientific consensus.
You get your result in a few seconds, which you can consult later thanks to access to the history of your various checkups.The premium version of the cardio-energizer application only has simple functionality and does not have a multi-factor analysis present in our other versions.Finally, the cardio-energizer application allows you to record and manage the training load of your patient or athlete according to the variations in heart rate during your sessions.
The training load variation indicator will allow you to control the quantity and quality of training sessions in order to avoid any injury by better managing the states of fatigue linked both to excessive load variations but also based on heart rate variability data.