inCORPUS® ensures vitality and resilience of your players through a demanding schedule, keeping them on the pitch and optimizing their performance.
A mobile application for players that connects to any heart rate sensor. Measuring and analysing their physiological profile, delivering results in real-time through the app and to the coaching staff.
Know moreA web interface for professional coaches and staff. Providing a rapid overview of each Players’ physiological profile and analytics. Compare training periods, strategies, and access detailed metrics.
Know moreinCORPUS® relies on a best-in-class physiological profiling algorithm using Heart-rate variability (HRV)
Objective analysis of the Sympathetic and Parasympathetic Nervous System (SNS & PNS) modulations on the heart.
inCORPUS® identifies 8 unique physiological profiles tailored to each user’s baseline and associated with internal load (fatigue state).
There are over 11’000 scientific publications referencing HRV, and 18 specifically referencing the inCORPUS® approach by its founding experts.
With our state-of-the-art cloud infrastructure, we have already analyzed over 60’000 checkups.
Only 10 minutes weekly is required to reliably assess player’s fatigue.
Using patent-pending AI, the CUBE evaluates a user’s profile and predicts upcoming fatigue.
It is well recognised that the risk of injury in professional soccer players increases with fatigue. A recent study (1) demonstrates that the capacity to rapidly produce force is one of the key factors associated with the risk of injury.
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Relevance and usefulness of HRV is debated both in the scientific field and the sport professional world. However, a recent meta-analysis (1) using a continuous follow-up, demonstrates conclusively the relevance of HRV to professional sports.
A study on 266 players demonstrated that a congested calendar decreases performances and increases injuries in players qualified for the Football World Cup (1).
The teams without a winter break (England) have a higher number of injured players, longer and more absences compared to teams with a winter break (other European leagues).
It is well recognised that the risk of injury in professional soccer players increases with fatigue. A recent study (1) demonstrates that the capacity to rapidly produce force is one of the key factors associated with the risk of injury.
Know moreRelevance and usefulness of HRV is debated both in the scientific field and the sport professional world. However, a recent meta-analysis (1) using a continuous follow-up, demonstrates conclusively the relevance of HRV to professional sports.
Know moreA study on 266 players demonstrated that a congested calendar decreases performances and increases injuries in players qualified for the Football World Cup (1).
Know moreThe teams without a winter break (England) have a higher number of injured players, longer and more absences compared to teams with a winter break (other European leagues).
Know moreLike top-tier football clubs, start using inCORPUS in your training routine and save money on player’s costs
Know moreinCORPUS is developed by Be.care SA, a Swiss startup founded in 2016 in Lausanne area, a leading technology hub and home of international federations including UEFA and IOC
Know moreour team of experts is here to support your players and staff, or provide additional services upon request
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