The athlete digital data passport is a secure and portable record of an athlete's performance data.

The Athlete Digital Data Passport is a longitudinal record of an athlete's digital training  and competition data, which can reveal changes in an athlete's physiology by training or even can indicate forms of cheating. The ADDP can be used by the athlete's support team, event organizers, federations and organizations to deter athletes from using performance enhancing drugs. 

The passport requires athletes to share their data with members of their support team and the passport's analytic team to identify potential use of PED or methods of cheating.

By monitoring all of an athlete's training and competition data, the need for additional drug testing, such as but not limited to urine or blood, is largely reduced. The athletes whereabout is known daily due to automated data synchronization. Athletes with suspicious data sample might be suspect to immediate additional in- and out of- competition drug testing using traditional methods.

In addition to benefiting athletes, a digital data passport can also benefit coaches and other members of an athlete's support team. By having access to comprehensive athlete data, coaches can tailor training plans and make data-driven decisions to optimize an athlete's performance and health and well being.

Overall, the mission of an athlete digital data passport is to empower athletes to take control of their data and performance and health by providing them with access to accurate, comprehensive, and secure data and trends.

Clean athletes will be strongly supported and the risk of false positives becomes very low as athletes can demonstrate that changes in their physiology were not the result of doping but rather due to other factors such as illness, injury, or natural variation.

The integrity of sport is protected by deterring and detecting the use of cheating and use of performance-enhancing substances or methods and promoting fair competition among athletes.

We are currently in testing phases.