The Hydration Biosensor designed by Nix is a wearable device that is made to be worn along the bicep. It is a pod-and-patch combination that lets out a sensor to endurance athletes on when they should be hydrating during a workout. Additionally, it is able to give wearers personalized hydration recommendations and calculate the electrolyte loss that is dependent on certain variables including their sweat rate and weather.
It is designed with two components -- this includes a reusable sensor pod and connects to single-use patches. These patches are made from a latex-free adhesive to ensure that it is comfortable to wear. Before working out, the pods have to be aligned with the grooves in the sensor attachment and twisted to lock on.
Sweat-Wicking Wearable Biosensors
Nix Develops a Hydration Biosensor for Endurance Athletes
Trend Themes
1. Wearable Biosensors - The development of wearable biosensors for fitness and health purposes in the sports industry creates opportunities for personalized health and fitness tracking for individuals.
2. Hydration Monitoring - The development of devices such as the Hydration Biosensor from Nix creates opportunities for precise hydration monitoring in the sports industry, which can lead to improved performance and health for individuals.
3. Personalized Recommendations - The ability of biosensors to provide personalized recommendations for athletes can lead to the development of customized products and services in the sports industry.
Industry Implications
1. Fitness Wearables - The fitness wearable industry can benefit from the development of wearable biosensors that offer hydration monitoring and personalized recommendations to users.
2. Sports Nutrition - The sports nutrition industry can leverage biosensors to create customized hydration and nutrition plans for athletes based on their unique requirements and training conditions.
3. Athletic Apparel - The athletic apparel industry can integrate wearable biosensors into their products to offer users data-driven insights into their hydration levels and overall physical performance.