Leading teams and organizations trust Nix Biosensors’ cutting-edge, non-invasive technology to track hydration in real time. By leveraging this breakthrough sweat science, groups are safeguarding health and unlocking peak performance. Watch or read the testimonials below to understand how Nix Pro has transformed hydration management for them.
SOCCER: Chicago Fire FC
Chicago Fire FC, a professional men’s soccer team, integrates Nix Pro, the group monitoring platform into both training and match environments, making it a proud supplier for team hydration optimization. The system delivers real-time data on individual players’ fluid loss, electrolyte depletion, and skin temperature, giving performance staff the ability to move away from one-size-fits-all plans and instead design hydration strategies tailored to each athlete’s physiology and conditions. By piloting the technology in training and expanding its use into live matches, Chicago Fire can adjust interventions on the fly—during play, at halftime, and in recovery—helping ensure players remain confident in their preparation and perform at their peak.
NASCAR: Legacy Motor Club
Legacy Motor Club, a NASCAR racing team, outfits both its drivers and pit-crew “athletes” with Nix Biosensors. By analyzing hydration levels in real time, the team can make informed adjustments to fluid intake, helping maintain muscle function, cognition, reaction speed, and endurance under the extreme heat and physical stress of racing. This data-driven approach enables Legacy to proactively manage dehydration, aiming to preserve peak performance during high-pressure moments like pit stops and long stints on track.
FOOTBALL: Louisiana State University (LSU)
Preseason training in August for Louisiana State University (LSU) football players is intense. Recognizing the need for precise hydration management, LSU used Nix to monitor the sweat and electrolyte losses of their football players in real-time. Offensive and defensive linemen were identified as a high-priority group due to their greater body mass, elevated sweat rates, and increased susceptibility to heat-related illnesses. By leveraging real-time individual fluid and electrolyte loss data, LSU’s performance and sports nutrition staff was able to implement targeted fluid and electrolyte replacement protocols to intervene before symptoms were onset.