Catapulting into the Future of Sports and Wearable Technology

Catapulting into the Future of Sports and Wearable Technology 

By Mark Meisner

Wearable technology is quickly becoming commonplace across both collegiate and professional sports. Born out of a desire for athletes to gain a competitive advantage, devices such as WHOOP, Fitbit, and Apple Watches are rapidly penetrating the sports market. These tools provide athletes, teams, and coaches with real-time feedback designed to improve performance, prevent injuries, and ultimately help teams win. 

The range of wearable technologies available today provides unprecedented insight into player performance and health. These devices track metrics such as heart rate variability, sleep quality, workload, and recovery levels, data that can help coaches and trainers make informed decisions about training intensity, rest, and game readiness. 

But with this surge in data collection comes a host of legal considerations. Questions surrounding data privacy, sports gambling, and perhaps most importantly, ownership of the underlying biometric data are beginning to surface. As wearable technology becomes further embedded in athletic programs, the legal and financial implications of collecting and storing this data will only grow in importance. 

At its core, wearable technology generates vast quantities of highly sensitive personal information. While teams often justify the use of this technology as a way to protect athlete health and optimize performance, the same data can also reveal vulnerabilities. Information about fatigue levels, injury risk, or recovery limitations could have serious consequences if disclosed beyond the intended audience. 

From a privacy standpoint, athletes may not fully appreciate the scope of information being collected about them. In some cases, participation in wearable monitoring programs is effectively mandatory for athletes who wish to remain competitive or maintain their standing on a team. This raises important questions about consent and control. Who ultimately owns this data, the athlete, the team, the league, or the technology provider? 

The answer to that question carries substantial financial implications. Performance and biometric data is increasingly being recognized as a valuable asset within the sports industry. Teams may use it to gain competitive advantages, technology companies may seek to aggregate and analyze it, and leagues may explore ways to incorporate advanced data into broadcasting, fan engagement, and sports betting products. 

Beyond its operational use, athlete data may also carry intellectual property and licensing value. Aggregated performance metrics, biometric insights, and proprietary analytics platforms can become valuable commercial assets capable of being licensed to broadcasters, technology partners, betting operators, or performance analytics firms. As a result, the ownership and control of this data may increasingly resemble other forms of valuable sports-related intellectual property. 

As the sports betting industry continues to expand, the integrity of athlete data becomes even more critical. Real-time physiological data could theoretically influence betting markets or provide insights into a player’s likelihood of performing at a certain level. If such data were improperly disclosed or accessed, it could create integrity risks not only for teams but also for leagues and sportsbooks. 

There is also the potential for financial consequences at the individual athlete level. If biometric data reveals that an athlete is at an elevated risk of injury or experiencing fatigue, that information could influence contract negotiations, roster decisions, or endorsement opportunities. Without clear safeguards in place, athletes may find that the same technology designed to enhance performance could also affect their earning potential. 

At the professional level, these issues may increasingly be addressed through collective bargaining agreements between leagues and players’ unions. As athlete data becomes more valuable, unions may seek to negotiate clearer protections surrounding how biometric information is collected, stored, and commercialized, as well as whether athletes are entitled to share in the economic value generated from that data. 

For collegiate athletes, the issue is even more complex. Many college athletic programs have adopted wearable technologies to monitor athlete health and workload, yet the athletes themselves often have limited leverage to negotiate the terms under which their data is collected and used. As college sports continue to evolve in the era of name, image, and likeness rights, questions surrounding athlete data ownership may soon become part of the broader conversation about athlete compensation and athlete rights. 

From a legal perspective, these developments highlight the importance of establishing clear policies governing the collection, use, and protection of athlete data. Teams, leagues, universities, and technology providers should be proactive in defining who owns biometric data, how long it is retained, who has access to it, and whether it can be shared with third parties. 

Athletes, in turn, should understand what they are agreeing to when they participate in wearable monitoring programs. Transparent policies and informed consent are essential to ensuring that technological innovation does not come at the expense of athlete privacy or financial security. 

For organizations operating in today’s evolving sports landscape, proactively addressing these issues is no longer optional. Clear governance structures around athlete data can help reduce legal risk, protect competitive integrity, and create opportunities to responsibly monetize valuable performance information. 

Wearable technology is likely to remain a permanent fixture in modern sports. The insights it provides can help athletes perform at their highest level while reducing the risk of injury. But as the value of biometric data continues to grow, so too must the legal frameworks that protect it. 

For sports lawyers, teams, universities, and technology companies alike, the challenge moving forward will be balancing innovation with responsible data governance. Organizations that address these issues early by prioritizing privacy, transparency, and clearly defined data ownership rights will be best positioned to harness the benefits of wearable technology while minimizing its legal and financial risks.