How NBA and WNBA Teams Are Using AI and Biomechanics to Hack Player Performance

The summer of 2024 brought a groundbreaking experiment to the world of basketball. During the WNBA’s Olympic break, the Atlanta Dream—a team not competing in Paris—gathered for a midseason training camp unlike any other. What appeared to be a routine 3-on-3 scrimmage was actually a high-tech performance analysis session.

The training took place not in a standard gym, but in what may be the most advanced basketball laboratory on Earth. Located at the Joe Gibbs Human Performance Institute in Charlotte, N.C., the facility was originally designed for biomechanics-based recruitment and training of pit crew members for Joe Gibbs NASCAR racing team.

However, the institute’s potential extended far beyond motorsports. The team behind the facility recognized its value for sports like basketball and adapted it accordingly. They installed an NBA-grade wooden floor and equipped the space with technology typically reserved for laboratory settings.

Inside the High-Tech Training Lab

The Dream’s session was powered by a suite of advanced tools:

• 87 subterranean force plates embedded beneath the court, measuring the precise force generated by each player’s movements.
• 40 high-definition cameras—20 on each side of the court—capturing every motion in real time.
• Multiple optical tracking engines processing skeletal profile data from the camera inputs.
• Ball and basket tracking technology monitoring shot arc, depth, and orientation with inch-perfect accuracy.
• Waistband sensors tracking granular movements, including accelerations and decelerations.

The Future of Basketball Analytics

This session was not an isolated experiment. It represents a growing trend in professional basketball: the integration of biomechanics, AI, and real-time data analytics to gain a competitive edge. Teams are increasingly investing in technologies that allow them to dissect every aspect of player performance, from jump mechanics to fatigue levels.

The Joe Gibbs Human Performance Institute’s shift from NASCAR to basketball underscores the versatility of these technologies. By leveraging tools originally designed for precision sports like racing, basketball teams are entering a new era of performance optimization.

As the 2024-25 season approaches, the question isn’t whether teams will adopt these technologies—it’s how quickly they can integrate them to stay ahead of the competition.