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Fairness is generally not affected, improves performance by providing athletes with insights into their technique, and impacts the sport by driving training towards efficiency and injury prevention.

Improves fairness in races by providing precise finish times, increases performance by pushing athletes to their limits knowing that every millisecond counts, and impacts the sport by making results indisputable.

Enhances fairness in soccer by verifying if a goal has been scored, influences performance by allowing players to focus on the game without disputing calls, and impacts the sport by speeding up the decision-making process.

Fairness is not directly affected, improves performance by providing athletes with detailed personal data to optimize training, and impacts the sport by promoting data-driven coaching strategies.

Increases fairness by correcting clear referee mistakes, can affect performance through game interruptions, and impacts the sport of soccer by adding a layer of oversight on decisions.

Fairness may be questioned if not all teams have equal access, improves performance by allowing better team strategy, and impacts the sport by changing how teams make decisions during a race.

Fairness is not directly affected, it enhances performance through simulated environments for practice, and impacts the sport by providing advanced preparation tools for athletes.

Fairness is not directly affected, can enhance athlete performance through monitoring and optimizing oxygen levels, and impacts the sport by allowing better management of athlete health and endurance.

Doesn’t affect fairness directly, enhances performance by allowing players to analyze and improve spin techniques, and impacts the sport by emphasizing the importance of ball physics.

Enhances fairness by detecting performance-enhancing drugs, aims to maintain a level playing field which influences athlete performance, and impacts the sport by deterring doping practices.

Fairness is not directly affected, performance can be improved by shielding players from weather, and impacts the sport by possibly changing game conditions and fan experience.

Increases fairness by allowing officials to review plays, can affect performance indirectly by interrupting game flow, and impacts the sport by changing the pace and strategy surrounding the use of replays.

Fairness is not directly affected, performance can be improved by understanding player movements and weaknesses, and impacts the sport by changing how teams analyze their play and opponent’s strategies.

Increases fairness by providing accurate line-calling, enhances player performance by allowing them to challenge incorrect calls, and has changed the dynamic of tennis and cricket by reducing human error.

Raises fairness debates regarding technology advantages, increases performance by enabling athletes with disabilities to compete, and impacts the sport through continuous innovation and design.

Enhances fairness by detecting false starts accurately, influences performance by enforcing discipline on the start, and impacts the sport by reducing human reaction time errors in tracking.

Fairness can be affected by access to customized gear, performance is enhanced by tailor-made equipment, and impacts the sport by introducing new levels of customization and manufacturing speed.

Fairness not directly affected, improves performance by offering advanced data analysis for training and tactics, and impacts the sport by promoting data-dependent strategies.

Increases fairness by providing additional angles for judges, helps performance through technique analysis, and impacts the sport by offering new perspectives for coaching and broadcasting.