RFID, GPS, and IMUs are all used to track athletes' movements and performance data in real-time during major sporting events.

Hawk-Eye technology uses a combination of high-speed cameras and sensors to track the ball's trajectory and determine whether it has landed in or out of bounds.

Wearable technology in sports is used to monitor athletes' vital signs and performance data, provide real-time feedback during training and competition, and help athletes recover from injuries more quickly.

VR technology allows fans to experience the event from a player's perspective, interact with other fans in a virtual environment, and access exclusive content and behind-the-scenes footage.

AI is used in sports analytics to identify patterns and trends in athlete performance data, predict the outcome of sporting events, and develop personalized training and nutrition plans for athletes.

Drones in sports broadcasting allow for aerial shots and unique perspectives of the event, help capture slow-motion replays and close-ups of the action, and provide real-time footage of the event to viewers.

3D technology in sports training and rehabilitation helps athletes visualize and practice complex movements, provides real-time feedback on their movements and posture, and helps them recover from injuries more quickly.

Biometrics in sports helps monitor athletes' vital signs and physiological responses during training and competition, identify potential health risks and injuries before they occur, and develop personalized training and nutrition plans for athletes.

AR technology in sports broadcasting and fan engagement allows viewers to overlay virtual graphics and information onto live broadcasts, provides interactive experiences for fans during sporting events, and helps fans access exclusive content and behind-the-scenes footage.

Robotics in sports training and rehabilitation provides athletes with personalized and adaptive training programs, helps them recover from injuries more quickly and effectively, and assists them in developing and improving their skills and techniques.

Wearable sensors in sports performance analysis are used to measure athletes' movements and biomechanics, track their heart rate, oxygen consumption, and other physiological data, and provide real-time feedback during training and competition.

5G technology at major sporting events provides faster and more reliable internet connectivity for fans, enables the use of AR and VR technologies for immersive fan experiences, and allows fans to access real-time statistics and information during the event.

Blockchain technology in sports ticketing and fan engagement provides a secure and transparent platform for ticket sales and distribution, allows fans to resell tickets safely and securely, and enables the creation of digital collectibles and fan tokens.

360-degree cameras at sporting events provide a panoramic view of the event from different angles, allow fans to zoom in and out of the action, and enable fans to watch replays from different perspectives.

AI-powered chatbots in sports customer service provide fans with quick and efficient support, answer frequently asked questions and provide information, and help fans purchase tickets and merchandise.