en.Wedoany.com Reported - Boston Dynamics' all-electric humanoid robot Atlas is expected to perform the kickoff ceremony at the 2026 FIFA World Cup, which will be jointly hosted by the United States, Canada, and Mexico for the first time. The tournament will feature a record 48 teams and serve as the largest real-world testing ground for artificial intelligence and robotics.
The International Federation of Association Football (FIFA) is integrating multiple AI technologies into core aspects of this tournament. Boston Dynamics and its parent company Hyundai Motor Group previously released a promotional video titled "School of Football," showcasing Atlas learning skills such as walking adjustments, dribbling, passing, and shooting. Hyundai has announced plans to achieve an annual production of 30,000 Atlas units by 2028, with over 25,000 deployed in global manufacturing bases for high-value tasks including production line assistance, quality inspection, and logistics handling.
This tournament is also being called the "First AI World Cup," a title driven by Chinese company Lenovo Group. As FIFA's official technology partner, Lenovo Group provides technical support based on hybrid AI. At the International Broadcast Center in Dallas, USA, Lenovo has deployed an AI server cluster represented by the ThinkSystem SR635 V3, responsible for processing real-time video data from various venues and supporting FIFA's IPTV live broadcast system for signal distribution and broadcasting.
Hyundai Motor, as FIFA's official robotics partner, is applying intelligent robot solutions to the World Cup for the first time. Leveraging its mobility fleet and robotics product line, Hyundai provides mobility support and intelligent technology for events across 16 host cities in the United States, Canada, and Mexico. Officials have confirmed that the Atlas humanoid robot and the Spot quadruped robot dog will be deployed in multiple core World Cup venues for tasks including event operations assistance, fan interaction, and security patrols. Currently, four customized Boston Dynamics Spot robots have been stationed at three core venues—the Dallas International Broadcast Center, New York Stadium, and New Jersey Stadium—performing autonomous patrols and real-time venue monitoring tasks.
This World Cup provides a real-world testing environment for the application of robotics and AI technology in large-scale sports events. Based on the practices of this tournament, the following potential development directions can be anticipated: humanoid robots gradually entering service scenarios—if Atlas performs stably, it may see broader applications in areas such as venue guidance, emergency response, and spectator services; multi-robot collaboration—different robot forms working together through a unified dispatch system for tasks like security, cleaning, and navigation; deeper integration of AI and robotics—backend AI platforms can provide real-time data analysis and decision support for robots, evolving them from single-task executors to assistants with judgment capabilities; and technology cost reduction and standardization—as more companies participate, robot applications in sports events may form industry standards, with technology costs gradually decreasing and expanding to more types of events.
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