Shiona McCallum toured FIFA headquarters in Zurich to witness cutting-edge technology deployed across World Cup operations. The BBC Technology correspondent examined systems designed to reshape how the tournament functions, from VAR infrastructure to real-time data analytics feeding broadcast and match management.

FIFA has invested heavily in technological infrastructure for the tournament. Semi-automated offside detection, powered by AI and multiple camera angles, accelerates VAR decisions that historically consumed minutes of play stoppage. The system flags potential offside positions in near real-time, reducing dead air in matches and keeping momentum intact.

Beyond the pitch, FIFA's data operations center processes massive streams of information during games. Teams access live metrics on player positioning, ball trajectory, and tactical patterns. Broadcasters leverage the same data to generate dynamic graphics and enhance viewer engagement across streaming platforms and traditional television.

McCallum's visit underscores how World Cup hosting now demands technological sophistication equal to traditional logistical challenges. Teams competing at the highest level expect granular performance data. Media partners require seamless integration with multiple distribution channels. Fans demand instant replays, stat overlays, and social-ready highlights.

The infrastructure reflects FIFA's broader digitalization push, accelerated by streaming's dominance. As linear television viewership fragments across Netflix, YouTube, and regional platforms, tournaments must deliver technical excellence across every distribution point. Zurich's operations center essentially becomes the nerve center translating on-field action into consumable content for billions globally.

McCallum's reporting captured FIFA's position at the intersection of sports, media, and technology. The World Cup remains soccer's most watched event, but its relevance increasingly depends on technical execution behind the scenes rather than the sport itself.