Extreme Networks: Digitalising Stadiums with Telco Networks

Telecommunications providers see modern sports venues as high-density digital environments where network infrastructure determines everything from fan engagement to operational efficiency.

The shift has transformed how telcos approach stadium deployments, moving from basic connectivity to comprehensive technology ecosystems that support tens of thousands of simultaneous connections.

Norman Rice, Chief Commercial Officer at networking company Extreme Networks, leads sales, services and supply chain while serving as executive sponsor for the company's sports and entertainment business.

His role puts him at the intersection of where telecommunications infrastructure meets live event requirements.

Connectivity underpins venue operations

Network infrastructure now shapes the complete fan experience rather than simply providing internet access.

Telco partnerships with major sports organisations including the NFL, NHL, MLB, NASCAR, Liverpool FC and Manchester United reflect this evolution in scope and capability.

At World Cup venues this year, telecommunications networks will support what telcos describe as an end-to-end digital journey.

Extreme Networks is providing networking and network analytics infrastructure in eight host venues, including Gillette Stadium in Boston, NRG Stadium in Houston and Lumen Field in Seattle.

"In short: a fully connected, technology-first experience from the parking lot to the final whistle," Norman says.

Mobile ticketing and cashless payment systems depend on telecommunications infrastructure to function. High-density Wi-Fi then enables features like self-pour beer walls, seat-delivered concessions, in-app upgrades, interactive maps and real-time betting across the venue footprint.

The same network carries operational traffic. Security systems, staff communications, broadcast feeds, instant replays, digital signage, betting platforms and point-of-sale devices all run on the telecommunications backbone telcos deploy.

According to Norman, this creates an infrastructure that powers "everything fans see – and a lot they don't".

The networking layer becomes the foundation for both customer-facing services and behind-the-scenes operations that venues require to function.

Data collection represents another dimension of what telecommunications infrastructure enables. Connected devices generate information about behaviour, movement and usage patterns that venues can analyse.

Analytics turn networks into intelligence

Norman says: "Extreme's network analytics solutions turn the network into a live intelligence engine.

Network analytics provide real-time visibility into network health, device density and application performance to ensure flawless execution during peak match moments."

The same analytics capability extends to operational insights. Telcos can help venues understand foot traffic flow, dwell times, app engagement, concession demand and purchasing trends through the data their networks collect.

"At the same time, venues can gain deep insights into fan behaviour like foot traffic flow, dwell times, app engagement, concession demand and purchasing trends, helping operators optimise staffing, reduce wait times, improve safety and personalise experiences for their guests," Norman says.

This positions telecommunications providers as enablers of venue intelligence rather than simply connectivity suppliers.

The network becomes a sensor layer that captures behaviour across the entire stadium footprint.

Managing extreme connection density

Full-stadium Wi-Fi deployments present telecommunications challenges that differ from typical enterprise networks.

Tens of thousands of devices connecting simultaneously in a confined space creates conditions that test network capacity and performance.

"Full-stadium Wi-Fi is now delivering performance in one of the most demanding environments in the world," Norman says. "Today's networks are built to handle tens of thousands of simultaneous connections without slowing down, even at absolute peak moments. Those peak moments matter."

Telcos now engineer networks for surge capacity rather than average usage. Goal celebrations, video reviews, halftime rushes and last-minute drama create moments when connection attempts spike across the venue simultaneously.

"In previous tournaments, networks were often engineered for 'average' usage. Now, they're designed for the surge like goal celebrations, video reviews, halftime rushes and last-minute drama when every fan reaches for their phone at once. Modern infrastructure delivers ultra-low latency, higher throughput and seamless roaming throughout the venue, so connectivity feels instant and uninterrupted," Norman says.

Mission-critical systems including security cameras, access control, digital ticketing, fire safety systems and point-of-sale terminals require guaranteed connectivity even during peak demand periods.

Telecommunications providers must deliver both high-speed fan connectivity and operational reliability across the same infrastructure.

"That level of stability simply wasn't possible in earlier tournaments," Norman says.

AI optimises network performance

Artificial intelligence allows telecommunications networks to adjust capacity and routing dynamically.

Rather than responding to congestion after it occurs, AI-enabled networks can reroute traffic and prioritise applications before performance degrades.

"The result is consistent performance, even when the entire stadium is uploading, streaming, betting, ordering concessions and sharing the winning goal simultaneously," Norman explains.

This proactive management represents a change in how telcos operate stadium networks. The system monitors usage patterns and adjusts resources in real time without manual intervention.

"In short, the leap forward isn't just that Wi-Fi is everywhere, it's that it performs when it matters most," Norman says.

The AI layer also provides stadium operations teams with visibility into network behaviour. Telcos can show where bandwidth demand spikes, which sections experience connectivity strain and how usage changes during different match moments.

Real-time data informs decisions. Telecommunications infrastructure generates operational data that stadium teams can use to manage crowds and resources. Network analytics show where people congregate, how they move and where demand builds before queues form.

"Real-time network and movement data give stadium teams a live pulse on what's happening across the entire venue," Norman details. "They can see where bandwidth demand is spiking, which sections may be experiencing connectivity strain and how usage jumps during big moments like halftime or a game-changing play. That visibility allows them to keep Wi-Fi strong for everything from mobile ticketing and cashless payments to in-seat ordering and sports betting."

Movement patterns visible through network connections help staff respond to congestion. Telcos provide data showing where crowds build up at gates, concourses or busy areas so venues can deploy staff before conditions deteriorate.

"At the same time, live movement data shows where crowds are building up, so staff can step in early to ease congestion at gates, concourses or busy areas before it becomes a frustration – or a safety issue," Norman says.

App interactions, dwell times and spending patterns that telecommunications networks capture give operators insight into preferences and behaviour. Venues can identify which concessions attract crowds, which areas see less traffic, which apps generate engagement and how different groups behave throughout matches.

Norman adds: "That insight makes it easier to adjust staffing, tailor promotions, optimise sponsor activations and even rethink layouts over time. Instead of guessing, stadiums can make decisions based on real behaviour."

Queue management through connectivity creates opportunities to improve the fan experience. Real-time visibility into foot traffic and queue lengths allows systems to redirect mobile vendors to high-demand areas or guide fans to shorter waits through apps and digital signage.

"Perhaps most importantly for fans, it helps cut down on lines," Norman continues. "Real-time visibility into queue lengths and foot traffic means staff can be redeployed quickly, mobile vendors can be sent to high-demand areas and fans can be guided to shorter waits through apps or digital signage."

The combination of movement data and reliable connectivity for sharing content or placing bets changes how fans experience match days. Telecommunications infrastructure reduces friction points that typically create delays and frustration.

"When combined with fast, reliable connectivity for sharing moments or placing a live bet, it creates a smoother, more enjoyable matchday, where fans spend less time waiting around and more time immersed in the experience," Norman says.

Scale demands specific preparation. Crowd size changes how telecommunications networks behave. A stadium with 60,000 seats requires different network configuration when 10,000 fans attend versus when every seat fills.

"In a stadium with more than 60,000 seats, the stadium network behaves differently when there are only 10,000 fans versus when every seat is taken," Norman shares. "The days leading up to the game will often involve checking on hardware, doing any necessary software upgrades and running tests to ensure everything is ready to go."

Cloud-based network management systems allow telcos to monitor traffic as fans simultaneously upload videos, place bets, refresh apps and message friends. AI automation can optimise network performance during key moments when connection attempts spike.

"The good news is that today's network solutions make it easy to get the network ready for an event of any size. Venues that use AI-powered cloud network management solutions benefit from having everything in one place, so they can monitor network traffic as fans look to simultaneously upload videos to social media, place bets, refresh apps and message friends," Norman says.

AI capabilities can automate optimisation processes that ensure traffic continues moving even when everyone in the stadium connects simultaneously. This automation reduces the manual intervention telcos previously required to maintain performance during peak usage.

"AI can automate network optimisation, ensuring traffic keeps moving even during key moments when everyone in the stadium is on their phone," Norman says.

Security architecture protects operations. Telecommunications providers must design networks that protect operational systems while serving tens of thousands of public connections. Priority access for venue-owned devices like ticket scanners, POS terminals and security cameras ensures critical systems maintain connectivity during peak demand.

Traffic segmentation keeps operational systems separate from fan-facing Wi-Fi. This architecture reduces risk without compromising performance across either network segment.

Norman continues: "Some venues rely on Extreme Fabric to keep traffic segmented, with critical systems separated from fan-facing Wi-Fi to reduce risk without compromising performance. If something happened on the fan Wi-Fi network, a lateral attack wouldn't be possible, ensuring critical stadium operations stay online."

Network monitoring allows administrators to track performance and identify anomalies. AI-powered systems can generate automated alerts when issues emerge, allowing operations teams to respond before performance degrades.

"With Extreme's venue analytics solutions, network administrators can consistently monitor traffic and ensure everything is performing as anticipated. Stadiums that use Extreme's AI-powered solutions will see automated alerts if a network anomaly or issue is detected, so operations teams can quickly respond before performance is impacted. This proactive approach to network management ensures that operations continue to run smoothly, even if everyone in the stadium is on the Wi-Fi," Norman says.

Future deployments expand capability. Current stadium telecommunications deployments represent an early stage in venue digitalisation. Telcos see these installations as foundations for more sophisticated services and experiences.

Norman acknowledges that although these deployments may to many feel like an unattainable feat, especially considering the connectivity conditions some may be used to in stadiums, these deployments are just a preview of what telecommunications infrastructure will enable.

"The future of live sports is frictionless, hyper-connected and fan-first," Norman concludes. "The standard isn't just a great game anymore – it's a seamless experience from arrival to departure. Fans expect apps that guide them to the shortest restroom line, let them order food from their seats, upgrade tickets in real-time or book a ride home without missing the final whistle. The venues that win will be the ones that remove every point of friction and replace it with convenience, personalisation and immersion."

Telecommunications providers position these smart stadium deployments as demonstrations that in-person sports experiences can exceed at-home viewing. Network investments create foundations for what telcos describe as safer, smarter venue operations.

"Smart stadium deployments show that the future of in-person sports isn't about competing with the at-home experience, it's about surpassing it. The venues that invest in intelligent, resilient networks today are building the foundation for safer, smarter, more unforgettable live experiences tomorrow," Norman says.