Anfield wired up for new season

August 8 – Extreme Networks, a leading name in cloud networking, has completed the installation of a state-of-the-art high-speed Wi-Fi network at Liverpool’s Anfield Stadium. 

The project, which was executed alongside Extreme’s official deployment partner Verizon Business, hopes to further “elevate the LFC fan experience” while helping to streamline operations throughout the stadium.

The new high-speed Wi-Fi will facilitate mobile ticket scanning and cashless payments.

The network will also provide real-time data insights through ExtremeAnalytics, allowing LFC to optimise fan engagement and streamline operations. Managed via ExtremeCloud IQ, the system gives stadium staff centralised control for ‘seamless’ network performance.

Drew Crisp, Senior Vice President of Digital at Liverpool FC, said: “Anfield is an enduring symbol in UK football history and has stood for 139 years, hosting countless historical moments and legendary matches. With Extreme Wi-Fi, we’ve brought the stadium into the digital age, seamlessly blending our rich history with modern innovation. This partnership not only empowers us to deliver innovative digital experiences but also provides us with valuable insights to continually enrich fans’ matchday experiences. Extreme was a true partner throughout the entire process as they are the gold standard when it comes to providing seamless connectivity in high-density, iconic venues.”

Norman Rice, Chief Commercial Officer, Extreme Networks finished: “Creating a modern experience while still preserving a historical landmark is an area where Extreme continues to excel. Our collaboration with Liverpool Football Club goes beyond simply improving connectivity; it’s about shaping the future of one of the world’s most beloved sports organisations, and we’re honoured to be at the forefront of this transformative journey.”

Contact the writer of this story, Harry Ewing, at moc.l1734797822labto1734797822ofdlr1734797822owedi1734797822sni@g1734797822niwe.1734797822yrrah1734797822