Addressing unique requirements at scale
As the top governing body for golf in the United States, the United States Golf Association’s (USGA) primary mission is to advance the game while celebrating and preserving its rich history. Anthony Santora, managing director of IT at the USGA, comments, "We are focused on conducting exceptional championships, making golf more environmentally and economically friendly, while delivering best-in-class fan experience."
Annually, the USGA organizes 19 championships at locations across the U.S. and abroad. These championships depend on a reliable IT infrastructure. "It goes much further than just the connectivity of the end devices. The televisions, cash registers, supplemental cellular services, security cameras, the gates—everything runs on our IT infrastructure. At the 2023 U.S. Open, it supported 900 digital displays showing leaderboards as well as promotional content throughout the course."
Availability, reliability, speed, and timeliness of the infrastructure are critical at these world-class golf events. "We rely on technology to create better experiences at events," Santora explains. "And when everyone is anticipating the first ball to be teed off competitively, the last thing I need is network-related issues to become a topic of conversation. Our networks should always be available and work transparently."
Santora continues, "At these championships, we are susceptible to cyberattacks and availability issues resulting in data loss, productivity loss, financial loss, and reputational damage, which could drastically impact our core mission. To mitigate these risks, we trust Cisco technology."
Cisco is among the USGA's small pool of select partners. In addition to networking hardware and wireless access points, the USGA uses Cisco Secure Firewall, Cisco AnyConnect, and Cisco Duo to secure both its corporate and championship sites, indoor and outdoor.
On championship days, when the network runs at full capacity, the USGA's IT team has to deal with thousands of untrusted devices. "Segmenting each fan from everyone else is super critical for us. We must prevent malicious actors from entering other areas of the network or impacting other fans at the venue," Santora explains. "Again, besides fans, we could have more than 50 vendors onsite connecting to the network at the championships. We have no visibility into the security posture of their devices."
Speed and performance are also critical. "At the U.S. Open championship alone, there are more than 30,000 people walking through the entry gates. These fans pay a premium ticket price and expect a seamless experience," Santora remarks. "There are nearly 150,000 scans daily as the fans walk through multiple gates. Those scans must happen in rapid fire. Sometimes, fans show up in groups, and multiple people have to be scanned instantly to ensure a premium experience. The network must be available and scan fast enough even when those gates are in remote locations."
At the golf courses, the physical network is open. "There's no conduit, and the cables are susceptible to golf carts running over them," says Santora. "Often times the cable is right on the ropes where people are standing. A switch may have to be placed outdoors underneath the grandstand in an enclosure. Open wiring and switches are vulnerable to someone mistakenly causing damage. Hence, redundancy is key, and visibility into that network is key."