The DP World Tour will become the first professional sports organization to use Amazon Leo as its official satellite connectivity partner, deploying low Earth orbit or LEO terminals at tournament venues starting in 2026.

The network uses more than 3,000 LEO satellites to deliver high-speed internet to locations underserved — or completely unserved — by terrestrial infrastructure.

At selected events, the Tour will deploy a mix of Leo Nano, Leo Pro and Leo Ultra antennas around the course, with the top-end Leo Ultra delivering up to 1 gigabit per second down and 400 megabits per second up — enough capacity to support not only broadcast but also dense onsite digital experiences. The golf course itself effectively becomes a temporary, high-performance edge network, spun up in days rather than months.

From a networking perspective, this marks a fundamental shift: Instead of hauling miles of temporary fiber and hoping local mobile operators can keep up, organizers can “show up, point antennas at the sky, and light up the entire tournament,” as Amazon Leo Vice President Chris Weber put it. That mindset — treating the network as a rapidly deployable, location-independent utility — extends far beyond golf.

How LEO can reshape the fan experience

Golf is uniquely punishing from a connectivity standpoint: The “venue” is an expansive outdoor environment that may span several square miles, with fans and operations scattered from remote tee boxes to the media compound and overflow parking. Traditional Wi-Fi and cellular are pushed to the limit under that combination of distance and density.

Also, no two courses are the same, and fans are constantly on the move. The density of the fans is constantly changing hole by hole. More people will likely follow Calum Hill or Rory McIlroy than a player ranked near the bottom of the tour. Providing consistent, high-quality access has long been a problem for golf.

By enabling high-bandwidth connectivity throughout the course, the DP World Tour can finally treat the fan experience as a digital canvas rather than a constrained resource. A few concrete possibilities include:

• Hyper-personalized mobile apps: With reliable coverage from “remote tee boxes to broadcast compounds, hospitality areas, and parking lots,” the Tour can leverage real-time shot tracking, player-location maps, and context-aware notifications for every attendee on site. Imagine walking with a favorite group and having the app automatically surface live stats, win probabilities, and historical performance for the shot you are about to see.

• Immersive, data-rich viewing: The DP World Tour already uses data-driven insights to provide new levels of intelligence to fans globally; pairing that with consistent on-course bandwidth makes it practical to deliver multi-angle video, advanced analytics and AI-generated storytelling to spectators’ phones without saturating local networks. Think of “Golf Zone” experiences where fans can toggle among player point of view, aerial drone feeds and augmented reality overlays showing shot trajectories in real time.

• Smarter navigation and crowd management: Chief Technology Officer Michael Cole has identified AI-guided navigation as a priority to help fans move around the venue more efficiently. This requires continuous device connectivity so the system can understand flows, bottlenecks and dwell times across the course. With LEO backhaul and distributed antennas, organizers can layer in dynamic routing, live wait times at concessions, and targeted safety alerts in ways that simply weren’t viable with patchy cellular.

• Frictionless commerce and operations: Reliable bandwidth for point-of-sale systems, ticket scanning, merchandise inventory and concessions is often invisible until it fails; most fans notice only when lines stall or payments time out. Satellites that provide consistent uplink and downlink capacity across the site enable smoother transactions, better inventory visibility and the ability to spin up pop-up experiences in previously unreachable corners of the course.

What matters here isn’t any single app or feature; it’s the ability to view the entire venue—from the first tee to the farthest parking lot—as a continuously connected, intelligent environment. That’s the leap LEO networks make possible: they remove the last-mile excuse for not investing in richer digital experiences.

Intelligent venues as a template for other industries

Although this announcement is set in professional golf, the underlying pattern applies to virtually any industry where operations and customer experiences take place in areas that aren’t well served by fixed connectivity. The DP World Tour stages tournaments in 25 countries across five continents, often in rural locations with varying levels of infrastructure. That’s not unlike an energy company managing remote fields, a logistics provider operating a depot at secondary ports, or a healthcare provider delivering pop-up clinics in underserved communities.

The common thread is a need for high-quality, rapidly deployable connectivity independent of local build-outs. Amazon Leo’s model — bring antennas, point at the sky and get enterprise-grade bandwidth — can be mirrored by other LEO constellations and next-generation satellite services as they mature. For chief information officers, that means “we can’t get a reliable network there” is increasingly a business decision rather than a technical inevitability.

In practice, intelligent venues built on LEO connectivity set a template in three ways:

• They show how to decouple digital strategy from local infrastructure constraints, enabling you to design experiences for what you want to deliver, not what the incumbent ISP can support.
• They reinforce that connectivity is a prerequisite for AI, not the other way around; you cannot do real-time guidance, analytics or automation at the edge if the network is the bottleneck.
• They highlight a new operating model in which network capacity is treated as just-in-time, event-scope infrastructure rather than fixed, sunk capital.

Why the network matters more than ever

The DP World Tour’s stated ambition is to create “truly connected and intelligent courses, wherever we are in the world.” That goal is only possible if the network is architected as a first-class platform layer, not as an afterthought to applications or devices.

Network performance is directly tied to the quality of digital experiences: if you want real-time scoring, interactive apps, and on-site AI, you need deterministic bandwidth, predictable latency, and resilient failover. LEO networks help address this by providing a controllable, high-performance backhaul that organizers own and operate, rather than relying entirely on best-effort cellular for mission-critical functions like scoring and payments.

More broadly, as enterprises lean into AI and automation at the edge, the network becomes the business’s control plane. Data generated in the field is only useful if it can be moved, processed, and acted on within the right time window. In that sense, LEO connectivity is not just “adding internet” to remote locations; it is extending the enterprise nervous system to where work and customers actually are.

Practical advice for IT leaders: Leveraging LEO and elevating the network

For technology leaders reading this news outside of sports, the takeaway is not “we should buy satellite.” The real message is that you need a strategy to make dense, high-quality connectivity available wherever your business needs to operate — and to treat that connectivity as a strategic differentiator. Here are some actionable steps:

• Map your “off-grid” experiences: Identify the physical environments where your customers and employees struggle with connectivity, such as remote sites, outdoor areas, temporary events, mobile operationsd and partner locations. For each, list the high-value digital experiences you’re not currently delivering because “the network can’t handle it.”

• Treat connectivity as a product, not a utility: Assign product ownership for connectivity as you would for a customer-facing app, with clear experience-level objectives (latency, availability, throughput). Build a roadmap that treats low Earth orbit, private 5G, fixed wireless and traditional WiFi as interchangeable tools to achieve those goals.

• Pilot in low Earth orbit to shift the business conversation: Start with constrained, high-visibility use cases: large outdoor events, remote operations centers, pop-up experiences and disaster recovery sites. Measure not only technical metrics but also business impact: higher sales per visitor, reduced downtime,and better safety or engagement scores.

• Close the loop between network and AI strategy: Ensure that every edge AI initiative — from real-time video analytics to dynamic routing — has a corresponding network architecture. Use the DP World Tour model as a reference: AI for fan guidance and insights was constrained by connectivity; LEO is the enabler, not the headline.

• Elevate the network in executive conversations: When presenting digital transformation roadmaps, place connectivity architecture on the same slide as applications and data, not in the appendix.

The DP World Tour’s embrace of Amazon Leo is a great example of what happens when you stop treating connectivity constraints as a given. As more enterprises follow suit in their own domains, the competitive line will be drawn less by who has the best app and more by who has built the most capable, flexible, and pervasive network to support it.

Zeus Kerravala is a principal analyst at ZK Research, a division of Kerravala Consulting. He wrote this article for SiliconANGLE.

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