What we don’t see in sport: how IP shapes who wins

We usually see sport through competition, results, and the athletes themselves. We rarely think about intellectual property (IP). Yet some of the world’s most recognisable brands—Nike being a clear example—were built from sport. And the logos we see on shirts or stadiums represent only a small part of the value the sector creates.

Sport appears open. You can watch a move, study a tactic, and try to replicate it. A sailing manoeuvre or a training method can’t be owned in a legal sense. That openness is what makes competition both accessible and compelling.

Beneath this openness there is another layer—one that shapes how competition unfolds—and this is where IP comes in.

The visible layer: media and brands

One of the clearest examples is broadcasting rights. Events like the Olympic Games or the World Cup reach global audiences because their organisers tightly control who can show the footage and on what terms. That system, based on copyright, underpins the spectacle we see.

Trademarks do similar work. Team names, event titles, and sponsor identities are built on consistent protection. Without that, it would be nearly impossible to sustain long-term value beyond single events.

The hidden layer: technology and know‑how

Where IP really starts to matter is in the aspects of sport we rarely see—technology, data, and organisation. Techniques themselves can’t be patented, but the tools, designs, and systems that support them often can.

Modern equipment combines patented materials and design features. Digital platforms—simulation tools, analytics software, sensor systems—are developed as proprietary products. Teams also protect their know-how: datasets, predictive models, or preparation routines that give them an edge and stay confidential.

Sailing in practice

Sailing shows how these dynamics work in practice. At the highest levels, results depend not only on skill, but on engineering and data. Boats are built using advanced materials such as carbon fibre composites, balancing minimal weight with maximum strength through continuous design refinement. Hulls are shaped and re‑shaped using digital models that test how small variations in forms affect drag and lift.

Hydrofoils, now common in elite racing, change how boats move by lifting them above the water and reducing drag. While the concept itself is well established, recent developments focus on how foils are shaped, controlled, and integrated into the boat. Some of these solutions are patented in the wider marine industry, while others are kept confidential as part of a team’s competitive know-how.

Beyond visible technology, teams build decision-support systems that guide choices before and during a race. These include datasets that map how a boat performs under different wind conditions, as well as simulation models used to refine decisions. The underlying principles are widely understood, but each team’s data, calibration, and interpretation are developed internally.

Together, these technologies and data systems define what can be shared, copied, or commercialised—boundaries that often decide who gains the next competitive edge.

Competitions such as the America’s Cup, widely regarded as one of the most technology-intensive sailing competitions, illustrate this model in practice. Teams bring together sailors, engineers, and data specialists to test designs, analyse performance, and refine solutions over multiple cycles. In this setting, differences are often the result of small technical gains, shaped by underlying data, design choices, and proprietary know-how.

What happens in sailing reflects a broader truth about modern sport: advantage increasingly comes from what teams build and protect away from the field of play.

An ecosystem behind the contest

Seen this way, sport isn’t just athletes competing—it’s an entire ecosystem of designers, engineers, analysts, sponsors, and broadcasters. IP is what holds that system together. It rewards innovation, defines who benefits from it, and keeps the whole enterprise sustainable.

Competition itself will always stay open. What happens behind it—technology, data, and organisational know-how—is increasingly what determines who actually wins.