Sport is epitomized by competition, athletic achievement and global spectacle. Yet modern sport is equally shaped by technology. Behind every performance improvement, officiating decision, training method and fan experience lies a dense and increasingly sophisticated innovation ecosystem. Equipment, materials, data analytics, wearables, digital platforms and assistive technologies now play a central role in how sport is played, governed and experienced. These innovations are underpinned by intellectual property (IP), which both incentivizes technological development and provides a rich empirical record of how sports technologies evolve over time.
This WIPO Technology SPARK (Short Pieces of Analysis, Research and Knowledge) report examines sports innovation through the lens of IP analytics. By analyzing patents, trademarks and designs, the report reveals patterns of inventive activity, commercialization and design-led differentiation that are often hidden behind on-field results and brand visibility. Prepared in the context of World Intellectual Property Day 2026, themed “IP and Sports: Ready, Set, Innovate!", the report seeks to make the scale, diversity and strategic importance of sports-related innovation more visible to policymakers, businesses, researchers and the wider public.
Innovation in sports technology is growing
Innovation in sport is substantial in scale and continues to grow. Even within a focused definition of human-centered sports technology, tens of thousands of inventions (patent families), registered trademarks and designs relate directly to sport. Across these registered IP rights, sports-related innovation is growing significantly faster than global innovation overall, indicating that sport is an increasingly innovation-intensive domain rather than a mature or static one.
Between 2016 and 2025, sports-related patent filings grew at a compound annual growth rate of 7.6%, compared with 4.4% across all patents, reflecting sustained investment in technologies such as intelligent equipment, advanced materials and data-driven performance systems. Commercial activity shows a similar dynamic, with sports-related trademark registrations growing at a rate of 6.1%, nearly double the 3.4% growth rate for trademarks overall. The strongest relative growth is observed in designs, with sports-related design filings increasing at an annual growth rate of 8.3%, compared with 4.0% for designs across all sectors. Taken together, these trends demonstrate that sport is not merely keeping pace with global innovation, but outstripping it across invention, commercialization and design.
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Note: Patent counts represent the number of published patent families (as a proxy for the number of inventions).The rhythm of sports technology innovation
IP activity varies significantly between sports. Despite having lower media profiles than some team sports, golf and swimming emerge as the most IP-intensive sports across patents, trademarks and designs, showing sustained innovation in equipment, materials and performance technologies. An additional notable finding is the prominence of gym and fitness technologies in design filings, highlighting the importance of product form, ergonomics and consumer-facing differentiation in this rapidly expanding segment.
Innovation in sports is globally distributed. Geographically, Asia dominates sports-related IP activity, which is consistent with broader global IP filing trends seen in recent years. Europe stands out in trademark activity, reflecting the region’s dense landscape of sports brands, clubs and commercial actors, and supported by Europe’s many smaller but highly active jurisdictions.
Technology stories, from officiating to everyday health
To complement the aggregate analysis of global IP data, this report examines a set of data-driven stories focused on specific technologies that illustrate how innovation unfolds in practice. Ball-tracking technology demonstrates how a single technology can transform officiating, fairness and trust across multiple sports. Wearable technologies show how innovations developed for elite sport can diffuse into mass markets, reshaping not only training and performance but also everyday health and well-being. Sports footwear illustrates intense competition at the intersection of biomechanics, materials science and manufacturing, with recent innovation increasingly focused on personalization and sustainability.
Parasports innovation highlights a distinct development pathway. With 26% of parasport patents originating from academic institutions, compared with 17% across sports technologies overall, the data point toward a more research-intensive and collaborative innovation model. This reflects both the technical complexity of assistive technologies and their more limited commercialization opportunities, underscoring the critical role of public research and inclusive innovation systems in expanding participation in sport.
Signals of future innovation
Looking ahead, IP analytics provides early signals of emerging technologies that are likely to shape the future of sport. Intelligent equipment, smart materials and data-driven systems increasingly blur the boundaries between physical performance, digital analytics and user experience. These technologies often diffuse rapidly across sports, driven by shared technological building blocks rather than being limited by sport-specific constraints.
At the same time, new forms of competition – particularly esports and hybrid physical–digital experiences – are expanding the ways players compete and fans participate. While different from traditional sports, these domains share similar innovation drivers: performance optimization, fairness, engagement and scalability.
IP analytics as a strategic tool
By applying IP analytics to sport, this report demonstrates how structured IP data can reveal patterns that are not visible through performance metrics or commercial success alone. Innovation in sport – like innovation more broadly – is not accidental. It is the result of sustained investment, strategic choices and institutional frameworks that support creativity and technological progress. IP plays a critical role in that process, helping turn ideas into impact in both elite performance and grassroots participation.