Aspire in the World Fellows Book - 2025

116 117 11TH ASPIRE ACADEMY GLOBAL SUMMIT ASPIRE IN THE WORLD FELLOWS [ 08.4 ] DuccioFerrari Bravo Headof Sport ScienceandR&D Juventus F.C. There has been 15 years of steady growth and innovation in sports science at Juventus. There is dual nature of our work: “fast” daily operationssuchasteamand individual athlete monitoring, and “slow” applied research focused on innovation. Technology must fit within a broader decision-making framework, emphasizing that adoption should be guided by clear needs rather than novelty or hype. At Juventus, technology serves two main functions. The “fast activities” include daily team monitoring, training load management, athlete assessment, and providing specific consultancy for coaching staff. Meanwhile, the “slowactivities” involve applied research aimed at innovation and continuous improvement. Technology in sports is multifaceted and widespread, but the challenge is to ensure that its use translates into actionable information tailored to different audiences. Coaches, for example, require concise, digestible insights—often summarized in a few key words—while management and sports scientists may need more detailed data to inform broader decisions. The efficiency gains from technology arestriking. Dataprocessingoncetook hours but now happens in seconds, freeing staff to focus on interpretation rather than collection. Emerging frontiers like biomechanical analysis and cognitive training powered by AI and computer vision—areas that could deepen understanding of player skills beyond traditional metrics. However, such innovations require rigorous internal validation, often over extended periods of one to two years or more, to ensure reliability and practical relevance. We have had technological innovations put in place at Juventus, with reference to an internal injury prediction model developed since 2018. This model, refined to reduce indicator complexity and based on evidence, now matches the accuracy of leading global providers. Another project involved a drone equipped with pitch measurement sensors, capable of collecting extensive data across the playing surface far more efficiently than traditional manual methods. This innovation aimed to enhance pitch maintenance, sustainability, and player safety. Despite the allures of new technologies, we are wary and cautious about chasing every new tool that may become available in the fast-evolving tech landscape, instead we focus our efforts on a few well-chosen solutions that deliver meaningful insights. The value of collaborative data sharing across clubs and leagues is critical, which can elevate collective understanding and standards of practice in modern soccer. Collectively, Juventus’ vision is one of measured, thoughtful integration of technology within a robust scientific framework, driven by clear and strategic objectives and a commitment to producing actionable insights at all organizational levels. [ 08.4 ] AndreFornaziero Headof Football Physiology AspireAcademy Introduction of GPS technology as a watershed moment—transforming how player movement and performance data are collected and analyzed. Early adoption presented cultural and technical challenges: players initially resisted wearing tracking devices, feeling monitored excessively or even “spied on”, while coaching and management had to be convinced about the value of these costly investments. From early skepticism to today’s ubiquitous use across stadiums, academies, and national teams, there has been a paradigm shift in how performance data is collected and applied. At Aspire Academy, there is a mature ecosystem where GPS tracking covers nearly all teams, referees, and stadiums, supported by sophisticated match analysis systems. The real challenge has shifted from data collection to structuring and translating this data into actionable insights that inform coaching and performance management. The role of sports scientists is evolving from data collectors to “data translators” who contextualize information within the club’s performance philosophy. Prior to adopting or thinking about any technology, a clear identification of the specific issues or “pains” to be addressed is paramount. There is a need for institutional frameworks with dedicated experts overseeing a rigorous evaluation process, ensuring technologies are scientifically validated for accuracy, reliability, and relevance. Scalability also deserves appropriate consideration to ensure technologies can be deployed effectively across the organization. Aspire Academy’s way encompasses partnerships with technology companies to co-develop customized and ad-hoc solutions. Examples include GPS fine-tuning, team-based sleep tracking, and pioneering gym activity monitoring systems—all designed to provide rapid, meaningful, and actionable feedback to enhance and streamline decision-making on and off the pitch. Looking ahead, internal load mo n i t o r i n g—n e u r omu s c u l a r , metabolic, and cardiovascular— is a critical area for technological progress. Off-pitch or “invisible” monitoring relating to recovery, nutrition, and sleep as vital for managing player wellbeing amid congested competition calendars. Technology will be instrumental in advancing these domains, improving overall player healthandperformance. Sports technology must address real challenges without introducing unnecessary complexity. He advocates a scientifically grounded, cautious, and collaborative approach to innovation, focused on tangible benefits for players, coaches, and institutions. This reflects a mature understanding of how technology can enhance soccer sustainably and meaningfully. ROUND TABLE