Wearable fitness devices, such as smartwatches and fitness bands, offer unprecedented capabilities for health monitoring and promotion of a healthier lifestyle. In order to increase user engagement and combat high abandonment rates, manufacturers are increasingly integrating gamification — the use of game design elements in non-game contexts — into these digital environments. However, although gamification has the potential to motivate individuals, its impact on consumer adoption, perceived product value, and actual physical activity varies significantly depending on user demographics and fitness levels.
Despite the ongoing enthusiasm for wearable technology, its mainstream adoption has progressed more slowly than many expected. One factor increasingly shaping consumer interest is gamification — the use of game-like elements to make digital experiences more engaging and motivating.
Research based on the Technology Acceptance Model (TAM) shows that consumers generally respond positively to gamified health applications because they perceive them as both useful and easy to use. When choosing wearable devices, users consistently prioritise practical fitness and activity-tracking functions over social media integration or messaging capabilities. However, studies using the Kano Model, a framework for priority-setting based on customer satisfaction, reveal a more complex picture: many consumers remain uncertain about which gamification features they actually value. In some cases, users classify these features as “indifferent” and express concerns about the accuracy and reliability of the health data generated by gamified apps.
Gamification, Adoption Drivers, and Perceived Value
Mobile fitness applications with gamified experiences have already achieved stronger market acceptance than standalone wearable devices. As a result, many industry experts view effective gamification as a potential “killer feature” capable of overcoming adoption barriers and accelerating growth in the wearable technology sector.
However, the most vital stakeholders are the patients themselves. Building and fostering patient trust is paramount to collecting reliable and comprehensive data. This means transparently communicating who is collecting the data, how it will be stored, and its intended use. Sustained relationships—where patients are fairly compensated, data sharing is mutually beneficial, and research findings are communicated back to the community—are far more effective than transactional interactions.
Motivational Effects of Gamification Elements
Among all gamification elements, rewards — such as badges, points, and achievement systems — appear to have the strongest influence. They not only reinforce the practical benefits of exercise but also make physical activity more enjoyable and intrinsically motivating.
Goal setting, however, produces more mixed outcomes. While goals can encourage consistency, rigid or externally imposed targets may reduce a user’s sense of autonomy. When exercise begins to feel like an obligation rather than a voluntary activity, enjoyment declines, and motivation can weaken over time.
The way users respond to these features also depends heavily on personal innovativeness — a psychological trait describing an individual’s willingness to experiment with new technologies. Early adopters and highly innovative users tend to prioritise utilitarian value, focusing on advanced tracking functions, analytics, and performance metrics to achieve specific health goals. Less innovative users, by contrast, place greater emphasis on hedonic value, preferring enjoyable, intuitive, and low-pressure experiences that reduce the stress associated with learning new technologies.
Gamification can also produce very different effects on actual physical activity levels, particularly through competitive features such as leaderboards and social rankings. While competition can motivate some users, it may discourage others, especially beginners or less active individuals who feel overwhelmed by comparison with highly fit participants.
Toward Personalised Strategies
Taken together, these findings suggest that a “one-size-fits-all” approach to gamification in digital health is unlikely to succeed. Although gamification can support the initial adoption of wearable devices by enhancing perceived usefulness and ease of use, sustaining long-term engagement requires more personalised strategies.
Developers should design flexible systems that adapt to different user motivations and fitness levels. Highly innovative users may benefit from advanced analytics and performance-focused features, while less experienced users may respond better to reward-based, entertaining, and user-friendly experiences. Goal-setting systems should remain flexible and self-directed to avoid creating unnecessary pressure, and social features should be tailored to the individual user — supporting beginners with smaller, encouraging communities while offering more competitive environments for experienced athletes.
By recognising the diverse psychological and behavioural responses to gamification, the wearable technology industry can create more meaningful user experiences, strengthen long-term device loyalty, and better support healthier lifestyles.
References
Chang, W., Huang, Y. & Kim, D. (2026). The influence of gamification features in wearable fitness devices on perceived value, device loyalty, and exercise continuance intention: the moderating role of personal innovativeness. Humanit Soc Sci Commun 13, 316.
Hydari, M. Z., Adjerid, I., & Striegel, A. D. (2023). Health Wearables, Gamification, and Healthful Activity. Management science, 69(7), 3920–3938.
Spil, T., Sunyaev, A., Thiebes, S., & van Baalen, R. (2017). The Adoption of Wearables for a Healthy Lifestyle: Can Gamification Help? Proceedings of the 50th Hawaii International Conference on System Sciences
- Laura Avogaro from FRESCI
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