Nine out of ten seniors improved their muscle mass and mental health after attending connected fitness clubs established by the Taiwan government. This figure, drawn from an analysis of 150,000 visits published in September 2024 in the European Journal of Public Health (Volume 34, Supplement 2), is not a pilot program promise. It is the track record of a network of 128 clubs and 16 technology hubs deployed nationwide since 2020, with technology integration implemented from 2021 onward.

Taiwan made a bet that most wealthy countries have not yet dared to formulate: rather than waiting for its elderly to fall ill to treat them, measure their physical activity, their balance and their muscle strength, then intervene before the fall, before hospitalization, before dependency. Sports technology, until now conceived as a tool for elites and performance, becomes here an instrument for mass prevention.

The Essential Points

  • 128 senior fitness clubs and 16 sports technology hubs deployed in Taiwan since 2020, with 150,000 visits analyzed through 2023 (European Journal of Public Health, September 2024)
  • 90% of participants report, through self-declaration, muscle and mental gains, monitored via an integrated tracking application and sensors
  • The program is co-directed by the Ministries of Health and Digital Affairs, creating a new bridge between sports policy and the medical system
  • The WHO monitors the model; China is experimenting with a similar approach via senior pickleball; the question of transferability remains open

The Problem Taiwan Decided to Address

Taiwan is aging rapidly. Its proportion of people aged 65 and over crossed the 20% threshold in 2025, a territory classified as a “super-aged society” according to WHO criteria. The country thus joins Japan, South Korea, and most Northern European economies in a club that no one seeks to join: that of nations whose care systems are under increasing pressure not because they treat poorly, but because reverse demographics invert the ratio between contributors and beneficiaries.

The fall is the most brutal economic marker of this aging. According to data from the Asian Federation of Osteoporosis Societies, the direct costs of a hip fracture vary across Asian countries from $774 to $27,599 USD (median approximately $2,944 USD), not counting the indirect costs of rehabilitation and loss of autonomy. Sarcopenia, age-related muscle wasting, is an important risk factor for falls in the elderly, falls being multifactorial (vision disorders, balance disorders, medication effects, environment…), and it progresses silently for years before becoming clinically visible.

This is precisely the silent window that the Taiwan program seeks to occupy. By installing sensors in neighborhood clubs and connecting the data to a medical tracking application, the government gave itself the means to see sarcopenia arrive before it strikes.

What “Connected Sports for Seniors” Concretely Means

This is not about connected bracelets sold to affluent retirees. The Taiwan device rests on an architecture built by public authorities, financed with public funds and integrated into the health system.

The 128 senior fitness clubs are distributed across the entire territory, with special attention paid to rural areas where access to care is more constrained. Each club has workout equipment adapted for elderly people, balance platforms, grip strength sensors and body composition measurement devices. The data collected at each visit is aggregated in an application that tracks individual progress over time and alerts health personnel in case of deterioration.

The 16 technology hubs play a different role: they are analysis and validation centers, where data from the clubs are processed, where training protocols are adjusted, and where researchers and health professionals work together. This two-level mesh—neighborhood clubs for implementation, hubs for system cognition—is what distinguishes the Taiwan model from a simple subsidized gym program.

The link between the Ministry of Health and the Ministry of Digital Affairs in co-managing the program is not anecdotal. It means that sports data are not treated as a well-being curiosity, but as medical data in their own right, subject to the same protection standards and integrated into the patient’s tracking file. This integration is what makes the model clinically serious and reproducible to other health systems that already have a digitized medical record.

On the level of collecting sports data in non-elite settings, the context is illuminating: sensors now give the amateur the same analysis as the Olympic champion, but this is the first time a government has integrated them so systematically into a public health policy for the elderly.

150,000 Visits, and What the Data Say

The study published in the European Journal of Public Health in September 2024 covers 150,000 visits recorded through 2023 since the program’s launch. This is a rare mass of data for a public health program in execution, most evaluations of this type await the end of the program to produce a final report.

The central result is that 90% of elderly participants report, through self-declaration, gains on two dimensions: muscle mass and mental health. These two dimensions are connected. The literature on physical exercise in elderly people shows robustly that regular physical activity reduces symptoms of depression and anxiety, improves sleep quality, and preserves cognitive functions. This is not a pleasant side effect: it is a mechanism for preventing dependency as important as muscle preservation itself.

It should be noted that these 90% rest on subjective declarations from the participants themselves, and not on objective measures extracted from the sensors, although the program does actually collect physiological data via its technological infrastructure. This distinction is important: a self-reported result is more susceptible to social desirability bias than an instrumented measurement. The nuance remains that 90% satisfaction in a voluntary program also reflects a population that chose to engage; the most isolated or most fragile seniors do not necessarily frequent these clubs. This is the structural limit of any program based on voluntary participation.

The Economic Model of “Measuring to Prevent”

Taiwan built its budgetary argument on simple logic: each hospitalization avoided frees up resources that finance several years of prevention. This calculation is difficult to verify with precision; it supposes comparing an observed reality to a counterfactual that does not exist, but it is consistent with what studies on sarcopenia prevention produce in other health systems.

The WHO has integrated fall prevention in elderly people into its global public health priorities, and its estimates place the global economic cost of age-related falls at several hundred billion dollars per year, in direct care costs. Even a marginal reduction in this cost represents a considerable budgetary gain for a national health system.

What makes the Taiwan model potentially more solid than traditional prevention programs is precisely the data. By systematically measuring participants, the program produces proof of results that justifies its funding, and which allows for continuous adjustment. The logic is what health economists call “outcome-based payment”: you finance what shows results, not what promises results.

This is a rupture in logic compared to the usual financing of prevention policies, which are structurally disadvantaged in budgetary allocations because their benefits are deferred and difficult to attribute. By making results visible and measurable in real time, Taiwan changes the terms of the trade-off.

What China Copies and What the WHO Observes

The influence of the Taiwan model extends beyond its immediate borders, which is itself a signal of credibility. China has developed a similar approach centered on senior pickleball, a sport more accessible than tennis, less traumatic than badminton, and easily instrumented for data collection. The decision to actively promote this sport among Chinese retirees is accompanied by a monitoring infrastructure that incorporates several elements of the Taiwan model: neighborhood clubs, sensors, integration into local health systems.

The WHO, for its part, is closely monitoring Taiwan’s experience as part of its “Healthy Ageing” program. The organization sees in it an example of what it calls “integrated person-centered care,” an approach that transcends the compartmentalization between curative care and prevention, between hospital system and community space.

The diffusion of the model nonetheless raises legitimate questions. Taiwan has one of the world’s most advanced digitized health systems, high institutional density, and a culture of prevention already anchored in public policy. These conditions do not automatically reproduce elsewhere. A country with a fragmented medical record, strong territorial inequalities, and distrust of public data collection will need to construct significant adaptation before being able to reproduce Taiwan’s results.

There is also a data question that remains open: the program follows voluntary participants, without a randomized control group. The causal effectiveness of the device, as opposed to the correlation between participation and good results, remains to be formally established. The study available in the European Journal of Public Health is a conference abstract that does not explicitly develop this limitation, but it remains an inherent methodological constraint of this type of program.

Sports Technology as Public Health Policy

The article on the athlete’s body becoming an active digital asset of the club documented how professional athletes’ physiological data were becoming an economic and legal issue. The Taiwan model reverses this logic: here, it is the data of the ordinary aging citizen that becomes a public health issue, collected not to extract market value from it, but to prevent dependency.

This is a use of sports technology that the sector itself had not anticipated. Sensor and application manufacturers designed their products for Sunday runners concerned with their VO2max, amateur swimmers, cyclists of the morning effort. Taiwan reoriented them toward septuagenarians and octogenarians, with a simpler and more urgent question: will this person fall in the next six months?

This reorientation is not merely symbolic. It creates a market that industry players in the sector are beginning to take seriously. OECD projections on the demographic aging of developed economies sketch a massive consumption basin for home maintenance technologies and prevention of dependency. Taiwan, by building a public model, simultaneously created a reference standard that private actors can use to design their offerings.

What Remains to Be Built

The Taiwan program has demonstrated that it was possible to make public health, sports technology, and aging policy communicate. It has not yet answered the selection question: how to reach seniors who lack the social capital, mobility, or institutional trust to walk through the door of a fitness club, even a subsidized one?

The 128 clubs cover the territory, but geographic coverage is not the same as social accessibility. Studies on participation in prevention programs regularly show that it is people already in better relative health, with greater social resources, who engage most easily in these devices. If the Taiwan program reproduces this bias, it risks being very effective for the 70% of seniors who needed it least, and absent for the 30% most vulnerable.

The next phase of the program, if Ministry of Health guidance is to be believed, should include outreach strategies: social workers trained to guide people toward the clubs, partnerships with family doctors, targeted campaigns in low-participation neighborhoods. This is the condition for the model to become what it claims to be: a public health policy, not merely a wellness program for active seniors.

In societies aging without having the means for their care systems, the question is no longer whether sports technology can play a role in public health. Taiwan has answered that question. The next one is to know who can access this technology, under what conditions, and how to ensure that prevention does not reproduce the inequalities it claims to reduce.

Sources

  1. European Journal of Public Health, 97 Policy Framework for Integrating Sports Technology in Taiwan’s All-Age Environments and Supportive Elderly Exercise Spaces, Volume 34, Supplement 2, September 2024: https://academic.oup.com/eurpub/article/34/Supplement_2/ckae114.022/7771630
  2. World Health Organization, Global “Healthy Ageing” Program: https://www.who.int/initiatives/decade-of-healthy-ageing
  3. Focus Taiwan, Taiwan super-aged society (official MOI data): https://focustaiwan.tw/society/202601090009
  4. PMC, Hip fracture costs in Asia (AFOS): https://pmc.ncbi.nlm.nih.gov/articles/PMC8261720/
  5. Nordic Health Welfare Statistics, Nordic demographics: https://nhwstat.org/populations/population-and-population-trends
  6. Radio Taiwan International — WHO super-aged society definition: https://www.rti.org.tw/en/news?uid=3&pid=185562