Taiwan’s push into sports technology reflects a broader strategy to apply its ICT strengths to industries beyond semiconductors.
For much of the past half century, Taiwan’s place in the global sports economy has rested on manufacturing prowess. Its companies make a substantial share of the world’s bicycles, fitness equipment, performance fabrics and sporting-goods components, often operating behind the scenes for internationally known brands.
Times are changing, however. Policymakers and industry leaders are now pushing to move Taiwan into a new phase, defined less by hardware than by data, artificial intelligence, and integrated systems.
Taiwan’s technological strengths are spilling into new growth sectors as traditional manufacturing confronts rising competition and geopolitical pressure. The creation of a Ministry of Sports in 2025 signaled that the government intends to treat sports not simply as recreation or cultural activity, but as a strategic domain at the intersection of technology, social infrastructure, and public well-being.
“Sports technology is not a standalone concept,” the Ministry of Sports (MOS) said in emailed responses to Taiwan Business TOPICS. “Especially in the era of AI integration, vibrant sports technology is often an ecosystem composed of sensing technology, data collection, data analysis, and sports applications.”
Taiwan’s robust local proving ground allows technologies to move from laboratory prototypes to deployable solutions before entering global markets. The aim is to replicate the model that propelled Taiwan’s rise in semiconductors: a coordinated ecosystem linking government policy, research institutions, private industry, and international partners.
A major pillar of the strategy is the Sports x Technology Action Plan, launched in 2023 and running through 2026 with a budget exceeding NT$5 billion (about US$158 million). The initiative is meant to connect hardware and software, bring high-tech companies into the field, and help build a sports-technology industry. The Ministry of Economic Affairs (MOEA) has said it expects the plan to attract significant private investment and generate billions of dollars in output.
Several ministries are responsible for implementing the plan. The MOEA, through its Department of Industrial Technology (DoIT), has led funding for research and commercialization.
In a late-2025 news release, the MOEA described the effort as pursuing two parallel transformations: “technologizing the sports industry” — applying advanced technologies to improve training, performance, and participation — and “sportifying the technology industry,” which invites tech firms to develop products and services tailored to sports applications, according to the news release.
Companies are already moving in. Among others, AIoT startup Jingletek has developed a smart baseball that records pitching data for training, while SportsArt is building energy-generating technology and digital connectivity into gym equipment. HTC, meanwhile, has leveraged its virtual-reality platform to create immersive sports experiences in partnership with Major League Baseball.
Applied Innovations
Industry participation is beginning to reach athletes and coaches, adding a human dimension to what might otherwise seem like top-down policy. The government’s flagship projects offer a clearer view of the effort. In baseball, Taiwan’s national pastime, engineers have developed a tracking system that measures pitching trajectories with a precision comparable to that used in Major League Baseball. Installed in major venues, including the Taipei Dome and Taichung Intercontinental Baseball Stadium, the system delivers real-time analytics to teams and officials while supporting more data-driven training programs.
Taiwan-based startup Jingletek has developed the STRIKE smart baseball, which captures pitching data during training and was showcased internationally at the Consumer Electronics Show in Las Vegas. Coaches and players use the sensor-generated data to refine mechanics and reduce the risk of injury.
Sensors embedded in the ball measure spin rate, rotation axis, velocity, and trajectory, allowing athletes to assess performance in real time rather than relying solely on observation. Coaches say the data-driven feedback enables pitchers to make more precise technical adjustments and better manage their workloads.
Several projects build on industries in which Taiwan already holds a commanding global position. The island — long described as a “bicycle kingdom” — is using that foundation to develop smart cycling technologies that pair connected hardware with digital training platforms. Government-backed indoor cycling systems now allow coaches to monitor athletes’ physiological responses and simulated terrain in real time, enhancing training precision and making remote coaching feasible.
Outdoor safety has become a focus as Taiwan’s mountains attract more hikers and outdoor enthusiasts. A mountaineering communication platform developed under the DoIT works without traditional base stations, using long-range signals and emergency alerts to help rescuers in remote areas. Officials say it shows how sports technology can serve public safety as well as athletic needs.
Golf is another significant proving ground for applied technology. Portable, multi-sensor systems that analyze swing mechanics, artificial intelligence-driven coaching platforms that generate personalized training programs, and digital fitness assessment tools are being introduced in professional facilities and community venues alike.
Research institutes play a central role in moving these innovations from concept to market. At the Consumer Electronics Show in 2025, Taiwan’s Industrial Technology Research Institute unveiled an AI-powered badminton training system capable of tracking shuttlecock trajectories and player movements at high speed. Built with semiconductor packaging technology to enhance image capture and processing, the system is now seeking industry partners to scale production and enter international markets.
Taiwan’s strategy envisions a national sports data platform that would integrate information from training sessions, competitions, venues, and public participation. Sensitive data would remain protected, while aggregated data would be used to support research and commercial services.
“Data technology is the key infrastructure for driving innovation and competitiveness in sports technology,” the MOS said, describing the platform as essential for applications ranging from precision training and injury prevention to digital content services. The ministry emphasizes that governance mechanisms will be crucial to protect privacy and maintain public trust as biometric and behavioral data become central to the sector.
Beyond competition
Outside elite competition, policymakers increasingly view sports technology as a tool to address broader demographic and health challenges. Taiwan’s rapidly aging population has placed new strain on the medical system, prompting initiatives aimed at expanding participation in physical activity. Personalized training applications, smart fitness equipment, and community-based digital platforms are being rolled out to make exercise more accessible across age groups and income levels.
The spectator experience represents a frontier. Taiwan’s sports-technology policy explicitly mentions “optimizing spectator experience” and “optimizing facility management” among its application priorities, according to the official policy page on the sports ministry’s website. Industry-side experimentation may extend to real-time analytics overlays and connected venue services designed to enhance fan engagement.
Despite this momentum, authorities acknowledge that the sector faces significant challenges. Commercialization timelines can be long, particularly for technologies requiring regulatory approval or changes in consumer behavior. Building internationally recognized brands and securing intellectual property will be essential for competing with established sports technology hubs in North America, Europe, and East Asia. Integrating products into global ecosystems often requires partnerships with professional leagues and international federations, adding complexity to market entry.
“The key is whether sports technology evolves from isolated pilot projects into scalable solutions capable of continuous service,” the ministry said, noting that progress will be measured by real-world deployment, alignment with international standards, and cross-industry collaboration as technologies move toward wider adoption beyond the pilot stage.
