Taiwan’s Strategy to Build a Robotics Hub Starts in Tainan

By concentrating on validation and testing as well as research, the facility aims to reduce the gap between experimental robotics technologies and commercial deployment.

The project is also tied to Taiwan’s Ten Major AI Infrastructure Projects, a national initiative intended to accelerate advanced technologies such as AI, robotics, and smart manufacturing.

Strengthening Taiwan’s robotics supply chain

One of Taiwan’s biggest advantages in robotics is its deep electronics manufacturing ecosystem. ITRI designed the new center to connect global startups and research teams with this supply chain.

Taiwan already produces many key robotics components—including sensors, processors, control systems, and communication modules—which allows companies to move quickly from prototype to scalable production.

Government officials view this integration as essential for capturing a larger share of the rapidly expanding global robotics market. Analysts expect the worldwide robotics industry to exceed NT$4.8 trillion (about US$150 billion) by 2030.

Simulation and high‑performance computing

Advanced robotics development typically relies heavily on simulation platforms and high‑performance computing to test algorithms, train AI models, and evaluate robot behavior before physical deployment.

However, the available public sources describing the new ITRI center do not confirm specific technical details about the computing infrastructure used or the deployment of Nvidia robotics simulation platforms. While simulation and computing resources are likely part of the development process, the sources cited here do not document particular Nvidia tools or architectures supporting the center’s work.

How the center complements the Shalun robotics hub

The ITRI facility is not Taiwan’s only robotics initiative in Tainan. It complements an earlier AI‑focused robotics center in the Shalun Smart Green Energy Science City, which already connects more than 130 technology companies, including firms such as Asus and Pegatron.

That Shalun hub focuses heavily on:

• Robotics hardware modules and sensors
• AI algorithm development
• industry‑academia collaboration

Together, the Shalun ecosystem and the new ITRI center form a two‑layer strategy: research and talent development in Shalun, combined with applied R&D and system validation at ITRI.

Government plans to turn Tainan into a robotics cluster

The robotics center is part of a much larger national strategy. Taiwan’s government has approved a smart robotics industry development plan designed to scale the country’s robotics sector significantly over the next several years.

Key elements include:

• Creating a Smart Robotics Industrial Cluster in Tainan’s Liuying District
• Supporting robotics startups and new manufacturing ventures
• Encouraging collaboration between companies, universities, and research institutes

The government aims to dramatically increase the output of professional service robots—from NT$4 billion to NT$50 billion within five years.

To support this goal, more than 50 robotics‑related companies have also formed an industry alliance to develop applications, conduct testing programs, and accelerate commercialization of service robots across sectors such as healthcare, logistics, agriculture, and manufacturing.

Why Taiwan is investing heavily in robotics

Several structural factors are pushing Taiwan to accelerate robotics development:

• Labor shortages and aging demographics, which increase demand for service robots
• Industrial automation needs in manufacturing and logistics
• The opportunity to leverage Taiwan’s world‑leading electronics supply chain

By combining research institutes like ITRI, industrial alliances, government funding, and regional innovation hubs, Taiwan is attempting to build a vertically integrated robotics ecosystem similar to the one that helped the country dominate semiconductor manufacturing.

If successful, the robotics initiatives centered in Tainan could position Taiwan as a key global supplier of intelligent robots and the technologies that power them.