**What Is Industrial Technology Research Institute’s Role In Tech?**

1. What Is the Industrial Technology Research Institute (ITRI)?

The Industrial Technology Research Institute (ITRI) stands as a pivotal force in the global technology landscape. ITRI is a world-leading applied technology research institute dedicated to driving industrial development, creating economic value, and enhancing societal well-being through technology R&D. ITRI, established in 1973, has been at the forefront of technological advancement. It plays a vital role in bridging the gap between academic research and practical application, ensuring that innovative technologies are not just theoretical concepts but real-world solutions.

1.1. What Is ITRI’s Mission?

ITRI’s mission is to drive industrial development, create economic value, and enhance social well-being through technology R&D. By focusing on applied research, ITRI ensures that its innovations have practical applications that can benefit society. This includes fostering new tech ventures, delivering R&D results to industries, and promoting technology education.

1.2. What Is ITRI’s History and Impact?

Founded in 1973, ITRI pioneered integrated circuit (IC) development, nurturing new tech ventures, and delivering R&D results to industries. ITRI has been instrumental in establishing and incubating companies such as TSMC, UMC, Taiwan Mask Corp., Epistar Corp., Mirle Automation Corp., and Taiwan Biomaterial Co., significantly contributing to Taiwan’s economic growth and technological advancement. These ventures have gone on to become leaders in their respective fields, demonstrating ITRI’s ability to identify and support promising technologies.

2. What Is ITRI’s 2035 Technology Strategy & Roadmap?

ITRI’s 2035 Technology Strategy & Roadmap addresses critical factors such as climate change, population dynamics, societal resilience, and the paradigm shifts to digital lifestyles and industries. ITRI has launched its 2035 Technology Strategy & Roadmap to enhance intelligentization enabling technologies and focus on four application domains: Smart Living, Quality Health, Sustainable Environment, and Resilient Society. This forward-looking strategy aims to enhance intelligentization enabling technologies and focus on four key application domains, ensuring ITRI remains at the cutting edge of innovation.

2.1. What Are the Key Domains of the 2035 Strategy?

The four key domains of ITRI’s 2035 Technology Strategy are Smart Living, Quality Health, Sustainable Environment, and Resilient Society. These domains reflect ITRI’s commitment to addressing global challenges and improving quality of life through technological innovation. By focusing on these areas, ITRI aims to create market-driven solutions that inspire new lifestyles and steer society toward a better future.

2.2. How Does ITRI Plan to Achieve Its 2035 Goals?

ITRI strives to leverage technological innovations to inspire new lifestyles, engineer market-driven solutions, create uncontested spaces, and ultimately steer society toward a better future. The Institute leverages technological innovations to inspire new lifestyles, engineer market-driven solutions, and create uncontested spaces. This involves fostering cross-disciplinary collaborations, engaging with global partners, and continuously exploring new applications and service possibilities. ITRI’s approach ensures that its research and development efforts are aligned with the needs of society and industry.

3. How Is ITRI Advancing Smart Living?

ITRI is directing its R&D efforts toward innovations in human-machine interaction & services, autonomous mobility systems, and smart consumption & logistics services to enable everyone to enjoy a high-quality living and lifestyle. ITRI is actively engaged in the development of XR systems, interactive in-vehicle systems, perception & prediction technologies, decision-making control, autonomous mobile robots, smart consumer services, and smart logistics. This includes developing technologies for human-machine interaction, autonomous mobility systems, and smart consumption and logistics services.

3.1. What Technologies Is ITRI Developing for Smart Living?

ITRI is currently engaged in the development of XR systems, interactive in-vehicle systems, perception & prediction technologies, decision-making control, autonomous mobile robots, smart consumer services, and smart logistics. These technologies aim to meet the daily needs of the public and businesses while connecting Taiwan’s industries with international advancements to explore new markets. For example, XR systems enhance human-machine interaction, while autonomous mobile robots improve logistics and delivery services.

3.2. What Are the Goals of ITRI’s Smart Living Initiatives?

The goal is to meet the daily needs of the public and businesses while connecting Taiwan’s industries with international advancements to explore new markets. ITRI aims to meet the daily needs of the public and businesses while connecting Taiwan’s industries with international advancements to explore new markets. This involves creating innovative solutions that improve convenience, efficiency, and quality of life for individuals and businesses alike. By fostering collaboration and driving technological advancements, ITRI contributes to the growth and competitiveness of Taiwan’s industries.

4. How Is ITRI Contributing to Quality Health?

ITRI is actively advancing holistic and preventive technologies for precision health, medicine, and healthcare to keep healthcare good and affordable with the aid of ICT, big data, and AI. ITRI continuously refines smart medtech and elevates healthcare technology, leveraging Taiwan’s strength in ICT and medical systems. This includes advancing technologies for precision health, medicine, and healthcare, leveraging Taiwan’s strengths in ICT and medical systems.

4.1. What Specific Healthcare Technologies Is ITRI Focused On?

The scope of development includes smart medical electronics, regenerative medicine, drug development, preventive healthcare, healthcare decision support systems, and general life-enhancing solutions. ITRI is developing smart medical electronics, regenerative medicine, drug development, preventive healthcare, healthcare decision support systems, and general life-enhancing solutions. These technologies aim to improve healthcare outcomes, reduce costs, and enhance the overall well-being of individuals.

4.2. What Is ITRI’s Vision for the Future of Healthcare?

ITRI aspires to build a tech ecosystem for the public’s well-being within the global biomedical market value chain. ITRI aspires to build a tech ecosystem for the public’s well-being within the global biomedical market value chain. This involves creating a collaborative environment where technology and healthcare professionals work together to develop and deploy innovative solutions. By fostering this ecosystem, ITRI aims to improve healthcare access, affordability, and quality for people around the world.

5. How Is ITRI Promoting a Sustainable Environment?

ITRI is dedicated to enhancing technologies in the fields of circular economy, low-carbon manufacturing, and green energy & environment in pursuit of a sustainable future. ITRI puts emphasis on the green transition of chemical & material industries, sustainable electronics technology, biotechnology manufacturing, low-carbon product design, energy-efficient & low-carbon manufacturing, digitalization within manufacturing processes, low-carbon agrotechnology, sustainable energy sources, energy efficiency, smart grid & energy storage, and environmental technologies to create a community where both society and industry thrive. ITRI is committed to enhancing technologies in circular economy, low-carbon manufacturing, and green energy and environment.

5.1. What Key Areas Does ITRI Focus On for Environmental Sustainability?

ITRI puts emphasis on the green transition of chemical & material industries, sustainable electronics technology, biotechnology manufacturing, low-carbon product design, energy-efficient & low-carbon manufacturing, digitalization within manufacturing processes, low-carbon agrotechnology, sustainable energy sources, energy efficiency, smart grid & energy storage, and environmental technologies. ITRI focuses on green transition of chemical and material industries, sustainable electronics technology, biotechnology manufacturing, low-carbon product design, energy-efficient and low-carbon manufacturing, digitalization within manufacturing processes, low-carbon agrotechnology, sustainable energy sources, energy efficiency, smart grid and energy storage, and environmental technologies.

5.2. What Is ITRI’s Vision for a Sustainable Future?

ITRI envisions creating a community where both society and industry thrive. This vision involves creating a community where both society and industry thrive by adopting sustainable practices and technologies. By promoting green initiatives and fostering innovation, ITRI aims to build a more sustainable and resilient future for all.

6. How Is ITRI Building a Resilient Society?

ITRI is strengthening society’s ability to respond and recover through technology to address risks brought by extreme weather, large-scale earthquakes, geopolitics, and pandemics. ITRI is rolling out resilience solutions for transportation, information & communication networks, grid, energy resource management, key resources supply, workforce development, as well as manufacturing equipment and components in sectors of infrastructure, resource & energy, and productivity. ITRI is dedicated to strengthening society’s ability to respond and recover from various risks through technological solutions.

6.1. What Types of Risks Is ITRI Addressing?

ITRI is addressing risks brought by extreme weather, large-scale earthquakes, geopolitics, and pandemics. These risks can have significant impacts on society, and ITRI is working to develop solutions that enhance resilience and minimize disruption.

6.2. What Sectors Is ITRI Targeting to Enhance Resilience?

ITRI is rolling out resilience solutions for transportation, information & communication networks, grid, energy resource management, key resources supply, workforce development, as well as manufacturing equipment and components in sectors of infrastructure, resource & energy, and productivity. ITRI is focusing on sectors such as infrastructure, resource & energy, and productivity to enhance resilience. This includes developing solutions for transportation, information and communication networks, grid management, energy resource management, key resources supply, workforce development, and manufacturing equipment and components.

7. What Is Intelligentization Enabling Technology at ITRI?

Intelligentization enabling technology is the backbone of the 2035 Technology Strategy & Roadmap. ITRI turns to AI & cybersecurity, semiconductor, communications, and smart sensing technologies to foster breakthroughs in the above four application domains. ITRI is leveraging AI & cybersecurity, semiconductor, communications, and smart sensing technologies to foster breakthroughs across its key application domains.

7.1. What Specific Technologies Are Included in This Category?

ITRI turns to AI & cybersecurity, semiconductor, communications, and smart sensing technologies to foster breakthroughs in the above four application domains. The technologies include AI and cybersecurity, semiconductor technology, communications, and smart sensing technologies. These technologies are essential for driving innovation and creating advanced solutions across various sectors.

7.2. How Does ITRI Use These Technologies to Drive Industry Growth?

Dedicated to driving industry growth, ITRI continues to explore innovative combinations of applications and service possibilities. ITRI explores innovative combinations of applications and service possibilities to drive industry growth. By fostering cross-disciplinary collaborations and engaging with global partners, ITRI ensures that its research and development efforts are aligned with the needs of industry.

8. What Are ITRI’s Cross-Disciplinary Strategy Offices?

From 2018 to 2022, ITRI successively launched five offices, namely the Grid Management and Modernization Strategy Office, AI Application Strategy Office, Southern Taiwan Industrial Innovation Strategy Office, Net Zero and Sustainability Strategy Office, and Office of Intelligent and Green Vehicle Promotion Strategy. These offices are the platforms to facilitate cross-disciplinary collaborations with R&D resources. ITRI has established several cross-disciplinary strategy offices to facilitate collaboration and innovation across different research areas.

8.1. What Are the Key Strategy Offices at ITRI?

The key strategy offices at ITRI include the Grid Management and Modernization Strategy Office, AI Application Strategy Office, Southern Taiwan Industrial Innovation Strategy Office, Net Zero and Sustainability Strategy Office, and Office of Intelligent and Green Vehicle Promotion Strategy. These offices serve as platforms to facilitate cross-disciplinary collaborations with R&D resources.

8.2. What Is the Role of These Offices in ITRI’s Strategy?

These offices are the platforms to facilitate cross-disciplinary collaborations with R&D resources. The strategy offices play a crucial role in facilitating cross-disciplinary collaborations, promoting government policies, and driving innovation in their respective areas. Each office has specific missions and objectives that contribute to ITRI’s overall strategy.

9. How Does the Grid Management and Modernization Strategy Office Enhance Taiwan’s Electric Power System?

Established in 2018, the Grid Management and Modernization Strategy (GMS) Office aims to enhance the resilience and reliability of Taiwan’s electric power system through grid management and modern technology solutions. The solutions come from ITRI’s R&D resources along with advisors from both the academia and industry, which allow the GMS Office to deliver root cause analyses and recommandations on the power grid issues for the policy makers and industrial practices. The GMS Office enhances the resilience and reliability of Taiwan’s electric power system through grid management and modern technology solutions.

9.1. What Are the Major Missions of the GMS Office?

The GMS Office has three major missions: Being a think tank, promoting consensus towards sustainability, and cultivating talent. These missions ensure that the GMS Office can effectively address the challenges facing Taiwan’s electric power system.

• Being a Think Tank: The GMS Office gathers electric power experts from the academia and industry to form a grid consulting committee. This committee provides recommendations and advice on grid development and operation, which help deploy plans and policies by government agencies.
• Promoting Consensus Towards Sustainability: The GMS Office promotes rightful advocates and concepts via media, forums and courses in order to increase public awareness.
• Cultivating Talent: The GMS Office calls for academia, research and industry sectors to establish a grid school and scholarship alliance to foster power professionals and award scholarship to the multidisciplinary talent in the electric power sector.

9.2. How Does the GMS Office Support Policy Makers and Industrial Practices?

The solutions come from ITRI’s R&D resources along with advisors from both the academia and industry, which allow the GMS Office to deliver root cause analyses and recommendations on the power grid issues for the policy makers and industrial practices. The GMS Office supports policy makers and industrial practices by providing root cause analyses and recommendations on power grid issues. By leveraging ITRI’s R&D resources and expertise from academia and industry, the GMS Office ensures that its recommendations are well-informed and practical.

10. What Role Does the AI Application Strategy Office Play in ITRI?

The AI Application Strategy Office was launched in 2018 to promote the development of innovative AI technologies and applications, and strengthen ITRI’s leading position in this area. Besides enhancing cross-disciplinary collaborations, global partnerships, and industry value, the Office functions in planning ITRI’s strategies and promoting government policies. The AI Application Strategy Office promotes the development of innovative AI technologies and applications.

10.1. What Are the Major R&D Themes of the AI Application Strategy Office?

Currently, there are five major R&D themes: smart manufacturing, smart business, smart healthcare, unmanned vehicles, and smart system-on-chip (SoC). ITRI is also developing AI applications in net zero emissions and sustainability to align with global trends. The major R&D themes include smart manufacturing, smart business, smart healthcare, unmanned vehicles, and smart system-on-chip (SoC). ITRI is also developing AI applications in net zero emissions and sustainability to align with global trends.

10.2. What Are the Objectives of the AI Application Strategy Office?

The Office aims to achieve two objectives: Leverage “human-centric approach” x “interdisciplinary innovations” to create the industry value by AI in Taiwan, and utilize AI to help establish resilient industry ecochains, making Taiwan a key trusted partner in the world. The Office aims to achieve two objectives: leveraging a “human-centric approach” and “interdisciplinary innovations” to create industry value by AI in Taiwan, and utilizing AI to help establish resilient industry ecochains, making Taiwan a key trusted partner in the world.

11. How Does the Southern Taiwan Industrial Innovation Strategy Office Support Local Companies?

To respond to the government’s Great South & Great Development policy, the Office was founded in 2020 to promote the development of compound semiconductors and green energy in Southern Taiwan. Along with the support from the technology service industry, local companies can be transformed and taken to the next level. The Southern Taiwan Industrial Innovation Strategy Office supports local companies by promoting the development of compound semiconductors and green energy in Southern Taiwan.

11.1. What Is the Southern Rainforest Project?

In 2021, the Southern Rainforest Project was launched to put more efforts in developing the materials, components, equipment, applications, and talent in compound semiconductors. The project also spurs the growth in automotive power and green energy electronics. The Southern Rainforest Project was launched to develop the materials, components, equipment, applications, and talent in compound semiconductors.

11.2. How Does the Office Assist Companies in Meeting Net Zero Targets?

Meanwhile, the Office is active in helping industries join the world to meet the net zero targets while echoing Taiwan’s Pathway to Net Zero Emissions in 2050. It proactively introduces smart technologies such as (AI and digital technology) to companies in Southern Taiwan and assists them in adapting to the net zero challenges and digital transformation. The Office assists companies in meeting net zero targets by introducing smart technologies and helping them adapt to the net zero challenges and digital transformation.

12. What Is the Focus of the Net Zero and Sustainability Strategy Office?

ITRI inaugurated the Net Zero and Sustainability Strategy Office in 2021. The Office serves as a bridge among the industry, government, and academia, as well as forms a platform for promoting net zero initiatives. The Net Zero and Sustainability Strategy Office focuses on promoting net zero initiatives and serving as a bridge among industry, government, and academia.

12.1. How Does the Office Approach Net Zero Emissions Strategies?

ITRI has approached net zero emissions strategies across the aspects of supply, demand, manufacturing, environment, and policy. Based on these contexts, ITRI presents comprehensive multidisciplinary technology solutions that empower industries to gain greater competitiveness for the net zero era. ITRI approaches net zero emissions strategies across the aspects of supply, demand, manufacturing, environment, and policy.

12.2. What Tools and Services Does the Office Provide to Help Industries Cut Carbon Emissions?

A cloud carbon management platform was built to help manufacturers calculate their carbon footprints. Over 10,000 carbon emission coefficient entries are available on the platform’s industry database. The platform can help industries cut carbon emissions for themselves and their supply chains. There is a service team providing consulting and advice, offering evaluation of product features, and identifying carbon emission hotspots. The office provides a cloud carbon management platform, consulting services, and a learning map to help industries cut carbon emissions.

13. What Are the Primary Research Topics of the Office of Intelligent and Green Vehicle Promotion Strategy?

Established in 2022, the Office of Intelligent and Green Vehicle Promotion Strategy builds a communication platform for Taiwan’s cross-disciplinary planning of intelligent and green vehicle technology, accelerating its innovative services and applications and industrial development. Seven primary research topics of the office include unmanned aerial vehicles, autonomous vehicles, rail transport, green vehicles, automotive electronics, autonomous mobile robots, and information and communication services. The primary research topics include unmanned aerial vehicles, autonomous vehicles, rail transport, green vehicles, automotive electronics, autonomous mobile robots, and information and communication services.

13.1. What Are the Key Operations of This Office?

(1) Innovating and verifying technologies: pilot demonstration and region applications of ITRI’s technology
(2) Assisting the government in policy-making and proposing long-term development strategies
(3) Promoting industry alliance: helping set the standards for industries/products/technologies
(4) Connecting with international partners: seeking cooperation among international vendors and R&D institutions to increase global impact
(5) Cultivating talent: collaborating with industry and academia for tech talent acquisition

The key operations include innovating and verifying technologies, assisting the government in policy-making, promoting industry alliances, connecting with international partners, and cultivating talent.

• Innovating and Verifying Technologies: The office focuses on pilot demonstrations and regional applications of ITRI’s technology.
• Assisting the Government in Policy-Making: The office proposes long-term development strategies and supports government policy development.
• Promoting Industry Alliances: The office helps set standards for industries, products, and technologies.
• Connecting with International Partners: The office seeks cooperation among international vendors and R&D institutions.
• Cultivating Talent: The office collaborates with industry and academia for tech talent acquisition.

13.2. How Does This Office Contribute to Taiwan’s Industrial Development?

The Office of Intelligent and Green Vehicle Promotion Strategy builds a communication platform for Taiwan’s cross-disciplinary planning of intelligent and green vehicle technology, accelerating its innovative services and applications and industrial development. This office accelerates innovative services and applications and promotes industrial development by building a communication platform for Taiwan’s cross-disciplinary planning of intelligent and green vehicle technology.

14. What Services Does ITRI Offer?

ITRI is ceaselessly developing advanced technologies and strengthening interdisciplinary integration to respond the latest industry trends. Moreover, it offers comprehensive R&D collaboration and business consulting services, such as contract research, small-scale pilot production, process improvement, calibration and measuring, technology transfers, and IP value-added services. ITRI offers comprehensive R&D collaboration and business consulting services.

14.1. What Types of R&D Collaboration Services Are Available?

Comprehensive R&D collaboration and business consulting services, such as contract research, small-scale pilot production, process improvement, calibration and measuring, technology transfers, and IP value-added services. Available services include contract research, small-scale pilot production, process improvement, calibration and measuring, technology transfers, and IP value-added services.

14.2. How Does ITRI Support Startups and Entrepreneurship?

With its open labs and incubators to promote startups and entrepreneurship, ITRI is active to speed up technological development in industries and nurture emerging high-tech businesses. ITRI promotes startups and entrepreneurship through its open labs and incubators. This support helps speed up technological development in industries and nurture emerging high-tech businesses.

15. How Is ITRI Improving Social Welfare Through Technology?

ITRI is also applying technologies to improve social welfare. In addition to launching technology application and services, technology education promotion, and corporate volunteering programs, the Institute established a platform that can integrate researchers’ efforts to give back to society with their R&D results. ITRI improves social welfare through technology application and services, technology education promotion, and corporate volunteering programs.

15.1. What Social Welfare Initiatives Does ITRI Undertake?

In addition to launching technology application and services, technology education promotion, and corporate volunteering programs, the Institute established a platform that can integrate researchers’ efforts to give back to society with their R&D results. ITRI undertakes initiatives such as technology application and services, technology education promotion, and corporate volunteering programs. The Institute has also established a platform that can integrate researchers’ efforts to give back to society with their R&D results.

15.2. How Does ITRI Encourage Researchers to Contribute to Society?

The Institute established a platform that can integrate researchers’ efforts to give back to society with their R&D results. ITRI encourages researchers to contribute to society by providing a platform that integrates their efforts to give back with their R&D results. This platform allows researchers to apply their expertise and innovations to address social challenges and improve the lives of others.

16. How Does ITRI Collaborate Globally?

Aiming to connect the global innovative technology ecosystem network and link Taiwan with the world, ITRI set up branch locations in the U.S., Japan, and Germany. By providing a global technology cooperation platform, ITRI is able to facilitate stronger and broader long-term partnerships and bilateral/multilateral collaborations among the international community. ITRI collaborates globally by establishing branch locations in the U.S., Japan, and Germany.

16.1. Where Are ITRI’s International Branch Locations?

ITRI set up branch locations in the U.S., Japan, and Germany. ITRI has branch locations in the U.S., Japan, and Germany. These locations serve as hubs for international collaboration and technology exchange.

16.2. How Does ITRI Facilitate International Partnerships?

By providing a global technology cooperation platform, ITRI is able to facilitate stronger and broader long-term partnerships and bilateral/multilateral collaborations among the international community. ITRI facilitates international partnerships by providing a global technology cooperation platform. This platform enables stronger and broader long-term partnerships and bilateral/multilateral collaborations among the international community.

ITRI headquarters showcasing its role as a global hub for technology innovation and research collaborations.

17. What Are Some Examples of ITRI’s Successful Technology Transfers?

ITRI has a strong track record of successful technology transfers that have significantly impacted various industries.

17.1. How Did ITRI Contribute to the Semiconductor Industry in Taiwan?

ITRI played a crucial role in the development of Taiwan’s semiconductor industry by transferring key technologies and nurturing talent. According to a report by the Taiwan Semiconductor Industry Association (TSIA), ITRI’s early efforts in IC development laid the foundation for companies like TSMC and UMC, which have become global leaders in semiconductor manufacturing. This technology transfer not only boosted Taiwan’s economy but also positioned the country as a major player in the global technology market.

17.2. What Role Did ITRI Play in Developing the LED Industry?

ITRI’s contributions extend to the LED industry, where it helped establish companies like Epistar Corp. Through technology transfers and R&D support, ITRI facilitated the development of advanced LED technologies that have been widely adopted in various applications, from lighting to displays.

18. How Does ITRI Address Challenges in Cybersecurity?

ITRI recognizes the growing importance of cybersecurity in today’s interconnected world and is actively involved in developing solutions to address related challenges.

18.1. What Cybersecurity Technologies Is ITRI Developing?

ITRI is focusing on developing advanced cybersecurity technologies, including threat detection systems, data encryption methods, and secure communication protocols. These technologies are designed to protect critical infrastructure, businesses, and individuals from cyber threats.

18.2. How Does ITRI Collaborate with Other Organizations on Cybersecurity Initiatives?

ITRI collaborates with various organizations, including government agencies, industry partners, and academic institutions, to address cybersecurity challenges. For example, ITRI works with the Ministry of Digital Affairs in Taiwan to develop national cybersecurity strategies and standards. Additionally, ITRI partners with international organizations to share knowledge and best practices in cybersecurity.

19. How Does ITRI Promote Innovation in Green Energy?

ITRI is committed to promoting innovation in green energy technologies to address climate change and reduce reliance on fossil fuels.

19.1. What Green Energy Technologies Is ITRI Developing?

ITRI is involved in developing a wide range of green energy technologies, including solar power, wind energy, energy storage systems, and smart grids. These technologies aim to provide clean, sustainable energy solutions for various applications.

19.2. How Does ITRI Support the Deployment of Green Energy Technologies?

ITRI supports the deployment of green energy technologies by providing technical expertise, conducting pilot projects, and facilitating technology transfers to industry partners. For example, ITRI has worked with local governments in Taiwan to develop and implement smart grid solutions that integrate renewable energy sources into the existing power grid.

20. What Are ITRI’s Initiatives in Smart Manufacturing?

ITRI is actively involved in promoting smart manufacturing to enhance the efficiency, productivity, and sustainability of manufacturing processes.

20.1. What Technologies Is ITRI Developing for Smart Manufacturing?

ITRI is focusing on developing technologies such as industrial IoT, AI-powered analytics, robotics, and automation to enable smart manufacturing. These technologies help manufacturers optimize their operations, reduce costs, and improve product quality.

20.2. How Does ITRI Help Manufacturers Adopt Smart Manufacturing Practices?

ITRI helps manufacturers adopt smart manufacturing practices by providing consulting services, conducting training programs, and offering technology solutions tailored to their specific needs. ITRI also collaborates with industry associations to promote the adoption of smart manufacturing practices across different sectors.

In conclusion, the Industrial Technology Research Institute (ITRI) is a vital hub for technological innovation, driving advancements across various sectors and contributing significantly to global challenges. By focusing on key areas such as Smart Living, Quality Health, Sustainable Environment, and Resilient Society, ITRI leverages technology to improve lives and foster economic growth. To explore these cutting-edge technologies and stay updated with the latest advancements, visit pioneer-technology.com for in-depth articles and analysis. Discover how ITRI’s innovations are shaping the future and how you can be part of this technological revolution by visiting pioneer-technology.com today.

FAQ: Industrial Technology Research Institute (ITRI)

1. What is the Industrial Technology Research Institute (ITRI)?
   ITRI is a world-leading applied technology research institute focused on driving industrial development, creating economic value, and enhancing societal well-being through technology R&D. Founded in 1973, ITRI has been instrumental in pioneering IC development and nurturing new tech ventures.

2. What is ITRI’s mission?
   ITRI’s mission is to drive industrial development, create economic value, and enhance social well-being through technology R&D. It aims to bridge the gap between academic research and practical application, ensuring that innovative technologies are real-world solutions.

3. What are the key domains of ITRI’s 2035 Technology Strategy & Roadmap?
   The four key domains are Smart Living, Quality Health, Sustainable Environment, and Resilient Society. These reflect ITRI’s commitment to addressing global challenges and improving quality of life through technological innovation.

4. How is ITRI advancing Smart Living?
   ITRI is directing its R&D efforts toward innovations in human-machine interaction & services, autonomous mobility systems, and smart consumption & logistics services. It is developing XR systems, interactive in-vehicle systems, and autonomous mobile robots.

5. How is ITRI contributing to Quality Health?
   ITRI is actively advancing holistic and preventive technologies for precision health, medicine, and healthcare, leveraging Taiwan’s strengths in ICT and medical systems. This includes smart medical electronics, regenerative medicine, and drug development.

6. How is ITRI promoting a Sustainable Environment?
   ITRI is dedicated to enhancing technologies in circular economy, low-carbon manufacturing, and green energy & environment. It focuses on green transition of chemical & material industries and sustainable electronics technology.

7. How is ITRI building a Resilient Society?
   ITRI is strengthening society’s ability to respond and recover from risks like extreme weather, earthquakes, and pandemics through technological solutions in transportation, information networks, and energy resource management.

8. What is Intelligentization Enabling Technology at ITRI?
   ITRI leverages AI & cybersecurity, semiconductor, communications, and smart sensing technologies to foster breakthroughs across its key application domains.

9. What are ITRI’s Cross-Disciplinary Strategy Offices?
   ITRI has five offices: Grid Management and Modernization Strategy Office, AI Application Strategy Office, Southern Taiwan Industrial Innovation Strategy Office, Net Zero and Sustainability Strategy Office, and Office of Intelligent and Green Vehicle Promotion Strategy.

10. How does ITRI collaborate globally?
    ITRI collaborates globally by establishing branch locations in the U.S., Japan, and Germany, providing a platform for international technology cooperation and facilitating partnerships.

Remember, for more in-depth information and the latest updates on these cutting-edge technologies, visit pioneer-technology.com.

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