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Technology Introduction: Personal protective equipment is essential for those entering infectious pathogen testing facilities, isolation wards, and high-containment laboratories. However, improper or incorrect PPE usage can increase the risk of pathogen exposure. Our system combines cutting-edge technology with management protocols to effectively ensure that workers wear appropriate protective equipment when entering laboratory spaces, thus safeguarding personnel and maintaining biosafety standards. Industry Applicability: It is used in the biomedical industry, virus research, hospital laboratories, isolation ward medical care, and semiconductor technology industry. It can be upgraded from the software or manufactured in various hardware types to meet different needs.
Sustainability | Biotechnology ＆ Medical careTechnology Introduction: At present, the digital court for medical disputes is established, where judges can mark the key parts of evidence for defendants and witnesses to watch, immerse themselves in the rights and obligations of judges, prosecutors, lawyers and litigants, and train trainees to deal with social situations through situational cases (such as medical correction) to reduce time and cost. Industry Applicability: It can be applied to hospitals, schools, companies, academic associations, tourist centers, military recruitment centers, and police, fire and rescue drills. This software is used as the basis for productization, and can be added later according to the needs of other units.
Sustainability | Biotechnology ＆ Medical care<Bacillus amyloliquefaciens> T33SR2 developed by TARI has the ability to decompose chitin, cellulose, collagen, dissolve phosphorus, and produce IAA, bacillibactin, iturin A, difficidin and surfactin. These secondary metabolites can help T33SR2 to colonize the rhizosphere and induce systemic resistance in plants. The roots of green onion seedlings were coating with the fermentation broth of T33SR2 diluted 20 times with diatomaceous earth, which increased the tiller numbers by 22.2% and the yield by 20.6%. These results demonstrate the potential of T33SR2 for development as a biofertilizer.
Sustainability | AgricultureTechnology Overview： DeepLung-CAC100 is imaging AI software that, with one LDCT scan, detects lung nodules, coronary calcium, and osteoporosis risk, delivering a one-scan, three-screen function. It reduces diagnosis time to under 3 minutes and, with full automation, integrates into health checkups or clinical systems to expand screening capacity. DeepBrain-Cognito, also imaging AI software, uses one MRI to assess brain atrophy and age, and to predict 1–2 year cognitive decline risk, enabling early dementia detection and supporting preventive medicine.
Innovation Economy | Biotechnology ＆ Medical careAlltech E-CO2 is a leading agri-environmental consultancy that helps farmers improve efficiency, profitability, and sustainability. We specialize in on-farm carbon and water assessments and provide consultancy services worldwide. We work with the Carbon Trust to ensure our tools meet international standards, such as PAS 2050 and ISO 14067, which guarantee high-quality and independently verified results. Our DairyEA™ tool also aligns with the International Dairy Federation guidelines for carbon footprinting. Through our innovative study of nutrigenomics, our nutritional technologies help animals maximize the nutrients in their feed for optimal well-being and performance. Alltech has proven that organic trace minerals in the form of Bioplex® and Sel-Plex® can be included at significantly lower levels while improving animal performance. This optimizes animal mineral requirements and reduces negative environmental impacts. We call this innovation Alltech’s Total Replacement Technology™ (TRT).
Sustainability | Agriculture/Green Energy ＆ EnvironmentTechnology Introduction: • No Monthly Fee – One-time 10-year prepaid plan enables predictable, low-cost IoT deployments without recurring charges. • Global Coverage – Available in 173 countries and regions with no additional roaming fees. • Multi-Carrier Access – Supports multiple networks in many areas with a single SIM, including Taiwan, for improved connectivity. Industry Applicability: 1NCE provides cost-efficient, scalable IoT connectivity with a one-time 10-year prepaid SIM, usable in over 170 countries and regions. It supports industries like smart metering, asset tracking, healthcare, and smart cities by simplifying local or global operations. The service enhances industrial development by reducing TCO, streamlining device management, and accelerating digital transformation.
Innovation Economy | Information ＆ CommunicationsTechnology Introduction: • Using a stepping motor to control the total flow and ratio of the two outlets can reduce 50% of control wiring and drive compared to traditional methods. It is suitable for HVAC&R or electronic cooling fields with limited space. • The world's first high-speed (90 pulse per second) variable flow 1v2 electronic control valve. Industry Applicability: High-performance computing servers use active fluid circulation with cold plate solutions, especially when using refrigerant as the working fluid, which requires multiple electronic expansion valves for control. Our "1v2 Electronic control valve" can reduce the use of control components by 50%. And it can be quickly adjusted according to the heat dissipation requirements.
Innovation Economy | Green Energy ＆ EnvironmentTechnology Introduction: • Technological Innovation: Holds patents for Multimodal Human-AI Interaction Technology, specializing in creating 3D AI virtual humans that can "hear, speak, and see." These virtual humans can be integrated with devices such as smart vending machines, fitness equipment, blood pressure monitors, robotic arms, and AR glasses, providing rich human-machine interaction services that effectively address labor shortages and enhance customer experience. • Competitive Advantage: Establishing formal collaborations with international major companies like Microsoft and NVIDIA to gain technical and commercial support, complemented by a patent moat in multimodal AI human-computer interaction technology, gradually forming a global competitive advantage. • Key Achievements: Successfully implemented in major venues including Weiwuying, Computex, LEECO Outlet, Taoyuan International Airport, and the Osaka Expo Taiwan Tech Week. Industry Applicability: The system is applied across retail, healthcare, finance, culture, and entertainment. It supports multilingual interaction, demographic analytics, and offers high scalability. ．Retail: Smart guide, product recommendation ．Healthcare: Virtual consult, booking, education ．Finance: AI service, consultation, promotion ．Culture: Exhibition guide, ticketing, interpretation ．Entertainment: Virtual idols, 3D MV, AI hosts
Future Tech | Life ApplicationThe light-field 3D AR-HUD features a continuous depth range of 5-15 m and a 13° × 6° field of view, enabling precise fusion of virtual and real imagery. By integrating transparent projection and eye-tracking, it can dynamically adjust the display under complex lighting or shifting lines of sight, reducing fatigue while enhancing safety and immersion. This technology drives collaborative innovation across optics, panels, modules, and interactive systems, bridging domestic technology gaps and strengthening competitiveness in smart automotive and 3D display industries.
Innovation Economy | Electronics ＆ Optoelectronics/Life ApplicationTechnology Introduction: With the progress of AI and IoT, the demand for NVM in edge computing has increased. This project proposes a 3D high-density Via RRAM architecture compatible with advanced FinFET logic process. Featuring full integration to CMOS process, 3D stackability, and high density, the design demonstrates excellent stability, low power consumption, and fast operation through comprehensive device design and electrical validation, making it a promising solution for future embedded memory applications. Industry Applicability: The 3D Via RRAM is fully compatible to TSMC standard logic process. It has been demonstrated on the 16nm FinFET platform, achieving a density of 0.4 Gb/mm², exceeding international benchmarks with scalability toward 1 Gb/mm² at 7nm node. Featuring high reliability, fast operation, and stable retention, this logic NVM IP is suitable for AI, IoT, and embedded system application. It shows strong potential for technology transfer, offering contribution to next-generation semiconductor technologies.
Future Tech | Electronics ＆ OptoelectronicsTechnology Introduction 3M™ Speedglas™ G5-03 The 3M™ Speedglas™ G5-03 Pro Welding Helmet uses next-generation technology to help provide dynamic welding protection. Intuitively designed for the challenges faced on the job, this helmet setup includes a haptic tapping function to activate grind or cut mode. We make use of the welding technology of the future, today — equip the 3M™ Speedglas™ G5-03 Pro Welding Helmet with various accessories, such as task-light, neck Cover and head Cover to configure the helmet to meet your specific needs. 3M™ Speedglas™ Welding Helmet, G5-03 Pro is specifically designed for the versatile welder. The helmet allows you to switch between welding and grinding tasks through our new Tap functionality. With highly customisable adjustment settings, including more control over how you see your weld pool and how you configure the helmet for additional protection against radiation, sparks and spatter, G5-03 Pro allows you to take control over your protection. Features 3M™ Speedglas™ Natural Color Technology, Variable Color Technology (with G5-01/03VC), and a Tack Welding Mode (with G5-01/03TW). The new optional Task Light also allows you to see more of your work piece. an optional helmet adapter system also enables the connection of a hard hat for welders requiring head protection. Industry Applicability The 3M™ Speedglas™ G5-03 Welding can minimize eye strain and improve comfort from work
Sustainability | Machinery ＆ SystemTechnology Introduction: This system is an autonomous mobile robot intelligent healthcare solution utilizing 5G communication and AI technology. It can interact with patients, collect information about their conditions, or provide health education; at the same time, it can understand nurses' instructions, help deliver medications, relay messages, and even guide visitors. This system particularly strengthens identity verification and personalized health education systems, sharing nurses' complex movement and communication tasks, allowing them to focus more on core care, saving 52% of time on personalized health education, environment navigation, and other tasks. Industry Applicability: This system targets healthcare settings, improving issues of nursing staff shortage and excessive workload. By integrating 5G communication, autonomous mobile robots, and large language model technology, the system assists medical staff in medication delivery, guidance explanations, and basic health education communication, effectively reducing nurses' in-hospital movement time by 6.6% and decreasing patient waiting time by an average of 13 minutes. This system not only saves working hours but also has the potential to expand to long-term care facilities, remote care in isolation wards, or as an assistive tool for rural healthcare, enhancing overall accessibility and quality of medical services.
Sustainability | Biotechnology ＆ Medical careThe 5G Empathetic Wearable Device is a sound-to-body conversion technology designed for wearable applications. By integrating sound analysis, signal classification, and tactile mapping, it transforms audio signals into multi-point vibration feedback, enabling deaf or hearing-impaired users to feel"music through the skin.The device is equipped with nine independently controlled actuators, Paired with 5G or near-5G high-speed transmission modules, the system supports real-time synchronized sensing and output across large venues. Cultural Performance and Exhibition Industry:Applicable to concerts, stage performances, museums, and art installations to provide accessible cultural experiences for all. Education and Special Education:Functions as an assistive tool for arts education, supporting music classes and creative learning in schools for the hearing-impaired. Long-term Care and Health Promotion:Integrated into senior wellness programs (e.g., for dementia or Parkinson’s patients) to support nostalgic therapy and sensory stimulation.
Innovation Economy | Information ＆ CommunicationsTechnology Introduction: Integrating conventional gNB base station equipment with O-RAN base stations, IoT devices, and other data nodes, this platform utilizes AI algorithms for analysis to enable diverse AI applications such as O-RAN module performance optimization, energy consumption management across all modules, and module failure prediction. The platform will also establish standardized unified access protocols and integrated testing mechanisms to accelerate the integration of communication and sensing applications for 5G and IoT devices, thereby shortening the development timeline for domestic vendors in deploying AI applications in 5G environments. Industry Applicability: This platform offers high industrial applicability by addressing the high power consumption costs associated with 5G private network operations. It provides an effective energy-saving solution that helps operators reduce electricity expenses by up to NT$300,000 per site annually. The platform integrates energy management and anomaly detection functions, collecting power usage and communication data from 5G equipment through standardized data exchange. This data serves as an interface for AI model training, enhancing operational efficiency and intelligence. The solution also aligns with ESG and net-zero carbon emission policies, supporting enterprises in strengthening their energy-saving efforts as part of brand image and supply chain evaluation advantages. The primary target users are network system integrators and equipment vendors, making the platform highly suitable for integration and commercial promotion.
Sustainability | Information ＆ CommunicationsTechnology Introduction: • AI-Driven Optical Defect Detection • Intelligent Material Picking • AR-Enabled Remote Assistance Industry Applicability: This demo uses 5G’s high bandwidth, low latency, massive connectivity, and security to enable smart manufacturing. MR glasses allow remote guidance and seamless knowledge transfer. Intelligent picking system integrates QR scanning and navigation with ERP. AI image recognition detects anomalies at workstations in real time, improving productivity, quality, and efficiency.
Sustainability | Life ApplicationTechnology Introduction: Taiwan Optical Platform services span three major business sectors: cable television, telecommunications, and media. Its operational area stretches from Taoyuan in the north to Tainan in the south, making it the only MSO (Multiple System Operator) in Taiwan with a complete regional footprint, covering 41% of the nation's territory. Taiwan Optical Platform was also the first MSO in Taiwan to offer fiber-to-the-home (FTTH) services, with nearly 2,000 deployed base station circuits. In 2018, the group established an IoT platform integrating cloud technologies, and partnered with the government on urban innovation projects such as autonomous vehicles, smart factories, and smart streetlights. These initiatives contributed to the development of a comprehensive IoT supply chain and added value to its telecommunications business. Industry Applicability: Taiwan Optical Platform leverages a fiber-optic network foundation to support 5G private network deployment, integrating technologies such as digital twins, automated guided vehicles (AGVs), and AI-based machining error detection. We focus on assisting factories in Taiwan’s central region—a key hub for the manufacturing and machine tool industries—in their 5G transformation. Beyond industrial use, our 5G services extend to diverse locations such as Wufeng Golf Course, remote schools in Tainan, and the Dali Art Plaza, integrating mixed reality (MR) for golf training, drone-based inspections, VR English learning, digital historical archives, and remote collaborative performances—demonstrating the full potential of 5G private network technology across multiple domains. Through Taiwan Optical Platform cross-disciplinary digital solutions, we meet the diverse needs of businesses within our service areas. Looking ahead, we will continue to build on our 5G private network foundation, expanding into applications such as smart healthcare, intelligent transportation, and smart entertainment, providing high-q
Sustainability | Life ApplicationTechnology Introduction: ITRI has developed innovative, patented four port integrated antenna technology. This technology successfully doubles the number of antennas within the same array area. The independently developed 6G FR3 band RF front-end chip shows high linearity and efficiency. The close integration of the chip and antenna module further reduces connection losses and improves module efficiency. Industry Applicability: As 5G progresses to 6G technology, demand for RF chips is expected to increase tenfold. The cost of RF front-end chip will be significant for 6G base station RU equipment. Therefore, the development of 6G FR3 RF chipset and antenna array technology will enhance the competitiveness of Taiwan's base station industry and help Taiwan's supply chain create 6G business opportunities.
Future Tech | Electronics ＆ OptoelectronicsThis technology mainly develops high volume power density SiC inverter, which helps to improve energy conservation and carbon reduction. For end users, it helps to improve the endurance of electric vehicles. Technical highlights include the development of thin current sensors, which can improve system reliability and reduce size, and the development of a two-in-one water channel design that can dissipate heat for power modules and capacitors, helping to increase rated power.
Innovation Economy | Machinery ＆ System/Green Energy ＆ EnvironmentComing soon!
