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Technology 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 careTechnology 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 ApplicationTo solve the long-term problem of diseases affecting the ginger industry due to pathogen-infected seed ginger, the Taiwan Agricultural Research Institute, Ministry of Agriculture, has developed the "Accelerated Ginger Seed Production Technology Package" after years of research and development. This technology combines tissue culture to produce healthy ginger seedlings with a specialized growing medium and uses an off-ground bag cultivation method to grow pathogen-free, healthy seed ginger. This approach not only features a high multiplication rate, a short acclimatization period, and a high survival rate of over 90%, but also enables the production of healthy, market-ready seed ginger within one year, ensuring a stable year-round supply. Furthermore, by promoting the production and use of healthy seed ginger, this technology can reduce disease risks in traditional ginger cultivation, enhance industry resilience, and lay a solid foundation for sustainable development.
Sustainability | AgricultureTechnology Introduction: • Technological Innovation –Our drone 3D platform integrates AI and IoT technologies to enable fully autonomous flight missions without human control. •Using AI image analysis, it detects defects and builds real-time digital twins for a smart management system. • 2024 Presidential Hackathon – Excellence Team • 2024 Digital Innovation Award (ADI 15) • 2021 20th National Innovation Award Industry Applicability: Our drone 3D platform conducts fast, automated inspections of factory pipelines, power plants, and construction sites, and supports medical drone logistics for remote and emergency deliveries.
Sustainability | Green Energy ＆ EnvironmentTechnology Introduction: A digital green energy management platform focused on Taiwan’s electricity market, integrating real-time monitoring, carbon calculations, and REC tracking to deliver one-stop energy services. Leveraging IoT and AI, it enables real-time tracking, links carbon inventory data, reduces labor costs, and improves accuracy. Industry Applicability: The platform helps enterprises track green electricity use across supply chains, enhancing transparency and supporting sustainability reporting. It consolidates renewable energy (RE) progress for corporate groups and provides forecasts on future electricity consumption and costs to guide procurement. It also assists electricity retailers in optimizing green power allocation, improving efficiency and accuracy while reducing manual errors. Together, these features boost energy management and enable smarter, digital solutions.
Sustainability | Green Energy ＆ EnvironmentTechnology Introduction: ASPNex is the industry's only patented digital carbon management system developed independently by a consulting team. It integrates 10 systems, including GHG inventory, CBAM calculation, carbon footprint calculation, and internal carbon pricing calculation. The system offers modular flexibility, allowing enterprises to select features based on their needs, quickly grasp emission data and risks, and develop precise carbon reduction strategies. It helps businesses achieve emission reduction targets at the lowest possible cost and has been certified by Singapore’s IMDA as an international digital solution. Industry Applicability: ASPNex features a flexible modular design, suitable for various industries such as manufacturing, electronics, construction, logistics, finance, and retail. It supports functions like CBAM response, carbon inventory, reduction planning, and ESG evaluation. Enterprises can select modules based on their needs, enabling quick deployment and smooth integration with existing systems. Supporting both local and international standards, ASPNex helps businesses improve carbon management efficiency and meet net-zero goals.
Sustainability | Green Energy ＆ EnvironmentThis technology involves the provision by industry partners of mature cocoa trees over five years old that have already reached mass production, along with fermentation techniques. We conduct field evaluations of individual cocoa trees for yield traits and the content of active compounds in dried beans, and establishes analytical methods for determining the antioxidant content in dried cocoa beans as well as orchard renewal techniques. These efforts help enhance the overall yield and quality of cocoa plantations. The technical package includes: methods for investigating cocoa yield traits, analytical methods for determining antioxidant compounds (total phenolics and total flavonoids), and cocoa grafting techniques.
Sustainability | AgricultureThis 15 kW electric tractor is designed for small-scale farming, offering essential functions such as plowing and lifting. It supports interchangeable attachments, enhancing versatility and adaptability. Powered by lithium batteries with grid charging capability, it is fuel-free, quiet, user-friendly, and requires minimal maintenance. Field tests demonstrate over 4 hours of continuous operation with performance comparable to diesel tractors. Compared to conventional models, it reduces carbon emissions by approximately 95%, lowers energy costs by over 70%, and decreases labor demand by around 30%.
Sustainability | AgricultureUsing a combination of multi-omics analysis and animal models, we screened for health-promoting probiotics from the bovine rumen to improve dairy cow health and milk quality. By comparing the microbiota and metabolome of healthy cows with those affected by mastitis, we identified and validated the functions of Ruminococcus flavefaciens and Bifidobacterium longum subsp. longum through in vitro fermentation and germ-free mouse fecal microbiota transplantation. We then developed a composite probiotic by integrating Lactobacillus salivarius and Saccharomyces cerevisiae. Farm trials confirmed that this probiotic mix can significantly reduce the incidence of mastitis and increase milk yield and casein content, demonstrating its commercialization potential. Compared to most commercially available non-bovine strains, our technology utilizes strains isolated directly from dairy cows, offering superior colonization and functionality, and aligning with the trends of low-carbon and antimicrobial resistance reduction. The global market is growing by 7% annually, with a potential application scope of over 400,000 cows, estimating an annual output value of 2 billion NT dollars. This highlights its significant application potential and competitiveness.
Sustainability | AgricultureTechnology Introduction: A cloud platform integrating carbon management and ESG ratings, featuring real-time carbon footprinting, digital auditing, custom ESG assessments, and AI-powered reviews. It enables Scope 3 data reporting and analysis via enterprise-supplier collaboration, supports ERP/MES API integration, and showcases its value in sustainability and data governance through real-world use cases. Industry Applicability: The platform integrates carbon auditing, ESG scoring, and AI audit technologies, supporting industries like manufacturing, electronics, automotive, and services. It enables Scope 3 data integration, risk analysis, and supply chain collaboration. Proven deployment cases highlight its maturity and cross-industry scalability.
Sustainability | Information ＆ CommunicationsTechnology Introduction: • Technological Innovation: This solution pioneers energy-saving control for telecom networks by integrating base station sleep mode, cooling optimization, and green energy forecasting. It allows dynamic power reduction without service disruption, achieving up to 30% energy savings and supporting carbon reduction goals. • Competitive or Intellectual Property Advantages: Equipped with high-precision green energy forecasting and flexible energy-saving control capabilities, the solution establishes a standardized verification mechanism, forming a leading energy-efficient solution. • Important Achievements / Awards: Recognized with the ASOCIO International Award, this solution has been successfully field-tested with Chunghwa Telecom and Compal Electronics, showcasing its strong impact, reliability, and wide applicability across the telecom industry. Industry Applicability: This technology is widely applicable to telecom base stations and data centers, enabling operators to save energy without disrupting services. Through automated sleep mode and air conditioning control, it adjusts equipment operation based on network traffic, optimizing energy use. It also integrates green energy forecasting and dispatching, allowing facilities to align energy consumption with renewable generation and increase green energy adoption. Field-tested with Chunghwa Telecom and Compal Electronics, the solution has proven effective and scalable. It offers strong real-world applicability and supports energy-saving transformation in 5G and future telecom networks.
Sustainability | Information ＆ CommunicationsTechnology Introduction: For various exhibition and performance applications—such as motion capture and audio/video transmission—this solution enables the creation of dedicated network architectures tailored to specific application needs. The system integrates multiple access technologies, including Ethernet, Wi-Fi, and 5G, offering flexible network connectivity. It supports a variety of endpoints, including VxLAN and GRE tunneling mechanisms, and provides endpoint IP mobility to ensure stable operation across different network environments. Industry Applicability: 5G heterogeneous networking technology demonstrates strong potential in the cultural technology industry. By integrating multiple transmission methods such as 5G, Wi-Fi, and wired networks, it enables automatic failover to ensure uninterrupted performances and exhibitions, enhancing network stability and reliability. The technology supports LAN broadcast functionality, allowing cultural content providers to seamlessly adopt 5G private networks while lowering technical barriers. Additionally, it offers network quality testing and visual monitoring tools to quickly identify whether issues stem from the application or the network, accelerating the deployment process. This makes it especially suitable for cultural content creation, performance integration, and advanced communication applications.
Sustainability | Information ＆ CommunicationsTechnology Overview： To prevent accidents during crane hoisting operations, the Labor Safety Institute has developed a safety control monitoring system. This system utilizes intelligent image recognition technology to monitor hazardous areas during operations. It includes features such as range setting, monitoring of objects (events) within the designated area, and the activation of message notifications, alarms, and system alerts. The technology is also expected to be further extended for use in monitoring various hazardous areas on construction sites, such as window edges, elevator openings, stairwells, and other areas where there is a risk of falls during labor activities. Industrial Applications： It is expected that the technology can be further applied to monitoring various dangerous areas in construction sites, such as windows, elevator openings, stairwells, etc., as well as monitoring areas where workers may be at risk of falling during work.
Sustainability | Life ApplicationTechnology Introduction:The Laser dazzler system mainly consists of green laser(510~540nm). It can warn and drive away the target. Industry Applicability: Military:UAV Defense System, Warn and Drive Away the Target. Civilian: Laser ilmination
Sustainability | Electronics ＆ OptoelectronicsTechnology Introduction: Conduct field measurements of the communication characteristics of medium or low Earth orbit (MEO/LEO) satellite systems across different times, locations, speeds, and weather conditions using mobile devices, and record the results to establish baseline data for future satellite communication transmission simulations. Industry Applicability: By collecting accurate simulation data, satellite service providers can validate maritime applications without conducting actual sea trials, reducing technical risks and development costs. This also creates new market opportunities for system integrators and network vendors while enhancing technical capabilities and expanding product applications.
Sustainability | Information ＆ CommunicationsTechnology Introduction: This exhibit integrates NCSIST's 2024 hydrogen production, hydrogen storage, and fuel cell exhibit modules. It is Taiwan's first mobile electrolysis hytrogen production and power generation system, which integrates a 6kw full self-made AEM electrolyser, 20 cubic meters of hydrogen storage alloy, 20kW fuel cell, and EMS. The system design includes water and thermal management, and can serve as proof-of-concept system of hydrogen-production power plants at the NCSIST Minxiong campus. In addition, the highlight of the exhibit is that the entire system operates in a low temperature (less than 80℃) and low pressure(less than 10 bar) environment, reducing concerns about the safety issue and accelerating the popularization of hydrogen energy. Industry Applicability: "Military: War preparedness energy storage, emergency backup power systems for importanat locations, power supply for weapon systems. Civilian: Power supply to areas without feeder lines (remote villages, outlying islands), green emergency backup power."
Sustainability | Green Energy ＆ EnvironmentComing soon!
