Select Field
Select Ministry
45 results
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 careTechnology Introduction: Inertial measurment units (IMUs) are international export control items. The exhibits focus on applications of unmanned vehicles and LEO satellites. B-IV is the smallest tactical-grade IMU with optical gyroscopes. FS7 IRU composes of 4-axis fiber optic gyroscopes (FOGs), and has been employed in Triton satellite launched from Oct. 2023. B-PRO FIRU composes of 3-axis FOGs which have functions of high pointing accuracy and firmware redundancy. Startraker can provide the absolute position of the satellite by observing the star constellation. Our startraker has the flight varifcation by employed in the cubic satellite. Industry Applicability: Military: missile, UAV, launcher, microsatellite, ship, submarine. Civilian: UAV, UGV, USV, UUV, cubic satellite, microsatellite.
Sustainability | Electronics ＆ Optoelectronics"1. This technique can reduce the moisture content of seeds from fresh fruits of small-fruit oil tea (Camellia brevistyla (Hayata) Coh.-Stuart) to below 6%—the threshold suitable for storage—within five days, excluding the time required for husk removal. 2. This drying method can process up to 2.4 metric tons of fresh tea fruits or seeds per batch within a 14-ping (approximately 46.3 square meters) space. 3. This technique operates independently of weather conditions and labor constraints, requiring only a simple turning of the tea fruits or seeds twice a day—once in the morning and once in the evening—making it both time-efficient and labor-saving."
Sustainability | AgricultureTechnology Introduction: • Technological Innovation – AI + computer vision on iPhone provides pro-level swing analysis with insights on contact point, exit velocity, launch angle, and biomechanics. • Competitive Advantages – Proprietary AI lowers barriers, scales easily, and builds defensible advantages in sports tech. • Important Achievements – Recognized by ABCA, NFCA and endorsed by pro players for market impact. Industry Applicability: This AI and computer vision technology uses the iPhone camera to analyze contact point, exit velocity, launch angle, swing path, and biomechanics, providing instant professional feedback. With low cost and high accessibility, it can be applied in daily training or games, supporting teams, schools, and training centers while enabling remote coaching and data sharing.
Sustainability | Life ApplicationTechnology Introduction: We offer comprehensive 3D optical design solutions, underlying algorithmic software, and leverage eye tracking and spatial position recognition technologies, integrated with our AI 3D screen protectors (which attach to smartphones). These solutions enable viewers to enjoy glasses-free 3D live sports, movies, TV series, animation, and other exciting 3D content anytime, anywhere. Optiqb was selected by the Taiwan Science and Technology Technical Advisory Committee (TTA) and invited to participate in the Taiwan exhibition at VivaTech 2025 in Paris, France. During VivaTech, Optiqb also participated in the Global Deep Tech Battel, hosted by Swisstech, and won first place in the Artificial Intelligence category. Industry Applicability: The lifetime-exclusive 3D protective film has the same appearance, function and price as the general protective film; coupled with its exclusive ""image conversion core technology"", the combination of the two software and hardware can be widely used in current online videos share websites or streaming media, allowing ordinary mobile phones and tablets to switch painlessly and experience immersive 3D images. In the future, it is expected to go further and expand into education, navigation, and even enter the gaming field or the field of more exquisite and three-dimensional floating 3D images through the settings of terminal servers and cloud servers
Sustainability | Life Application"AI Smart Livestock and Poultry Health Monitoring Technology"" centers on artificial intelligence, integrating thermal imaging, image recognition, bioacoustic analysis, and IoT technology to create an innovative livestock and poultry health management model. For pigs, the combination of thermal imaging and an AI image recognition model can effectively monitor group dynamics and health status. For dairy cows, the application of infrared thermography and RFID technology allows for monitoring issues such as body temperature and mastitis. For poultry, AI weight monitoring and respiratory bioacoustic detection can provide real-time health status of the flock. This technology conducts comprehensive, non-contact, and digital livestock and poultry health monitoring, which can effectively improve farm management efficiency, animal welfare, and production performance, thereby achieving the goals of agricultural transformation and sustainable development.
Sustainability | Agriculture"1.AI-Automated Poultry Weight Monitoring System：The AI-Automated Poultry Weight Monitoring System utilizes a suspended weighing device and AI edge computing technology. It employs an intuitive weight calculation method: the total weight is divided by the number of birds on the scale identified by AI to obtain the average body weight. The data is then uploaded to the cloud, enabling farmers to effortlessly track the weight of their poultry. 2.Poultry feature organ image recognition: Using a controllable camera to capture images of chickens within the poultry house, combined with deep learning technology, to recognize feature organs such as the comb and eyes, thereby continuously monitoring the health status of the chickens. 3.Development of Chicken Voiceprint Warning System and Light Disturbance System：The system utilizes the differences in vocalizations of chickens between healthy and abnormal states. Through voiceprint recognition technology, it automatically detects abnormal sounds associated with respiratory diseases, enabling real-time monitoring of the chickens' health status. It also calculates a quantifiable health warning index to provide valuable reference for poultry farmers."
Sustainability | AgricultureTechnology Introduction: AltaBots.ai is a no-code AI Agent platform. It lets business pros build AI apps easily. The platform has over 100 AI templates and tools for customer service, marketing, and more. It supports all major LLMs and offers a dedicated enterprise AI Workspace. This makes AI directly accessible for business needs. Its key features are high flexibility, no-code development, and rapid deployment. Industry Applicability: AltaBots.ai is used across industries to boost efficiency. E-commerce can use it for automated customer service, handling orders and returns. The finance sector can build AI assistants to answer questions and guide clients through online applications. Manufacturing can optimize operations with automated report generation and supply chain management, cutting costs and improving competitiveness.
Sustainability | Information ＆ CommunicationsTechnology Introduction: The ant CareSpot combines IoT and AI with voice sensing and non-contact detection to deliver smart care without wearables. It integrates health measurement, routine monitoring, emergency help, and video calls with RCC and family apps for a one-stop prevention-to-rescue solution. Recognized by the iF Design Award 2022 and Eldercare Innovation Awards 2023, it also received government funding in 2024 and 2025 through official innovation and technology subsidy programs. Industry Applicability: The ant CareSpot supports home care, nursing homes, day care centers, and community stations, solving issues of elderly safety and fragmented caregiving. Using AI voice sensing and non-contact detection, it monitors routines and detects abnormalities in real time. With health measurements, video calls, and one-touch emergency help, it integrates with RCC and family apps, expanding to medical and smart home care.
Sustainability | Biotechnology ＆ Medical careOur team developed two fruit and vegetable treatments: microbubble technology for removing pests and impurities, and nano-essential oil coating to reduce water loss and delay decay. Integrating both, we built a composite system that cleans and preserves in one process, enhancing postharvest efficiency, extending shelf life during storage and transport, and improving export quality and competitiveness.
Sustainability | AgricultureThis aquaculture tanks water exchange system features an innovative elevating design that integrates lifting, drum filtration, and pumping modules. Governed by a central control unit, it fully automates the water renewal process. Compared to conventional, manually operated procedures, this system significantly reduces labor requirements. Its design, which automatically lifts the filter screen from the water, effectively inhibits biofilm formation. Characterized by its modularity and scalability, the system is suitable for various aquaculture applications. Currently in its commercialization stage, this system showcases a high degree of technological maturity and strong potential for industrial application.
Sustainability | AgricultureTechnology Introduction: Augmented Reality Display System, the system captures 360-degree panoramic imagery by installing camera modules on armored vehicles, unmanned vehicles, and other platforms. It integrates the imagery into AR glasses for display, incorporating features such as important targets and AI-based target recognition. This enables more comprehensive spatial intelligence acquisition, enhancing mission effectiveness. Industry Applicability: Military：Environmental monitoring for tanks and armored vehicles﹐and patrol vehicles surveillance. Civilian：Smart patrol cars and driver assistance for heavy machinery or transport vehicles.
Sustainability | Electronics ＆ OptoelectronicsThis technology integrates several systems, including a tracked autonomous vehicle, 5G mobile communication, automatic wireless charging, AI-powered disease image recognition and precision spraying system. The sprayer vehicle autonomously navigates within greenhouses, continuously performing AI image recognition on the leaves of crops (such as cucurbits) at different growth heights to detect diseases like powdery mildew and downy mildew. It then automatically sprays the appropriate agents onto the affected areas, while also recording crop growth and pesticide usage. This achieves a precise and real-time automated disease control process. Paired with its automatic return-to-base wireless charging function, the system enables continuous 24/7 smart operations, effectively reducing labor requirements, chemical usage, carbon emissions, and operational safety risks.
Sustainability | AgricultureTechnology Overview： In order to enhance the dignity of work , we have developed a breath-responsive powered air-purifying respirator(BR-PAPR). It provides better protection and reduces the troubles of high temperature, high humidity and breathing difficulties. It has obtained a Taiwan invention patent and won the silver medal in the 2024 Taiwan Innovation and Technology Expo. It has been verified and evaluated on-site in the labor working environment. Industrial Applications： A batch of test samples have been produced to verify the feasibility of design and production. Workers exposed to high dust have been asked to assist in the evaluation, which has increased the protection by 7 times, reduced the accumulation of carbon dioxide and temperature inside mask. and greatly improved the satisfaction. It has been proven that it can be mass-produced and applied to benefit workers.
Sustainability | Life ApplicationTechnology Introduction: Each antenna unit is composed of various structural elements, including the substrate, and short-circuit components. Multiple resonant modes are excited to cover a broad spectrum of frequency bands, thus addressing diverse operational requirements. Industry Applicability: This technology applies to 5G, IoT, and UAV communication systems. It enables high integration and multi-band operation in space-constrained devices through antenna miniaturization and dense configuration, enhancing performance and flexibility.
Sustainability | Information ＆ CommunicationsAs a solution to the labor shortage in agriculture, high-efficiency machinery is being gradually introduced into tea plantations. While riding mowers can work quickly, the weeds beneath the tea canopy still require manual removal with a brush cutter. When a person operates a brush cutter, accidentally hitting the tea plant's stem can lead to girdling or even severing the plant, causing it to die. To address this, we developed a weeding mechanism with an "obstacle-avoidance function" that can operate deep under the tea canopy. Its obstacle-sensing device automatically retracts the weeding head upon detecting a tea plant stem, fundamentally preventing accidental damage while ensuring the healthy growth of the tea plants.
Sustainability | AgricultureThis technology uses 3D imaging and AI deep learning to build a "Digital Imaging System for Animal Body Size Measurement and Body Condition Scoring," which is applied to dairy cows and breeding pigs. For dairy cows, the system combines 2D and 3D images for BCS scoring, effectively reducing interference from coat patterns and dirt, improving recognition accuracy and stability, and assisting in assessing health and nutritional status. For breeding pigs, it uses 3D cameras to measure body length, body width, body height, chest depth, waist depth, and body surface area, etc., within 15 seconds while the pigs are walking. This expands the range of measurement items, reduces labor costs and the risk of employee injury, while also promoting animal welfare and improving the efficiency of precise breeding and selection. The overall technology integrates diverse data to advance the intelligent development of the livestock industry.
Sustainability | AgricultureComing soon!
