Huijia has a non-invasive monitoring Smart Care System based on nFOPT® technology (Non-invasive Fiber Optic Physiological Monitoring Technology) with AI that can accurately track the first symptoms of the virus, including respiratory rate, heart rate, coughs, sleep quality, and many other vital signs. Only 2mm thin, Magical Optical Fiber Film does not need to be worn. You can place it under your pillow and bed cover. It has high-sensitivity and accuracy and creates no electromagnetic waves. It provides remote and 24hr monitoring, detection notifications, health reminders and long-term records. The reduced contact with patients also protects care providers and reduces waste of medical resources. It is a high-sensitivity and high-accuracy physiological sensor that can monitor changes in physiological activities such as breathing, heart rate, blood pressure, sleep analysis, and movements. Product applications include smart (bed) pads, smart beds, smart wheelchair cushions, smart floor, smart assistive devices and smart care systems for taking care of elders and babies simultaneously. nFOPT® has won many international awards, including APICTA Awards, R&D 100 Awards and ECI Awards. It was developed 10 years ago and has been adopted in over 300 baby and elderly care centers by more than 100,000 users. There are more than 35 senior care centers and hospitals in Taiwan using our smart care system to prevent Covin-19.

This project uses the 阡陌(QianMo) System, which drawing the road profiles, markings, signs, and signals based on the road geography data as a universal base map, to integrate cross-domain digital applications. Besides, 阡陌(QianMo) System has developed an application on mobile phone, through this application, user can complete the case opening, drawing, conversation recording, and photo-taking operations on-site, and convert the accident cases into collision elements in accordance with time, vehicle type, direction, collision type, and number of casualties. On the other hands, when handling improvements for accident-prone intersections, 阡陌(QianMo) System can overlay the elements to implement the collision composition analysis serves as a scientific proof and visualization tool for researching traffic improvement measures and explaining accident risk hotspots. Besides, after the subsequent engineering improvements, user can provide revision of road geography data as the feedback. Through this mechanism, which can achieve a digital governance cycle. Finally, through 阡陌(QianMo) System , this project integrates cross-domain applications related to police administration, transportation bureau, and engineering industry to improve driving environments and prevent traffic accidents.

First of all, the image classification technique and retinal segmentation were put together to generate an automatic classification for CKD patient. It saves time on filtering unqualified image. Moreover, with Resnet50 image classification, it improves the efficiency of image processing. After preprocessing step, AI system is used analyzing retinal image and classifying CKD stage, which is aim to predict high risk group of DKD in patients with diabetes.

From March 22 to March 25, GO SMART (Global Organization of Smart City) is holding its own Pavilion showcasing projects collection at the Smart City Summit & Expo (hereinafter as SCSE), which includes the finalists and winners of the 2021 and 2022 GO SMART Award, close to 20 outstanding smart city projects from around the globe. GO SMART Pavilion, the Smart City Generative!

P-Waver Inc. is the global leader of AI on-site earthquake early warning system and structural safety monitoring system, providing earthquake early warning before earthquake, intelligent disaster mitigation measures, and structural safety monitoring after earthquake.

Strong and Wise Materials Technology offers a solution for transforming textile waste into high-value products, promoting low-carbon sustainability and environmental protection. Not only does this solution address the pollution caused by textile waste in urban areas, but it also aids brands and the textile industry in managing over 90% of their textile waste. Through patented technology, we convert textile waste into high-quality recycled plastic (R-PET) particles for various recyclable plastic products. Additionally, we produce environmentally friendly green building materials (EF Wood) suitable for different environments, resolving issues associated with solid wood and plastic wood while creating a variety of wood-like furniture. All our products are 100% recyclable. Strong and Wise provides truly sustainable and circular solutions, generating renewed value from textile waste.

More than 3,400 data entries have been made available through the Taichung City Government Open Data Platform, of which 629 entries are unique to the city. The platform also features a "Geographic Data" section, which not only releases the latest map data but also includes 24 years of historical map data, showcasing the transformation of the city's rich geography and culture. The city has also created the Taichung City Map Cloud, releasing diverse map service APIs for various government agencies. During the pandemic, a footprint map was created for the public's convenience and house number information was also made available on the OSM (Open Street Map) to realize public-private partnerships. Taichung provides open data and map services from diverse perspectives to improve citizens' daily lives and offer professionals or developers unlimited application possibilities!

Cooperating with the Department of Information Technology, the Taipei City government has launched several facilities, including “TaipeiiPASS”,” Taipei City Referendum Proposals and Combined Signatures System”,” Taipei Urban Intelligence Center”, and” MyDoc.” Through these digital services, we could reduce unnecessary resources waste and deliver policies directly to our citizens.

3. High-end line: full system is 307 or 316 stainless steel chassis. Model No.: AH6676D (316) - Successful Case: Installed at the perimeter of Taipower Plant, an offshore area. - Sony Starvis™ sensor with 2MP, 5MP resolution. - Different angle lens are available. IR LED range is up to 40 meter.

The application of digital twin technology in building smart cities is becoming increasingly clear, serving as a crucial engine for driving urban transformation. In the development of smart cities in recent years, citizens can view the growth and development of the entire city, including population growth, new construction, and other major activities, in a 3D format, gradually emphasizing the concept of a virtual city. Digital twin technology can simulate disaster scenarios, including weather events and traffic accidents, assisting disaster response personnel in rapidly understanding the situation and optimizing the efficiency of disaster response. In recent years, with the advancement of aerial photography, simulation technology, and computing resources, The National Science and Technology Center for Disaster Reduction has leveraged advanced technology to create a mountainous flood inundation model system. This system enhances disaster warning and impact analysis, providing a comprehensive view of vulnerable settlements. It utilizes dynamic models and virtual-real integration, presenting alert information and disaster impacts through visual elements, contributing to informed decision-making in disaster situations.

Although there are related patents using body fluids to detect metabolites for predicting the disease occurrence, those disclosed metabolites are different from this technology, and this patent focuses on breast cancer-related metabolites to predict the recurrence and prognosis of breast cancer patients. The concentration of metabolites can be further compared with a threshold value and arranged to achieve the best metabolite panel with the best sensitivity, specificity and AUC (Area Under ROC Curve) under Receiver Operator Characteristic curve (ROC curve).

VISION's Air Quality Detector II has been integrated into the Environmental Protection Administration's Air Quality Monitoring Network as a key sensor. Building upon practical experience and feedback, its enhanced design is adaptable for various outdoor scenarios with modular expansion capabilities. The device features PM2.5 sensing technology derived from ITRI, setting it apart as the sole Taiwanese-designed and manufactured air quality monitor in the network. Noteworthy for its exceptional sensing performance, the Air Quality Detector II employs LTE communication technology and GPS positioning. With a visually appealing design, remote maintenance management, and convenient inspection capabilities, this device serves multiple functions. Its distinctive blue and white color scheme seamlessly blends with the environment, providing a unique and aesthetically pleasing alternative to the conventional appearance of air quality monitors.