1.Online Learning System -It is a cloud service-based learning management platform which provides 9 kinds of teaching resource on the lesson. Thru this system, The teachers could monitor students' learning performance anytime and able to make an adjustment flexibly based on the student’s learning level at the early predict period. 2.Learning Analysis System-It provides a Smart Analysis of learning result. It is analyzed based on the answering time spent on each question answering, student performance chart, and many other factors to know the students' learning effectiveness. 3.Touched Learning System-It is a virtual currency been used based on the reward concept. It is a motivation for students to participate in online learning activities. 4.Thesis Competition System- Through the determination of feature writing’s title, team leader selection, sub-topic proposal, drafting, and so on, the student will then make his e-book. All this learning process and results will be recorded on the system.

This is a site adopting Cadastral map , real estate transaction price data to demonstrate the info on a map via GIS technology, which providing locating address, real estate market looking up, transaction security and many more functions to our citizens. This service also integrates government zoning data, building permit, and usage license. In the past, it took forever and all the energy for different office to look up for necessary information at different office websites. To elevate efficiency and to offer information transparency, this inter-organizational intra-platform is built. By way of single entrance structure, different government offices can conduct real estate information look up easily.

In smart education, it shows five main cores, "smart campus", including "smart administration", "smart learning", "smart teaching", "smart life" and "smart health care". It is expected to strengthen parent-teacher cooperation, digital management, administrative burden reduction. Through new media such as metaverse technology, AR, VR technology, these online courses can enhance the diversity of education, provide different dimensions of thinking in the course. Also, the various courses will draw students’ attention.

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.

To embrace the technology era, the New Taipei City Government Information Center has launched various projects, comprehensively leveraging smart technologies to transform New Taipei into an energetic, vibrant city: 1. Smart Poles: Integrate AI analytics, environmental sensors, and AR applications on pole structures to enhance smart city infrastructure. 2. Cybersecurity Alliance: Pioneered cybersecurity alliance system and lab to strengthen cybersecurity defenses and establish unified management platform for cybersecurity capabilities. 3. NewTaiPAY: Promote digital economy and net-zero carbon through mobile payment platform that rewards citizens with NewTaiPAY for engaging in municipal interactivity. 4. Smart Community and Smart Neighborhood Representatives: Improve community management through technology tools in smart communities; provide real-time services to villagers via IM, such as LINE, official accounts for the Representatives. 5. Free Computer Courses: Offer information technology courses to shorten digital divide and achieve digital equality among citizens.

This project establishes a 5G private network in rural Tainan schools, introducing AR/VR gamified English teaching. Students engage in scenario-based games, simulating English conversations in virtual reality, fostering entertaining and interactive learning. The curriculum incorporates famous global landmarks and utilizes AR technology for checkpoint missions, enhancing student interest. Beyond English education, the initiative collaborates with the National Palace Museum, integrating AR/VR historical artifacts. Using 5G streaming, historical content is seamlessly integrated into campus teaching. The project not only enhances learning outcomes in rural junior high schools, reducing the urban-rural digital gap, but also has the potential for nationwide expansion. Through cross-disciplinary collaboration, it drives the development of both horizontal and vertical industry chains.

IISI has a number of solutions for smart image processing, the main application areas are smart transportation, smart disaster prevention, security monitoring, etc. The main products include iTrafficView and iSurveillance. iTrafficView is a server-based image recognition detection system that receive real-time video streaming from on-site network cameras and instantly performs image recognition and event detection to provide monitoring services immediately. Furthermore, the system records related identification and detection data for consecutive statistical and analysis procedure. The advanced hybrid DVR and intelligent management platform offers a one-stop solution to enhance both analog, digital, and IP convergence. "iSurveillance" is an intelligent Hybrid DVR that supports analog and IP cameras. It applies the ASF compression for efficient data management, flexible and compatible with various brands of surveillance devices.

The moisture content of rice (GMC) is a crucial factor influencing selling prices. However, due to the difficulty in predicting GMC using traditional methods, farmers often resort to early harvesting to mitigate risks. When the GMC deviates from the ideal value by 5% due to premature harvesting, the price difference can reach as high as 160 yuan per hundred Taiwan catty. Early harvesting not only impacts farm profitability but also leads to significant carbon emissions downstream in the industry chain, hindering exports. To ensure rice is harvested at the optimal price point, EMCT has developed the Rice moisture AI meter — a rice moisture content prediction online service that rivals the precision of laboratory instruments while being user-friendly for farmers. By simply capturing images of rice ears in the field with a smartphone, farmers can obtain GMC information within 1 minute and receive optimal harvesting schedule recommendations!

Development of Cyber-physical system for Smart Farm： Digital management: Digital Data Collection System, AI Genetic Analysis Module, Big Data Module, and Virtual AI breeding Expert, Information Security Module. Genotyping and selection platform: Developing highly accurate genotyping and selection systems for screening dominant individuals. Optimization of breeding prediction system: Enhance breeding prediction systems through data analysis and prediction model to improve breeding efficiency and yield. Enhancing competitiveness: Enhance the competitiveness of Taiwan’s agriculture by improving breeding technologies and management practices of dominant individuals.

airaTrack is a comprehensive personnel tracking system that utilizes AI algorithms developed by our team to extract features from both the "face and figure." It generates unique biometric IDs with a recognition accuracy of up to 99%, all without the need for registering facial data, addressing privacy concerns. Capable of cross-camera searches and matching 10,000 faces per second, it significantly enhances the efficiency of traditional manual matching processes and increases search efficiency and accuracy by 97% enabling automatic path tracking of personnel in the field. The system also generates investigation reports for evidential preservation.

New Taipei City has been dedicated on making break through and changes from conventional procedures.(For example: documentation of patient care report, emergency calls in the dispatch center and quality control of reported data.) To catch up with the growing need of emergency services and improve both the quality and efficiency, we have established an EMS cloud system to incorperate information from different tiers, and apply it to practical use. Starting building the cloud system from 2014, we established the electrical patient care report system in 2019, with advanced communication and information technology, we can transmit efficiently on-site patient information to the cloud, so that all the tiers related to the emergency medical service can share the real-time information of patients, which greatly narrows the information gap between prehospital units and the emergency room, buying us precious time of improving survival rate.

By applying environmental sensing IoT technology and mobile sensors, the coverage of sensing can be significantly enhanced. With the analysis through AI algorithms, it assists governments in identifying potential sources of pollution for regulatory actions and pollution reduction measures. Meanwhile, supplemented by generative AI innovation technology, it achieves smart environmental governance.