For road safety, traffic efficiency, and energy savings, we adopt V2X and 5G C-V2X advanced technology to develop smart transportation including iDVR fleet management, driving assistant, AI sensors, RSU, OBU, etc., optimizing the driving and traffic operation.

National Center for High-performance Computing (NCHC) cooperates with the Massachusetts Institute of Technology (MIT) and Argonne National Laboratory to promote the application of smart metropolis with high-speed computers and AI Deep Learning to solve congestion problems in main cities. The project further extends to cooperating with National Chung Hsing University (NCHU) and TungHai University (THU), we successfully applied the AOT urban monitoring system and sensor analysis to environmental monitoring. In practice, the system was applied to the cooperation of the Taichung City Government and the Hsinchu City Government to promote the cloud IoT of smart cities to solve the issues of monitoring data convergence and big data application in urban data governance. The results of the first phase of this project including the construction and application of the AOT monitoring system, real-time environmental monitoring in Taichung City, and traffic congestion analysis in the Central Taiwan Science Park (CTSP). The analysis of the traffic congestion in the CTSP is based on the intersection information of CTSP as the experimental environment and using MIT's traffic flow simulation system, and the traffic flows analysis system jointly developed by NCHC and Taiwan Yuan Ze University. These two systems automatically analyze the traffic flow at intersections and learn how to optimize traffic signal allocation to alleviate traffic congestion during peak time.

To resolve problems (1.management inefficiency; 2.integration difficulty 3.cyber security concerns, and 4.low participative rate),New Taipei City Government rolled out a three-year project called “Smart Community App 2.0 Platform for Municipal Services Expansion and Public Participation in New Taipei City” to provide diverse community services and bring together citizens for making decisions as feedback for municipal affairs.The project involves 29 districts of New Taipei City and is planned by Information Management Center officials. Practitioners include local and central government, private sectors, and citizens. We focus on enhancing the users’ experience quality and fortifying the connection between citizens and the government. The Smart Community System also develops the useful functionalities such as mail and package management, public facility reservation, group buying, community announcement,gas degree filling etc. Achieved Outcomes: 1.Data integration & efficacy: integrates over 10 individual community-related operation systems into one interface. 2.Upgrade the mobile smart life:citizens can receive over 25 customized functionalities of daily community services,including food,clothing,housing,transportation,education,and entertainment. 3. Public transparency:The initiative encourages citizens to take part in community affairs and to express opinions and feedback to the government. Citizens can decide what they want and how civic things go as transparency displays.

Traffic approach warning system is the combination of smart detectors and LED warning signs. The intersection is divided into detection lanes and warning lanes. Smart detectors are installed on the detection lanes. When a vehicle enters the detection area, the signal is transmitted to activate the LED signs on the warning lane to warn drivers to slow down in advance.

"EUP Fleet Management System" can easily manage the core needs of vehicle dynamics, task progress, emergency response, and utilize AI to analyze driving behavior, fuel consumption, and effectively control costs. In addition, EUP provides comprehensive safety driving checks, tracks driver driving habits and physiological monitoring, significantly improving driving safety, and assisting companies in building a safe, efficient, and low-carbon transportation fleet.

As Taiwan's most populous city, New Taipei City is actively building a smart city to provide more convenience and services to citizens. It is upgrading traditional streetlamps into multifunctional "Smart Poles" with intelligent lighting as key infrastructure. The Smart Poles integrate 5G, IoT, communications and special needs modules to execute various tasks and incorporate AI applications, improving city security, transportation, environment and economy. By converging the light of the future smart city on lamp poles, they become the cornerstone of constructing urban base networks and big data analytics platforms. The "Smart Poles" have consecutively won the "2023 WITSA Smart City Award First Prize", "2023 IDC Future Enterprise Awards" Grand Prize for Asia Pacific and Taiwan, gaining international acclaim and letting the world see the light of New Taipei City again!

InsurTech Sharing Platform provides the following services: 1.Claim adjust/policies maintenance(data-updated) blockchain This service comes with a "one-stop application, multiple acceptances" function, reducing the inconvenience for customers who would otherwise need to apply separately to different insurance companies for claims or changes in information. 2.Electronic Insurance Policy Authentication The insurance companies issue electronic policies to the public, simultaneously uploading them to our database for documentation. This serves as a basis for any future disputes between the public and the insurance companies. 3.Uni-Portal linking Insurance Claims to Medical Industry Through this service, individuals grant hospitals the authority to submit medical receipts and diagnosis certificates online to insurance companies for claim purposes, eliminating the inconvenience and time-consuming process for individuals who would otherwise have to apply for claims through hospitals. 4.Insurance policies E-passbook Through this service, policyholders can obtain a list of policie sby themselves. This not only helps understanding the basic coverage details but also serves as a reference for individuals conducting a health check on their insurance policies.

In recent years, the number of motor vehicle noise cases has increased, and it has been a concern for people in Taiwan. In order to protect the living environment and eliminate improper vehicle modifications, the Ministry of Environment has used acoustic camera technology for law enforcement since 2021. The system contains several scientific instruments, including a license plate recognition function that helps authorities identify noisy vehicles. Technology also improves inspection efficiency and quality of noisy vehicles. Existing roadside inspections require onsite noise measurement. The stationary noise test takes at least 20 minutes for each vehicle. Law enforcement using acoustic camera technology can simultaneously record videos, take photos, identify vehicles and complete noise measurements, to increase efficiency by a factor of 200. It is no longer necessary to use a large amount of manpower to carry out checks and inspections, greatly reducing labor costs. The Acoustic Camera equipment equipment used in this exhibition is provided by OE Scientech Co., Ltd. They not only supply fixed or mobile sound-based photography equipment to Taipei City, Taichung City, Chiayi City, and Changhua County but also have extensive experience in assisting with technology enforcement operations.

This project aims to establish the first "1 Stop Solution Center for 5G XR Education Content Production" in Taiwan. It involves setting up a pioneering 5G O-Ran XR studio to produce instructional videos using XR stereoscopic technology and post-production effects. The content will be streamed in real-time to VIVERSE, allowing schools to receive it through 5G Private Mobile Network for immersive VR teaching across various devices. This innovative solution not only streamlines content creation but also addresses the urban-rural education resource gap and alleviates the common issue of insufficient teaching staff in remote areas.

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.

Building Solar Sports Field, not only enhancing green earth idea, but also encouraging student regular routine and interesting of exercise to engage ability and attitude in physical activity life . ◎ Spec & layout of Solar Sports Field 1. Two Standard Basketball Court can set up 210.6kWP Solar Sports Field. 2. All structure of Sports Field layout should follow on National Earthquake & Wind Resistance Design Specifications and Commentary of Buildings regulation. ◎ Benefit of Solar Sports Field 1. For school, premium income without investment / extra outdoor space within raining weather 2. Each 210.6Kwp Solar Sports Field can generate 270 thousand Kwh / per year (Avg. DMY 3.5) and decreasing 149 ton Carbon. 3. School and Solar Developer will cooperate on Solar Sport Field to achieve Industry-Academia collaboration and Win-Win benefit.

Studies have shown that the amount of solar energy received by plants is highly correlated with the amount of evapotranspiration. Aeon Matrix’s brand new Yardian Max multifunctional smart controller — in combination with Apogee’s solar sensor (pyranometer) and the unique “Conditional Program” — provides a solution for precise irrigation based on accumulated solar radiation. An energy threshold (the amount of light accumulation desirable between irrigations) and a watering duration should be specified for each zone so that your irrigation system automatically adapts to any changes in weather and achieves automated irrigation. Users can easily specify these parameters based on the local sunlight condition, irrigation systems, and crop-growing stage through a web browser or smartphone app. Our controller and solar sensor both come with 4-year warranties. The system operates locally without relying on an internet connection. Data is encrypted and saved locally. Remote control and monitoring is possible when an internet network connection is available. With this smart and precision irrigation system, water usage, labor cost, and potential crop damage due to overwatering or insufficient irrigation are greatly reduced.