GO SMART Day, the annual celebration of GO SMART (Global organization of smart cities), with two sessions of general assembly and award ceremony, is always held during the Smart City Summit & Expo (SCSE) Taipei. This year, GO SMART Day 2023 was successfully concluded on March 29 at the PLACE Taipei. We conducted the General Assembly through online broadcasting in the afternoon, and the physical Award Ceremony with more than 100 guests attending the reception in the evening. Taipei City Mayor Chiang extended his warm welcome to the guests from afar at the opening of the General Assembly and presented the trophies to the five award winners at the ceremony. The event attracted international smart cities experts, operators and stakeholders to interact, share and learn with one another. Indeed, it’s a very fruitful gathering.

Symbiosis of fishing and electricity is a new form of economic model that combines the creation of energy and the maintenance of industrial output combined with farming and green power generation. Optimize the land with "one-use, multi-use, farmland and agriculture". Use the bracket to raise the solar panel by several meters. In order not to change the breeding species, breeding operations and breeding activities, the development of solar energy will assist the upgrade of breeding fisheries.

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.

Achieving net-zero emissions by 2050 will reshape the economic landscape of Taiwan. At the center of global semiconductor production and digital technologies, Taiwan is enhancing its capabilities in green research and actively collaborating on a global scale to reduce carbon emissions. Bringing together our theme “Economy Next,” the Ministry of Economic Affairs (MOEA) hosts two exhibition zones: the “Energy Transition Zone” and the 'Industry Transition Zone.” These zones highlight the government's recent achievements in net-zero technology development and transformation.

Building a Intelligent Transportation Network The traffic system is the artery of an urban development. To improve traffic quality and build a intelligent transportation network, Taiwan SECOM is working with local governments to promote smart street lights. The brightness of these lights can be adjusted according to the surrounding environment, which not only conserves energy but also reduce traffic accidents caused by insufficient lighting. A traffic flow detection system can immediately analyze the traffic flow of each main path and the substitute routes can be immediately displayed on the display to effectively divert traffic flow. The geomagnetic sensor and smart parking meter will help you live occupancy reoporting and fee calculation. Smart Street Light ．Smart Lighting: adjusts brightness according to various scenarios. ．Traffic detection: optimizes traffic routing and analyzes traffic flows. ．Environmental Sensing: detects the temperature, humidity, and PM 2.5 levels. Smart Parking Meter ．Live ocupancy reoporting and fee calculation. ．Bill pringting and support third party payment. ．Significantly reduce the labor cost of road side billing by more than 50%.

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.

The Highway Traffic Management and Control System of FETC International is a centralized management system that is designed for highway road management operator to ensure the safety of road users and maintain the smooth traffic flow. Combined the top-notched technology innovations and over 20 years transportation integration experiences, FETC International provides a total solution and cross-platform integration to fulfill the exclusive demands of our customers in different countries.

"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.

The VSV CLOUD is currently the leading solution served more than 200 childcare centers, managing 5,000 surveillance cameras in Taiwan and It offers the following features: (1) Enhanced security and strengthened cybersecurity protection to ensure the integrity of audio and video files with complete backup and prevention of tampering. (2) Resolution of integration issues with different surveillance systems, adaptable to integrate various monitoring environments. (3) Intelligent dynamic management for continuous safety monitoring, enabling real-time monitoring of surveillance device operations and setting automatic alarm conditions and notification targets. (4) AI-enabled identification of high-risk inappropriate behaviors and instant notifications. (5) Multi-device playback for remote monitoring anytime & anywhere.

A large number of commercial data are collected through object sensing technology, and the cloud-based visual interface and telecommunication operation surface data are used to assist enterprises to remotely manage the electricity consumption of buildings, manufacturers, business locations, and various branches in real time.

SONOBA COMET is a paperless conference system using tablet computers. Simple, no complicated operation or preparation required. Convenient, one-person operation, all participants can be expressed simultaneously. Information security, delete the information after the meeting. SONOBA COMET” is a product that has been positively received and implemented by a wide range of customers in different industries and business categories, such as banks and brokerages, IT companies and music-related companies, and public institutions like universities and hospitals. As a communication tool, it is performing well not only in meetings but also in various other scenes such as presentations for operating activities, training and seminars, and telemedicine.

Based on the open, safe and expandable Niagara Internet of things platform, the elevator, air conditioning, lighting, fire control, power, water supply and drainage, weak electricity and other systems of the building are integrated through decentralized construction, so as to complete the interconnection between various systems. Take energy conservation, safety, comfort, convenience and health as the main axis to achieve the goal of smart building.