Japan Association for Smart Cities in ASEANCase Studies of
Smart City
Japanese Case
Technologies
/ Solutions
Cooperative Measures
About Smart JAMP
Smart JAMP study
Country
Thematic study
| City / Theme | Overview | Report | Project |
|---|---|---|---|
| Bangkok (2024) | In Bangkok, illegal on-street parking in designated no-parking zones has become routine, and the effectiveness of current patrol-based enforcement is limited due to the inability to detect violations in real time. This project aimed to demonstrate an efficient enforcement support system targeting parking violations, which are a major contributing factor to the severe traffic congestion in Bangkok—one of the most critical issues among ASEAN cities. Leveraging AI image recognition technology from a Japanese company, a standalone system was developed to automatically detect illegally parked vehicles from existing CCTV footage and notify police officers via their work smartphones, including details such as parking duration. The system was installed on pedestrian bridges at two locations in no-parking zones in central Bangkok for the pilot demonstration. As a result, it was confirmed that receiving real-time alerts enabled officers to respond promptly, significantly improving enforcement efficiency. Furthermore, the project calculated the costs for system construction and operation and proposed a subscription-based deployment model. The Bangkok Metropolitan Administration and the Royal Thai Police both expressed strong interest in the initiative. |
Smart JAMP(2024) Study on the realization of smart Cities related to mobility and transport |
Smart JAMP (2024) Study on the Realization of Smart Cities Related to Mobility and Transport |
| Bangkok (2023) | In central Bangkok, Thailand, severe traffic congestion remains a critical issue. While traffic violations such as ignoring traffic signals and illegal parking are widespread, enforcement efforts have been insufficient. In response, this project focused on illegal parking as a major contributing factor and explored the potential for supporting enforcement through the automatic detection of parking violations using Japanese AI and image recognition technology in conjunction with existing CCTV cameras. The study involved a pilot experiment conducted in sixteen areas of Bangkok, using video footage to confirm that the AI system could accurately detect parking violations. Furthermore, a conceptual system diagram and a business model, including revenue collection mechanisms, were developed and proposed, demonstrating the practical potential of the technology to improve enforcement efficiency and alleviate traffic congestion. |
Smart JAMP(2023) Study on the Realization of Smart Cities Related to Mobility and transport |
Smart JAMP(2023) Study on the Realization of Smart Cities Related to Mobility and Transport |
| Infrastructure Management (2023) | In ASEAN countries experiencing increasing heavy traffic due to economic development, infrastructure aging and delays in maintenance have become prominent issues. Across the region, inspection technologies, budget allocations, and systems for human resource development are lagging behind, leading to a growing demand for long-term, stable, and cost-effective maintenance solutions that are easy to implement and deliver immediate benefits. This project aimed to introduce tailored maintenance technologies and build business models suited to the specific needs of each country and city. Based on current situation assessments, the project proposed optimal solutions for each case: predictive maintenance using large language models in Singapore; a roadmap for demonstration and implementation in Indonesia; public-private sector engagement proposals in Malaysia; and a collaborative framework involving 3D mapping and academia-government-industry partnerships in Thailand. These efforts contributed to the development of a sustainable infrastructure maintenance support system across the region. | Surveys and Studies for the Realization of Smart Cities Related to Smart JAMP Infrastructure Management | |
| Infrastructure Management (2022) | This study is to investigate the possibility of introducing an infrastructure management system that utilizes advanced technology. The system provides the function of an infrastructure diagnostic system that utilizes image analysis technology using AI that contributes to road maintenance field. As a characteristic advantage, the system is a smartphone-based application and using a cloud service for storing data and analyzing. The system will be able to provide instantly road inspection skill and road maintenance technologies accumulated in Japan to road managers in ASEAN countries without a large amount of initial investment. In this study, we try to get opportunities to introduce the system in Indonesia and Singapore, and field trial in the studies are conducted with not only road authorities but also private companies who conduct road inspection for getting realistic evaluations and reflecting to localization in each country. |
2022 Smart JAMP Study on the Realization of Smart Cities Related to Infrastructure Management |
Smart JAMP(2022) Study for the Realization of Smart City regarding Infrastructure Management |
| Bangkok (2022) | In Bangkok, Thailand, Japan has long supported the Bang Sue Smart City development project planned around Bang Sue Grand Central Station, which is newly developed as a public transportation hub. In order to realize the smart city concept prepared by JICA in 2020 for the development around the station, this study collects ideas on smart services by holding the City OS Ideathon at Bang Sue Smart City and propose specifications for the implementation of the City OS in the area. In addition, a series of specific and comprehensive support for the realization of the smart city is provided by sharing case studies on the promotion of large-scale mixed-use urban development in Japan and providing knowledge for the establishment of the smart city implementing organization (Smart Service Company). |
Smart JAMP (2022) Study toward Smart City Realization in Bangkok, the Kingdom of Thailand |
Smart JAMP(2022) Study for the Realization of Smart City in Bangkok, the Kingdom of Thailand |
| Phuket (2022) | This study is for smart development in the transport sector of Phuket、Thailand, a world renowned tourist destination, to facilitate comfortable and convenient movement on the island for tourists and residents alike. Specifically, traffic data acquired from AI imaging analysis of CCTV data and probe data will be integrated with probe data to calculate optimal routes; this proposed technology is expected to reduce travel times and traffic congestion. The results of analysis will be provided to drivers via a MaaS application and information boards, and a technical study will be conducted on how to present the information to drivers in addition to identifying the legal restrictions for private sector use of public CCTV data. |
Smart JAMP(2022) Study for the Realization of Smart City in Phuket, the Kingdom of Thailand | |
| Traffic Congestion and Safety (2021) | A study will be conducted for the introduction of a traffic management system that effectively utilizes CCTV data analysis to improve traffic congestion and safety in Phuket, Thailand. In this study, data from existing CCTV, along with additional video footage from field surveys, will be analyzed.The use of AI image processing to analyze the traffic volume from each direction, OD, and vehicle trajectory in combination with big data will be studied. Proposals on various uses and combinations of data will be developed and the creation of businesses utilizing imaging data for smart cities will also be studied. |
SmartJAMP(2021) Experimental Implementation Study on the Introduction of an Advanced Public Transport System in ASEAN | |
| Phuket (2021) | Phuket, which is known as a world-class tourist destination, lacks a convenient public transportation system, causing tourists to rely on private vehicles and leading to congestion and traffic accidents. With the goal of developing a smart city where both residents and tourists can enjoy public transportation and other integrated public services, this study conducts a Proof-of-Concept (or PoC) of MaaS, studies on smart cities and its platforms, and capacity building for implementing organizations. As the PoC of MaaS, an application for smartphons is developed and it provides integrated information on public transportation routes and events. Anonymized usage record and user questionnaire are analyzed and proposals on smart public transportation system is to be developed. | SmartJAMP(2021) Demonstration Experimental Implementation Study on the Introduction of MaaS for the Realization of Smart City in Phuket, the Kingdom of Thailand | |
| Bangkok (2021) | In Bangkok, Thailand, Japan has long supported the Bang Sue Smart City development project planned around Bang Sue Grand Central Station, which is newly developed public transportation hub. This study provides the project with a series of specific as well as comprehensive supports such as the advisory service on the project implementation structure, implementation plan of asset management company (AMC), business structure of smart service company (SSC), basic requirements to develop city OS and capacity building on smart city project planning and implementation, so that it will help realize the Smart City concept proposed for this area by JICA in 2020. | SmartJAMP(2021) Feasibility Study on Capacity Building and Fulfilment for Project's Promotion Structure in order to Realize Bang Sue Smart City in Bangkok, the Kingdom of Thailand | |
| Chonburi (2021) | Amata City Chonburi, one of the largest industrial estates in Thailand, is a model region for the Thailand 4.0 vision of transitioning to a society that creates new added value by accelerating the digitalization of the economy and society. The infrastructure for the use of information and communication technologies, such as 5G, is being developed, and here could be the fields for the demonstration of these technologies and new transportation systems, such as smart buses. However, further studies on how to utilize these technologies are required with the aim to be an advanced industrial city with high added value. In response to the above requests, this study will examine the smart city in Chonburi by introducing these technologies (5G, 4K broadcasting, and smart buses) | SmartJAMP(2021) Pre-feasibility Study on the Introduction of Smart Buses and, 5G and other technologies for the Realization of Smart City in Chonburi, the Kingdom of Thailand |
As part of the study of the City OS in Bang Sue Smart City, an Ideathon was held in September and October 2022 to solicit a wide range of innovative smart service ideas to help Bang Sue Smart City become a smart city development in line with its vision. The following shares each of the awarded ideas from the Ideathon.
Grand Prize (Japanese syllabary order)
Gekidaniino G.K. 「5km/h micro autonomous mobility service
in the pedestrian area」
●Company introduction
Gekidaniino is a startup designing new mobility experiences through our 5 km/h autonomous mobility “iino”. We provide mobility services with “type-S” driving in pedestrian spaces and “type-R” specializing in experiential content.
●About awarded idea
“Krung Thep Aphiwat Central Terminal Sky Deck is like an another planet!!”
This service provides transportation functions and experiential content through autonomous mobility vehicles traveling at a speed of 5 km/h.
The station deck will be like a moving walkway to improve circulation and create a lively atmosphere. Furthermore, experiential content is customized according to user attributes and purchase history data. The service is automated using a 3D LiDAR, and can be remotely controlled and integrated with other transportation networks through linkage with the City OS.
PASCO (Thailand) Co., Ltd. 「LEADING THE WAY TO CREATE THE FUTURE」
●Company introduction
PASCO is a geospatial information service company. We provide “Remote Sensing” and “Onsite Sensing” together with “Analysis Technology” which leverages Artificial Intelligence (AI), IoT, Geographic Information System (GIS), image processing, and others. We are expanding geospatial services to answer the growing demand for the new era of Digital Earth.
●About awarded idea
PASCO proposes the idea to collect road data using MMS (Mobile Mapping System) Technology and network analysis to create an autonomous driving route for the smart public transportation system covering the Bangsue Smart City. This idea will make a safer, more sustainable, and more efficient public transport system. MMS 3D data can also be applied in several fields e.g., road asset management, road design, and road safety according to the concept of urban development to be Smart Mobility.
Excellence Award (Japanese syllabary order)
Zenmov Inc. 「Realization of PRT (Primary Rapid Transit)」
●Company introduction
Zenmov develops SMOC, IT solutions that support public transportation and shared mobility. We develop MaaS business mainly in Japan, targeting Southeast Asia and other countries in the world.
●About awarded idea
In Bang Sue, Zenmov proposes to realize PRT(Primary Rapid Transit)* with its traffic control system, SMOC. This will make the area more convenient and attractive.
*Transportation method in which small, eco-friendly vehicles provide optimal dispatch in accordance with travel demand.
Bang Sue Grand Innovation Alliance（Intelligence Design Inc.,scheme verge Co., Ltd. and Kohei Ichikawa）
「”LX for You”: Bang Sue Grand Pass as Lifestyle Transformation Platform」
●Company introduction
Intelligence Design
We provide a service that digitizes the flow of people and vehicles as real data,
which is required in the data-driven era that will begin in earnest.
scheme verge
We make travel destinations and places to live more attractive by improving of the entire area’s experience using data & AI.
Koihei Ichikawa
Ichikawa is a PhD. student in the Department of Graduate School of Arts and Sciences, the University of Tokyo.
While working as an algorithm engineer for AI, Ichikawa is engaged in the basic research in neuroscience with the dream of integrating the brain and machines.
●About awarded idea
Proposal of lifestyle transformation (LX) through advanced ID linkage. Rather than simply utilizing the data for optimization and efficiency, we precisely identify the need of world’s VIPs of cutting-edge value system and create a high-value profitable smart city.
Judges’ Special Prize (Japanese syllabary order)
Koichiro Sato, SEMBA CORPORATION 「BOUNTY OF THE TROPICS “SOLAR POWER GENERATION & FOOD STALL”」
●Company introduction
Based on the vision of Good Ethical Company, Semba provides comprehensive support throughout the entire process of space design and construction for a wide range of clients, from commercial facilities to offices, hotels to educational facilities, and promotes Ethical Design by considering all processes from the perspective of being “future friendly.
Nagase Thailand Co., Ltd. 「Intelligent Mobility Ecosystem」
●Company introduction
NAGASE (THAILAND) CO., LTD., founded in 1989, is a leader in innovative products and solutions for specified industries. We provide the industry-leading plastics and materials for the automotive supply chain. With the successful stories in Thailand, we are transforming our business to a hybrid business model that offers advanced technology and provide professional services for creating a sustainable future.
Other Finalists (Japanese syllabary order)
ASSET ACTIVATOR CO., LTD. 「THE GREAT TRANSIT PARK CITY」
IWANE LABORATORIES (THAILAND) LTD
「Assets management service with accurate and intelligence Algorithm」
Infilight Co.,Ltd (Jordsabuy) 「JSB Mobility HUB Service at Bang Sue Area」
Museum of Nurture「Museum of Nurture」
Urara Watanabe, SEMBA CORPORATION 「Wellness Smart City Concept through Mobility Device Development」
Murata Manufacturing Co. Ltd. 「Easy to Go」
NMB-Minebea Thai Ltd. 「From Smart Lighting to Smart City Solutions」
