Thailand and UK to Partner on Smart City Development

The UK and Thailand have jointly launched the “UK Thailand Tech Export Academy”. The purpose of the collaboration is to promote the development of “smart cities” to be constructed across Thailand. So far, the initiative has involved the matching of over 200 businesses from the UK and Thailand.

The UK’s Minister for Exports co-launched the academy in the form of a virtual trade mission, alongside Chaiwut Thanakamanusorn, Thailand’s Minister of Digital Economy and Society (MDES).

The Tech Academy initiative was kick-started in 2020, the UK’s International Trade Secretary, as part of a British government strategy to support UK businesses emerging from the COVID-19 pandemic lockdowns. From over 100 commercial enterprises that applied for the 9-month program, a total of 30 were picked to become involved in the trade mission to Thailand.

Smart City Handbook and other initiatives

The virtual trade mission constitutes one component of the two countries’ smart cities cooperation in line with the initial launch of the UK-Thailand Smart City Handbook, established in partnership with Thailand’s Digital Economy and Promotion Agency (DEPA).

Other activities the UK has been working on including ongoing projects under the UK’s Global Future Cities program. This involves working with the Bangkok Metropolitan Administration to create an improved flood management system for Lat Phrao, being one of the city’s 50 districts.

A data centre is also being planned to support the collection and use of data for decision-making in Bangkok, in addition to the creation of a development masterplan for the Khlong Bang Luang region and Bang Wa BTS Station.

The Digital Trade Network was also introduced last year as a three-year pilot program to enhance the UK’s digital tech capabilities in supporting digital trade and investment opportunities in Thailand.

The UK Ambassador to Thailand stated, “I hope the launch of the Smart City Handbook and the on-ground expertise as part of the Digital Trade Network will provide the foundations for future cooperation, sharing of experience and expertise between the UK and Thailand in areas of smart city development.”

The Ambassador also introduced the UK Prosperity Fund as a resource of the UK Government to support global sustainable development in developing middle-income countries – with the Global Future Cities Program being a leading part of this support and commitment.

Bangkok’s governor also shared his vision for urban development including the improvement of canal landscapes such as Prem Prachakorn Canal, Saen Saeb Canal, and Ong Ang Canal, which are all now in active development.

He said, “Bangkok is focused on connecting the network of wheel (private vehicles and public services), rail and boat transportation,” he announced. “It is a great opportunity that Bangkok was selected to be one of the 19 cities that are collaborating with the UK Prosperity Fund. We greatly appreciate all the help and cooperation from the UK government and the British Embassy in Thailand for the initiation of such projects.”

Trade and investment dialogue

The UK’s partnership with DEPA has continued more recently with a series of Smart City workshops involving the British Embassy in Bangkok hosting the local authorities in Chiang Mai, Khon Kaen, and Chonburi to explore potential areas for smart city collaborations.

The UK and Thailand are also working to deepen and strengthen their trading relations across all sectors following the completion of a Joint Trade Review.

In March 2021, the UK and Thailand signed an MoU which commits both governments to further strengthening trade and investment ties through a new joint trade dialogue – the Joint Economic and Trade Committee (JETCO).

It is anticipated that JETCO will facilitate new opportunities for the UK and Thailand to work cooperatively in improving bilateral trade, including by addressing market access barriers affecting businesses. The first meeting of the new UK Thailand JETCO will take place later this year.

For both countries, the initiatives deepen the trade linkages between the UK and Thailand. Over the last year, two-way trade has exceeded £5 billion (US$7 billion) which is likely to be further bolstered by the UK-Thailand Tech Export Academy’s trade mission which has reflected strong support from the UK’s £185 billion (US$260 billion) technology sector – currently the largest in Europe – in pushing advancing commercial and investment partnerships to build the smart cities of the future.

Exploring the Potential of the 6 GHz Band in Thailand

The Asia-Pacific region has become a centre of 5G innovations, with China and South Korea leading as global pioneers in 5G technology. Thailand’s 5G progress has greatly benefited from the well-established 5G ecosystem in the region.

Chula Unisearch and a technology company in Thailand have partnered to launch a research project called “Exploring 5G Technology on the 6 GHz Band.” Led by the Department of Electrical Engineering at Chulalongkorn University, the study aims to investigate the real-world applications of 5G technology in the 6 GHz frequency range.

By investigating the use of 5G technology on the 6 GHz band, the research aims to shed light on its feasibility and potential in enhancing wireless communication systems. The study involves an examination of the technical aspects, performance metrics, and data transmission capabilities of the 6 GHz band. This endeavour provides valuable insights into the practical implications and benefits of deploying 5G technology within this frequency range.

Moreover, through this research initiative, Chula Unisearch and its partners aim to contribute to the broader scientific community by generating new knowledge and empirical data on utilising the 6 GHz band for 5G applications. The study’s outcomes can inform policy decisions, shape future technology standards, and pave the way for a more efficient and seamless 5G network infrastructure.

The research team conducted a comprehensive field test encompassing Outdoor to Outdoor (O2O) and Outdoor to Indoor (O2I) scenarios. The trial’s primary focus was to analyse and understand the behaviour and characteristics of the International Mobile Telecommunications (IMT) 6 GHz band and evaluate the quality of IMT data transmission. These tests were conducted in collaboration with various agencies in the Chula Sandbox area.

The study outcomes were highly satisfactory, particularly regarding outdoor usage (O2O), where a download speed exceeding 1Gbps was achieved, covering approximately 72% of the test area. It is important to note that the bandwidth used for testing was set at 80Mbps.

Additionally, even for indoor scenarios (O2I), the average download speed reached 550Mbps. These findings indicate that the 6 GHz band has the potential to support mobile services utilising 5G technology and upcoming advancements such as 5.5G.

Overall, the project is a significant milestone in exploring 5G technology and its practical implementation in Thailand. By leveraging the expertise of academic institutions, research organisations, and industry leaders, this collaborative effort strives to unlock the full potential of 5G technology and its transformative impact on various sectors, ranging from telecommunications to smart cities and beyond. The 5G networks are expected to drive the transformation towards Thailand 4.0 and provide additional advantages for the country’s economic and social progress.

The collaboration signifies a concerted effort to advance the understanding and implementation of 5G technology in Thailand. The project aligns with the country’s commitment to embracing cutting-edge technologies and exploring innovative solutions for enhanced connectivity and communication.

Thailand aspires to become a leading digital hub in Southeast Asia, with Prime Minister Prayut emphasising the importance of collaboration between the public and private sectors in driving the commercial development of 5G technology across all industries in the country.

The government has taken proactive steps towards promoting the adoption of 5G technology through the development of an Action Plan. Phase 1 in this plan focuses on driving economic and social development by prioritising key sectors such as industry, transportation and logistics, agriculture, tourism, finance, wholesale and retail, public health, education, and smart cities. These strategic policies aim to foster a favourable environment that encourages the growth of 5G businesses in Thailand.

Hong Kong Advancing Autonomous Driving and C-V2X Tech

The Hong Kong Applied Science and Technology Research Institute (ASTRI) and a driverless vehicle company, established by a Chinese multinational technology corporation, have entered into a Memorandum of Understanding (MoU) to collaboratively advance the implementation of autonomous driving and C-V2X technology in various scenarios within Hong Kong. The partnership also aims to explore opportunities for cooperation in developing High-Definition Maps (HD Maps), thereby enhancing Hong Kong’s smart mobility ecosystem.

The Vice President of Communication Technologies at ASTRI and the Head of Business Development at the driverless vehicle company signed the agreement. The signing was witnessed by the Chief Operating Officer of ASTRI and the Head of the international arm of the company.

As part of this collaboration, the two parties will extend the implementation of C-V2X technology to additional scenarios. The driverless vehicle company will provide support to ASTRI in the research and development of roadside infrastructure. Specifically, the company will deploy its Operating System of Intelligent Road Side (Smart Road Air OS) at the Sha Tin Smart Mobility Public Testing Route, aiding ASTRI in its endeavours.

This partnership capitalises on the tech company’s expertise in developing C-V2X infrastructure, autonomous driving software, and intelligent transportation operations, along with ASTRI’s strong research and development capabilities in 5G communication technology, AI, smart mobility, C-V2X technology, and road-testing experience. By merging these strengths, the collaboration aims to expedite the deployment of C-V2X technology across various scenarios in Hong Kong.

To address the distinctive urban environment of Hong Kong, both parties will additionally explore opportunities for cooperation in the development of High-Definition Maps (HD Maps). These efforts will focus on enhancing the technology and usability of HD maps through experimental projects. By collaborating on this aspect, the aim is to create more accurate and comprehensive mapping solutions that cater to the specific needs of Hong Kong’s urban landscape.

ASTRI has been actively involved in the research and development of C-V2X technology since 2015. With support from the Smart Transportation Fund of the Transport Department, ASTRI launched one of the world’s largest C-V2X public road tests in Hong Kong in 2021. This extensive test covered a 14km route from Hong Kong Science Park to Sha Tin town centre, allowing for the study and testing of C-V2X technology in various real-world scenarios on Hong Kong’s roads. The focus was not only on the technology itself but also on the necessary network and infrastructure.

Currently, the second phase of C-V2X public road tests is underway. The primary objective is to enhance road and pedestrian safety while improving traffic efficiency. This is achieved through the efficient, accurate, and rapid sharing of information leveraging one of ASTRI’s Hero Technologies: a high-speed, reliable, and low-latency 5G network solution.

In addition, the establishment of the “Smart Mobility (C-V2X) Technology Alliance” in April 2023 further enhances Hong Kong’s smart mobility ecosystem. This alliance promotes collaboration among the government, industry, academia, and research institutions, fostering cooperation on smart mobility and related technologies. The ultimate goal is to accelerate the implementation of C-V2X technology and infrastructure in Hong Kong, positioning the city as a model for smart cities.

Meanwhile, the company serves as a pilot unit for the state’s transportation sector. Its intelligent transportation business, along with its affiliated companies, is dedicated to spearheading the modernization of China’s intelligent transportation systems.

Their mission is to develop a world-class, integrated transportation system that aligns with the high-quality standards of being safe, convenient, efficient, green, and economical. Their efforts are in line with the overarching goal of achieving a transportation system that prioritizes people’s satisfaction, provides robust protection, and sets a global benchmark in terms of excellence.

The Association for Operating Systems of Intelligent Road Side was established in Beijing on 17 May 2023. This association introduced the Operating System of Intelligent Road Side (Smart Road Air OS 1.0) to the industry. The company, as one of the key technology contributors, will continue to adhere to the guiding principle of “Open Capabilities, Shared Resources, Accelerating Innovations, Sustainable Success.”

The company aims to foster the development of the smart transportation industry through an efficient, innovative, and mutually beneficial open-source association. By actively participating in this association, the company seeks to promote collaboration, encourage the sharing of resources and capabilities, and drive accelerated innovation within the smart transportation sector.

Bridging the Digital Divide: Western Australia’s Support for Rural Communities

The Government of Western Australia is taking significant steps to support rural and remote communities across Western Australia by providing funding for technology projects that aim to enhance community services. In an effort to bridge the digital divide and promote access to essential resources, more than AU$ 330,000 has been allocated to support 44 Community Resource Centres (CRC) in implementing various technology and innovation initiatives throughout the regions.

These projects encompass a wide range of endeavours aimed at improving the lives of community members in rural areas. For instance, a notable initiative involves the upgrade of 13 public computers in Broome. These computers play a crucial role in the community, particularly for individuals who do not have the luxury of owning personal computers in their homes. By upgrading these public computers, the CRC in Broome will be able to provide better access to information, educational resources, and essential online services to local residents.

The funding provided by the McGowan Government will empower CRCs in rural and remote areas to embrace technological advancements and leverage innovative solutions to address community needs. By implementing these technology projects, the government aims to enhance the overall quality of life in these regions, promote digital inclusion, and ensure that residents have equal opportunities to access crucial online services and resources.

In addition to the aforementioned initiatives, the funding provided by the Government will enable other Community Resource Centres (CRCs) in Western Australia to embark on innovative projects tailored to their local community needs. The Frankland River CRC, for example, plans to establish a Smart Home Hub demonstration centre, which will serve as a showcase for the latest advancements in home automation and smart technologies. This initiative aims to educate and familiarize community members with the benefits and possibilities of integrating smart technologies into their homes.

Meanwhile, the Beverley CRC intends to establish a content creation studio with a specific focus on social media marketing for local businesses in the Wheatbelt region. This studio will help businesses develop engaging content for their social media platforms, enabling them to effectively promote their products and services to a wider audience. By enhancing their online presence and digital marketing capabilities, local businesses can potentially attract more customers and bolster economic growth in the region.

The grant program extends to all Community Resource Centres within the WA Community Resource Network, encompassing over 100 CRCs located in regional and remote areas across the State. Each eligible CRC has the opportunity to apply for grants of up to AU$ 10,000 under the program.

The Department of Primary Industries and Regional Development administers the program, ensuring that the funding is allocated and used effectively to support technology and innovation projects that benefit rural and remote communities in Western Australia.

The Minister of Regional Development emphasised the importance of Community Resource Centres (CRCs) as community-driven organizations that play a crucial role in providing essential support to residents and businesses in rural and remote areas across Western Australia. The funding initiative aims to equip CRCs with the necessary technological resources to deliver modern and effective services to their respective communities.

This funding program recognises that community needs vary across different regions, and it empowers local CRCs to identify and address the specific improvements that will bring the greatest benefits to their stakeholders. By allowing CRCs to leverage their deep understanding of local needs and dynamics, the initiative ensures that the allocated funds are used in ways that best serve the communities they serve. This approach acknowledges the unique challenges and opportunities faced by each CRC and supports their efforts in delivering impactful projects tailored to their community’s requirements.

CUHK’s Ground-Breaking Research in Smart Traffic and Satellite Remote Sensing

The Chinese University of Hong Kong’s Institute of Space and Earth Information Science (ISEIS) has secured a significant grant of HK$33 million from the Government of Hong Kong Special Administrative Region. The funding, provided by the Smart Traffic Fund (STF) and Innovation and Technology Fund (ITF), will support two ground-breaking research initiatives in the fields of smart traffic and satellite remote sensing.

The projects, led by Professor Kwan Mei-po, Director of ISEIS and Choh-Ming Li Professor of Geography and Resource Management, and Professor Ma Peifeng, Vice-Chancellor Assistant Professor in the Department of Geography and Resource Management at CUHK, aim to advance smart city development and sustainable practices in Hong Kong. Collaborations will be established with esteemed institutions as well as various Hong Kong Government Departments including the Transport Department, the Civil Engineering and Development Department, and the Lands Department.

Professor Kwan highlighted that the two research projects represent significant advancements that build upon previous satellite remote-sensing research. These projects also signify a major milestone in the development of space technology by higher education institutions in Hong Kong.

Their primary goals are to enhance the one-stop satellite service for environmental monitoring in Hong Kong and the Greater Bay Area, as well as foster interdisciplinary research at CUHK in key areas including infrastructure health, carbon neutrality, smart cities, food security, ecosystem preservation, Earth system science, and marine science. Additionally, the projects are expected to accelerate the achievement of CUHK’s 2021-2025 strategic plan and contribute to the United Nations Sustainable Development Goals.

STF-Funded Smart Traffic Project

The project, entitled “Vehicle Detection and Vehicle-kilometrage Estimation Based on Remote Sensing Technologies,” which is supported by the Smart Traffic Fund (STF), aims to revolutionise traffic monitoring and analysis through the integration of satellite remote sensing and smart traffic techniques. This marks the first time that CUHK has secured funding from the STF. The research team plans to leverage satellite remote sensing technology to conduct regular wide-area monitoring of vehicle flow on urban roads in Hong Kong.

The project’s findings will contribute to the existing traffic monitoring practices of the Transport Department, significantly enhancing their ability to perceive and analyse urban traffic conditions. The project is expected to provide comprehensive and scientifically informed decision-making support for transportation planning and management.

ITF-Funded Satellite Remote Sensing Project

The second project, supported by the Innovation and Technology Fund (ITF), is named “Development of CUHK Satellites and Integrated Remote Sensing Technologies for Near Real-time Landslide Monitoring.” This project represents the first earth observation satellite initiative to receive funding from the Hong Kong government. The research team aims to design and launch the inaugural CUHK satellite, which will be instrumental in various research areas such as monitoring natural disasters, promoting carbon neutrality, and fostering sustainable development.

An integral aspect of this project involves engaging undergraduate and postgraduate students in satellite technology design, development, and application. By adopting a practice-oriented approach, the project aims to nurture interdisciplinary talents in the field of aerospace science and technology while providing students with hands-on experience.

Thailand’s FoodPrompt Smart Tech Enhancing Elderly Nutrition

As individuals approach old age, their bodies undergo various changes, particularly in terms of health, which becomes increasingly apparent. These changes, coupled with factors such as reduced appetite, difficulty in eating, malabsorption, alterations in body systems, and socioeconomic factors, contribute to a higher risk of malnutrition among the elderly.

When discussing malnutrition, the common association is often images of starving people in distant lands. However, this critical issue is ubiquitous and is prevalent within all communities, across the globe. One population, particularly at risk, is the elderly, who frequently require hospitalisation or reside in long-term care facilities, amplifying their vulnerability to malnutrition. In light of this, researchers at Chiang Mai University (CMU) have developed ‘FoodPrompt’ technology – a powerful tool to address nutritional needs.

FoodPromt stands out as a smart solution for personalised nutrition support and food fabrication. With its ability to create customised food using a 3D food printer and an intuitive application that empowers users to select flavours and shapes, this groundbreaking technology is particularly well-suited for individuals with malnutrition, most notably elderly patients who are already vulnerable.

Research indicates that the incidence of malnutrition among hospitalised elderly individuals ranges from 12% to 50%, while among institutionalised older adults, it can range from 23% to 60%, highlighting the heightened susceptibility of the elderly to malnutrition.

Recognising the significance of malnutrition among the elderly, the researchers at CMU identified that this condition is often neglected and not promptly addressed, leading to severe consequences, underscoring the importance of providing adequate support, particularly in terms of nutrition, for the elderly population.

FoodPrompt was developed by a team to seamlessly incorporate advancements from multiple fields. Its primary goal is to address the needs of individuals afflicted by malnutrition, with a particular emphasis on providing tailored support to vulnerable elderly patients.

Through the utilisation of advanced data analytics, machine learning algorithms, and state-of-the-art fabrication techniques, FoodPrompt endeavours to tailor nutrition plans and meal compositions to the specific requirements and preferences of everyone. By doing so, it aspires to foster optimal nutritional outcomes and enhance the overall well-being of elderly patients afflicted by malnutrition.

This new personalised technology is effective, as it has a nutritional assessment system that creates customised food using IoT. When accessing this platform, users are required to provide their data, which will be linked to the developed food fabrication system, specifically designed to create highly nutritious meals tailored to the needs of the target group.

Every user can use this technology and select the food of their choice. For instance, consumption analysis has an integrated system capable of identifying the types of food, the number of ingredients and consumption. Afterwards, it enables the user to compare the crucial nutrients based on the user’s database.

Additionally, the application allows users to select the flavours and shapes using a 3D food printer. Ultimately, patients can get enough nutrients while enjoying their high-nutrient favourite food with various flavours based on what they like.

This holistic approach facilitated by FoodPrompt will enable a comprehensive response to the intricate challenges posed by malnutrition, effectively catering to the specific requirements of the target group, elderly people. By seamlessly harnessing cutting-edge research with practical implementation, FoodPrompt proves CMU’s commitment to leveraging innovative technology to solve daily problems.

Da Nang Leads in Digital Transformation and Smart City Development

Da Nang, a central city in Vietnam, stands out as a frontrunner in digital transformation, with a significant proportion of its population embracing electronic accounts on public service portals. 43% of Da Nang’s population aged 18 and above own electronic accounts, indicating a strong presence of digital engagement in the city.

Digital transformation is a collective effort involving various entities, including government agencies, businesses, and residents. In 2022, the digital economy played a significant role in the overall economic landscape of the city, contributing to 17% of Da Nang’s Gross Regional Domestic Product (GRDP).

According to Nguyen Quang Thanh, the Director of the Department of Information and Communications in Da Nang, the city’s digital transformation is inspired by the development of e-government and smart urban areas. He emphasised that data plays a pivotal role in generating new values for the city.

Since 2020, Da Nang has embarked on a comprehensive effort to build a robust database that encompasses various sources of information. Including comprehensive records of citizens, businesses, household registrations, officials, employees, and administrative procedures.

Local authorities and agencies have built 560 public service databases. In addition, free wifi stations are now available in the city. To further enhance connectivity and digital accessibility, the city has established free WiFi stations across various locations. These WiFi stations provide residents and visitors with convenient and reliable internet access, contributing to the city’s digital infrastructure.

Moreover, Da Nang has invested in the Internet of Things (IoT) infrastructure to expand its data sources and capabilities. Key IoT initiatives include the implementation of a security and order centre, a smart traffic centre, and a water and air environment monitoring centre. These facilities collect and analyse data to monitor and manage public safety, traffic flow, and environmental conditions in real-time, enabling more informed decision-making and enhancing the overall quality of life in the city.

According to Thanh, the availability of data has significantly improved the management capabilities of state agencies in Da Nang. The utilisation of data has facilitated more efficient work processes, enhanced the supervision of public service provision, and enabled effective monitoring of traffic flow as well as water and air quality.

In addition to leveraging data, the city has embraced digital assistants to enhance the delivery of administrative procedures and public services. These digital assistants include chatbots and voicebots that automatically provide instructions and guidance to residents regarding administrative processes and various public services.

The Da Nang smart city mobile platform provides more than 30 smart services and utilities for communities. In the city, every citizen is provided with an electronic account, which offers them access to the available database. This system requires citizens to register for an electronic account only once, granting them access to a wide range of digital services and information. As of now, approximately 260,000 citizens in Da Nang have successfully registered for electronic accounts. This number represents over 43% of the population aged 18 and older.

The region has achieved significant progress in digitising document handling processes, with over 78% of documents being handled online, 1.5 times higher than the national average.

The administration of Da Nang has witnessed numerous agencies actively embracing digital technology in their operations and service delivery. The Ngu Hanh Son Medical Centre has introduced a digital health certificate system. This initiative aims to facilitate the process for individuals applying for a driving license by providing them with a digital health certificate.

Meanwhile, the Department of Transport has introduced QR codes for bus tickets, offering commuters an efficient and contactless way to access public transportation. It has also implemented online payment options. The Department of Information and Communications has added rainfall and flood maps to Da Nang Smart City App for residents to access and follow.

Western Sydney Partners to Build a Tech Hub

Western Sydney University and an IT service management company have signed a Memorandum of Understanding (MoU) to establish a collaborative agreement aimed at generating innovative and purpose-driven outcomes to foster growth, development, and opportunities in the Western Sydney region.

The partnership is founded on a common vision to leverage expertise, resources, and networks in order to position one of Australia’s rapidly expanding regions as a leader in research, technology, and sustainability.

Collaboratively, the two parties will prioritise various projects and initiatives encompassing joint research, piloting cutting-edge technologies, engaging with the community, and advocating for shared goals. This partnership will specifically explore opportunities within five primary areas of focus:

Urban Transformation and Smart City Development
Net Zero Cities and Sustainability
Cybersecurity
Agri-Tech
The University’s Factory of the Future.

The CEO of the IT service management company stated that the MoU signifies the strong dedication of both organisations to actively contribute to the shaping of Western Sydney’s future, with a particular emphasis on fostering connectivity and sustainability. By leveraging their existing relationship, the two parties are poised to explore new avenues of collaboration, drawing upon their combined resources, expertise, and networks.

This collaborative effort aims to propel the development of Western Sydney by incorporating innovative technologies and conducting ground-breaking research. The region’s immense potential to lead in smart city design within Australia is recognized, and the MoU serves as a testament to the shared vision of creating a smarter, more sustainable, and well-connected Western Sydney.

Meanwhile, according to the Vice-Chancellor and President of Western Sydney University, the collaboration was established as a Shared Vision Partnership. As an institution dedicated to serving the Western Sydney community, the University is pleased to join forces with NEC Australia to explore a range of opportunities in research, development, and learning. This collaboration aims to drive innovation and provide support for significant infrastructure projects in the region.

Under this partnership, valuable opportunities will be created for staff, researchers, students, and the wider community. The focus will be on shared advocacy, integrated learning, and the integration of new technologies. Leveraging the University’s expertise in areas such as smart city development, cybersecurity, sustainability, and agri-tech, this collaboration will bring forth innovative solutions and advancements in these domains.

The Chancellor of Western Sydney University stated that expressed enthusiasm for the university-industry partnerships, emphasising the vast potential that can be unlocked through such collaborations. The collaborative venture with NEC Australia is poised to extend beyond the boundaries of innovation and technological advancement.

The MoU will serve as a foundation to enhance and reinforce interconnected and collaborative opportunities. It encompasses a commitment to working within Western Parkland City, the new Bradfield City Centre, and Western Sydney International Airport, thereby fostering regional development and growth.

The collaborative partnership between Western Sydney University and the IT service management company signifies a significant leap forward in harnessing the power of technology to shape the future of Western Sydney. Through joint research, innovative projects, and a shared vision for smart city development, cybersecurity, sustainability, agri-tech, and the Factory of the Future, this collaboration aims to position Western Sydney as a technological leader.

By leveraging their combined expertise and resources, both parties are poised to drive innovation, foster growth, and create a connected, sustainable, and technologically advanced region that sets new standards for research, technology, and development. This partnership holds the promise of unlocking the vast potential of technology for the benefit of Western Sydney’s communities, economy, and environment, paving the way for a brighter and more prosperous future.

June 6, 2023

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Thailand and UK to Partner on Smart City Development

Exploring the Potential of the 6 GHz Band in Thailand

Hong Kong Advancing Autonomous Driving and C-V2X Tech

Bridging the Digital Divide: Western Australia’s Support for Rural Communities

CUHK’s Ground-Breaking Research in Smart Traffic and Satellite Remote Sensing

Thailand’s FoodPrompt Smart Tech Enhancing Elderly Nutrition

Da Nang Leads in Digital Transformation and Smart City Development

Western Sydney Partners to Build a Tech Hub

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