the World Health Organization (WHO) declared a global pandemic, dubbed Coronavirus Disease 2019, or COVID-19, an epidemic-causing disease. The COVID-19 pandemic forced most countries to come to an emergency shutdown, causing the global economy to stagnate and severely impacting supply chains, businesses and even life. Due to the severe economic impact of COVID-19, governments have taken a digital transformation and spurred the constant search for new technological tools and urban solutions that can address the current crisis and hope to Drive economic growth to the next stage.

The common response by ทดลองเล่นสล็อตฟรี governments around the world to the COVID-19 outbreak is to rapidly pursue the development of their smart cities with technological innovations and smart cities related to it being seen as a powerful tool for Crisis management and more importantly Sources of growth and income in the global economy after COVID-19 In a report published by the McKinsey Global Institute, smart cities are expected to create 1.2 million - 1.5 million new jobs, prevent 260,000 - 270,000 kilotons of greenhouse gas emissions, and raise $ 9 billion - a savings of $ 16 billion across. ASEAN

By addressing urgent economic and environmental challenges, digital services and technology can save future smart cities from future crises and challenges.The COVID-19 pandemic has clarified the importance of smart cities with digital technologies that facilitate telecommunications and financial transactions around the world, proving to be critical to its ongoing work. Of the economy in different cities ASEAN Smart Cities Network In Southeast Asia, smart cities will play an increasingly important role in generating economic growth and solving complex urban challenges.

In the face of rapid urbanization, Southeast Asia is estimated to have 100 million people migrating from rural areas to cities. This is complicated due to the rapidly aging population in countries such as Singapore and Thailand and the rise of the middle class in other countries such as Vietnam and Myanmar.
Despite the diversity of the population and different stages of economic development, But ASEAN member states are increasingly united, believing that smart cities may be key to the urban and socioeconomic challenges they face.From Digital Philippines to Singapore's Smart Nation program, governments across Southeast Asia are driving digital transformation and smart city transformation.

These changes will have a significant impact on economic development and crisis mitigation across the region.During the 36th ASEAN Summit held recently, Prime Minister Lee Hsien Loong argued that ASEAN could “use the ASEAN Smart City Network to exchange ideas and experiences in using technology to combat COVID-19 examples. Such as technology to improve contact tracking The ASEAN Smart Cities Network (ASCN), established on 28 April 2018, aims to promote cooperation among 10 ASEAN member countries to promote smart and sustainable urban development. The center of the ASCN's work is to focus on improving the lives of ASEAN citizens through technology.

Driving technological innovation

With a long experience in building public infrastructures such as electric power, water, sewage and industrial systems, Hitachi has long been involved in urban infrastructure development in cities across Asia.Through the spirit of co-creation, Hitachi has been actively involved with industry actors with the aim of developing a deeper understanding of the data and business needs of emerging smart cities. In the region

“Driving Digitalisation Ecosystems in ASEAN” is a recently co-themed online forum by Mr Van Tang, Director and Head of APAC International Business Development and Cooperation at Hitachi. Industry leader on data collaboration in the real estate and retail industry. Industry engagement forums such as these help uncover insights that lead to better planning and improvement of urban solutions.Such collaborative efforts are critical to the development of smart city infrastructure and technology. The infrastructure consists of hardware components such as sensors, cameras and smart grids, as well as software elements such as data analytics, artificial intelligence and smart city 'dashboards'.