In our current global evolution and expansion of digital technology and infrastructure, smart cities have become more and more prevalent in modern automation and digitalization.
A smart city is defined as a geographical area that utilizes digital technology such as electronic sensors and data collection methods to improve overall city operations. This includes the collection of data to manage assets and resources, providing certain services, and solving general city problems.
The recent demand and concern regarding health, government urbanization, and economic growth have further emphasized the need for smart cities. As remote work from home organizations and contactless payment terminals, the need for secured connections became essential.
The global smart cities market valuation is expected to reach USD 820.7 billion by 2025, with a compound annual growth rate of 14.8%. Although there are hundreds of smart cities worldwide, the majority of cities are not considered to be smart.
Smart cities are an extremely important aspect of ensuring substantial public connectivity, optimum usage of financial resources, fair distribution of benefits, and adapting to growing public demands.
The country with the most smart cities
Singapore has been consistently ranked as the top smart city in the world for multiple years. With the second-highest density of population in the world per square kilometre and a significant percentage of the ageing population, Singapore has aimed to implement digital innovation to advance productivity and efficiency.
One of Singapore’s main advancement methods is collecting data from various public domains. For example, pedestrian walks using electronic devices like motion sensors to determine appropriate plans of action and potential solutions to identified problems.
Singapore has integrated technology into various domains, including housing. For example, before a new building is planned and constructed, a thorough framework involving solar penetration, energy-efficient lighting mechanisms, intelligent energy regulators, and solar panels are considered and implemented.
Studies have shown that artificial lighting in cities represents approximately 19% of the world’s total energy consumption. Therefore energy regulating smart city technology can prove to have significant financial and environmental impacts.
Singapore has utilized advanced Artificial Intelligence and intelligent machine learning technology to revitalize and redefine its transport planning, healthcare systems, and public services. The city is using high-functioning application software, contactless payments, automatic chatbot systems, open public data collection, and much more. In addition, these initiatives help introduce and explain the impact of smart city technology on citizens, which can help significantly speed up digitization initiatives.
Crust – Your One Stop Solution For Smart City Technology
Crust’s open-source, low-code technology can help make the transition into a smart city much easier than ever before. Crust can enable users to create API integrated, cloud-based software applications that can be used to automate several key city processes.
The Crust platform further provides a variety of data-rich dashboards and graphic visualization tools. That can make collecting, tracking, and analyzing smart city data, trends, and insights extremely organized and efficient. Try a demo so that you can take advantage of the various benefits of smart city technology.