A smart city is defined as a regional or geographical region that utilizes electronic or digital technology-based infrastructure to improve daily operations, collect real-time data, provide specific services and solve city problems. Furthermore, smart city technology can help increase opportunities for automation, increase data security and governance and encourage infrastructure scalability.
As digital technology continues to evolve at an extremely exponential rate, the implementation of digital and electronic smart city technology is significantly changing the way we live our day-to-day lives. The size of the smart cities market is expected to grow to approximately $820.7 billion by the year 2025, with a Compound Annual Growth Rate of 14.8%.
Features of Smart Cities
1) Walkable Local Areas
Smart city technology can help budding smart cities create walkable local areas by reducing air pollution levels, blockages, and traffic. This will not only help increase and prioritize security for pedestrians and cyclists but will also preserve limited regional resources.
Furthermore, smart cities also ensure that necessary administrative resources are easily accessible and are within walking distance which can significantly boost local businesses and hence the economy. With the help of smart city digital infrastructure, common public transport routes can be adjusted and refined in real-time according to the amount of traffic in certain areas.
2) Energy Efficiency
As population levels continue to increase, limited amounts of natural resources are becoming a larger concern. Recent studies indicate that cities represent up to 80% of the world’s annual energy needs. However, smart city technology can be used to identify energy wastage and optimize certain city processes to improve resource utilization in the long run. Digital sensors can help identify pipeline leakages, introduce energy-saving L.E.D. technology, dim street lights based on real-time data, and much more.
Furthermore, air pollution sensors can help analyze air quality levels in industrial areas to take preventative action. Digital sensors can not only help detect the wastage of smart city resources but also address the issues in shorter amounts of time.
3) Data-Driven Decision Making
One of the significant benefits of smart cities is the opportunity to optimize decision-making processes using data analytics and insights. Data collected using digital infrastructure such as surveillance cameras as well as electronic, infrared, thermal, and proximity sensors can be used to further develop, optimize and manage city operations.
Crust’s low-code solutions are equipped with data-rich dashboards that can help provide a 360-degree real-time overview of all city operations at any given moment.
Crust – Low-Code For Building Smart Cities
Crust’s low-code, open-source software is the perfect tool to help a geographical region transition into a smart city. Crust’s solutions are equipped with data-rich dashboards that can be used to track data in real-time and obtain valuable insights, cloud-based databases that can easily store important smart city data, offer API integration and advanced analytics, etc.
Try a demo so that you can explore the great potential of smart city software solutions.