Innovation runs like a train, especially in technological fields such as Artificial Intelligence, the Internet of Things, and data analysis. Thanks to the advantages of Big Data, Smart Cities will be among the fastest developments to occur using the new technologies that the world is developing.
First of all, what is meant by Smart City? An “intelligent” city is an urban area built or redefined to offer its citizens a quality lifestyle.
According to an estimate provided by the United Nations, it is estimated that 68% of the world’s population will live in urban areas by 2050.
Put all of this means that already today, we must work to make our cities more sustainable both from the perspective of consumption and the quality of life of the inhabitants themselves. Innovation is only possible in cities that are more connected, efficient, and supported by a forward-looking administration that is attentive to the needs of citizens.
What Role Does Big Data Play In A Smart City?
Big Data is the set of all data obtained from an extensive information collection and must be managed through analytical software.
For every Smart City, Big Data is at the heart of technological innovations. By gaining insights into data from connected devices, agencies, and other data sources, cities can streamline their operations and manage change more effectively and efficiently.
The Advantages Of Big Data’s For Smart Cities
Smarter traffic management
Some cities have already started leveraging the data to provide more urban mobility, and this trend is expected to be on the rise in the next few years. Revenue generated from traffic-focused smart city technologies is estimated to be valued at $ 4.4 billion by 2023 compared to $ 2 billion in 2029.
The traffic management system is also based on Big Data’s analysis. Through sensors, all data is analyzed to allow traffic monitoring and control in real-time. The analysis is also used to determine the reasons behind traffic congestion, including predictive models. The data can even provide vehicle owners with information on the preferred parking areas.
Better public safety
Meaningful insights into the data can be used to illustrate the possible causes of crime and determine which areas of the city are most likely to occur. The data is used to determine the city’s high crime areas and take the necessary precautions. Authorities can act “smarter” in large urban areas with different criticalities and complexities.
In any city, there is a planning for urban areas’ improvement and redevelopment activities. With a smart approach, it is possible to semi-automatically generate a series of development suggestions that otherwise would need to be studied and evaluated by in-depth research and are less accurate than Big Data’s would be able to do. From the data analysis, it is, therefore, possible to make investments accordingly for the required areas.
The automatic analysis of the growth of a city allows you to obtain continuous updates on any changes. It allows you to adjust the game on dynamics that would otherwise be understandable only after years, when remedying would become much more expensive. Data will therefore play a key role in driving the development of a city.
Advantages of Big Data’s for Smart Cities: Conclusion
For a truly smart city, Big Data plays an indispensable role in processing data. Lastly, but not because it deserves less importance, we remind you that cities are truly Smart when built with a view to sustainability. But above all, they reflect the needs of the social and cultural context in which they are developed.