- Sep 05, 2019
- Aug 12, 2019
Smart cities will be more technologically developed than cities as we know them until now, digital transformation in cities is just beginning. It is hoped that in the near future they will do more for their citizens.
However, are they ready to meet our expectations?
Today, civic institutions face challenges such as aging infrastructure, inadequate public transport models and inefficient bureaucratic processes. Cities must rethink the way they operate and deliver services, turning to digital tools, data, and intelligent connected systems.
They must grow smarter and provide citizens and businesses with what they need to thrive.
Smart cities pilot projects and initiatives around the world have addressed everything from solid waste management to improved traffic management times, providing free Wi-Fi in public spaces and saving money by introducing intelligent lighting systems.
These cities are leveraging digital technology and the cloud to connect systems so that everyone involved in public safety and the entire government can work together to protect citizens.
In this way, public managers can have a better view of what they need to keep citizens safe and respond collaboratively and efficiently to incidents.
What are smart cities and how does digital transformation in cities help in management?
The concept of smart cities is not new, but it is still incipient, and the definition remains quite heterogeneous.
In general, digital transformation in cities makes them smart and optimized to reduce costs, increase security, attract investments, ensure sustainability and increase viability.
Smart cities are those that use Things' Internet devices, such as connected sensors, lights and smart meters, to improve infrastructure and architecture, collecting and analyzing real-time citizen data to identify precisely where the problem is and how to improve the conditions of the services provided.
We will describe how digital transformation in cities is impacting smart cities, aiming to establish an efficient and standard quality of life for its residents. Check out!
Technologies and digital abundance, including artificial intelligence, 3D printing, and robotics, play a crucial role in managing a controlled, automated infrastructure.
The city's physical infrastructure includes transportation, energy allocation, water supply, telecommunications services and waste management.
Infrastructure in service means offering a solution in which acquisition and selection are already part of the offer, so the consumer simply receives the results of these actions. In smart cities, these solutions are delivered in a connected and intelligent way, identifying problems such as leaks in water, sewage and gas services, or receiving scanned interfaces such as online invoices, others.
Digital transformation already relates to these physical components and the real world and represents a great aspect to becoming a component of the smart city.
The last decades unfolded as fast as car culture was cultivated among people. This scenario is still quite common in most cities - people prefer to drive their own vehicles, no matter how good public transport is.
In order to overcome this bottleneck, obtaining information, such as vehicle-related data, can be transmitted to city management centers to assist in good traffic.
Traffic control management can be done in a variety of ways. With the use of technologies ranging from traffic signal control to road accident alert, traffic signal synchronization can be enhanced through real-time analysis of local traffic.
For this monitoring, coordination and optimization systems are coupled to the data collected by cameras or sensors on the asphalt itself.
In addition, based on technology, a smart cloud-based parking system can be easily reached and useful in developing a network architecture.
This type of solution, along with the mobile application, allows a user to automatically search for a free or low-cost parking space based on performance metrics that tend to calculate the value that best fits the user.
Intelligent water and energy management
Digital transformation can also be implemented for water, gas, and electricity management with devices called smart meters.
Therefore, when cities connect to these devices, with their intelligent system, energy supply to buildings can be more efficiently distributed by companies.
In addition, water leak detectors prevent damage and also allow water service providers to detect and prevent leakage by detecting and avoiding them in advance.
Citizens express an increasing demand for information in real time and seek connectivity at all times, wherever they may be. Smart cities supply this demand through always connected IoT devices and, of course, free and comprehensive Wi-Fi for the whole territory.
In this way, the population can be increasingly involved in community life, as well as ensuring greater proximity between citizens and local authorities.