Smart city is the future of urban life. Attracting new citizens and investment is not only because of good schools, affordable real estate and excellent facilities. In the future, the digital experience and innovative services that a city can provide will be equally important. Through the use of advanced sensor networks, smart cities can collect a large amount of data, which can form insight to enhance the ability to provide services to the public. In addition, this insight can drive the creation of new services, help optimize assets, improve resource management, and improve operational efficiency to reduce costs.
For example, smart waste management uses sensors in the bin to monitor when the bin is full. When the bin is full, the sensor will inform the management platform, and then remind the waste management team to empty the bin. This helps simplify the garbage collection process, reduce costs and improve sanitation.
Another important aspect is security. If cities are not safe, they cannot be smart. The video monitoring system composed of Internet Protocol (IP) camera network and advanced applications such as license plate recognition, vehicle tracking, face recognition, analysis and real-time notification improve public safety.
Although the number of smart city use cases is considerable, smart city still needs an unparalleled combination of always online digital communication services, which are linked to the huge Internet of things (IOT) network. For this complex and mission critical service platform, strong connectivity and seamless integration are essential to achieve optimal operation.
Smart city is built on breakthrough technology. The latest technological developments are critical to supporting their digital priorities, improving the efficiency of resources and processes, promoting accountability and promoting economic development. The speed of technology development is really amazing, and the number of use cases that these advanced technologies can provide is incredible.
Just use the Internet of things. The huge network of networking equipment is at the forefront of innovation, which can provide differentiated services for urban residents. For example, the digital connection with assets can locate the equipment and employees in the city in real time. The advantage of asset tracking is that you can quickly find the device. If the municipality knows where its assets are and how much they are using, it can effectively rationalize its portfolio, thereby reducing costs. The Internet of things can support location-based services (LBS), which can provide pathfinding and geolocation for indoor environments such as public buildings and museums. This enables cities to collect location data for tourists and employees. Lbs can provide useful information for tourism and public safety, such as supporting improved crowd management.
It’s exciting that this is just the beginning of the journey. The technology to promote the development of smart city is becoming more and more mature, and the number of use cases is increasing, which increases the number of social welfare and digital services that can be provided to the public.
Smart city has obvious advantages in technological progress, but the safe implementation of change in the big city environment has exposed some special challenges. If we want the smart city to succeed, we must understand and face these problems.
Smart city infrastructure is composed of a large number of different technology platforms and devices, which are located in the huge Internet of things network, and it is not easy to successfully connect and integrate these different elements. To achieve this, municipalities need a digital age network. The network can provide plug and play activation, powerful security and advanced automation functions for IOT devices. In the digital age, the network is the foundation to realize the demand of advanced and dynamic smart city.
In the digital age, network is based on autonomy. In this case, this means that the network simplifies deployment by automatically and securely connecting citizens, processes, applications, and objects. In addition to autonomy, it also provides security and efficiency. In the digital age, the network can use segmentation technology to carry Internet of things devices, so the network will not be damaged. It also opens up innovation and process integration through workflow automation and open interfaces. This can improve production efficiency and eliminate the possibility of human error.
Internet of things equipment is the key to innovative services for the public, but its huge number does expose the infrastructure to network attacks. The danger posed by these security threats to smart cities is obvious. To ensure the security of Internet of things devices, multi-level security measures need to be provided by the network in the digital era. These measures help to protect equipment, networks and, most importantly, public equipment. Through the use of Internet of things security measures, the digital age network can protect the system by identifying Internet of things devices, automatically configuring and applying the correct configuration strategy. By dividing a single physical network into different virtual networks (containers), it managers can ensure that each application or service has its own security container. This ensures the best experience of the public, improved service integrity and safe and stable operation.
Supported by AI and machine learning algorithms, the network can analyze the behavior of IOT devices and applications to ensure their normal operation. If any Internet of things devices running on the network have malicious intrusion or deviate from the standard behavior, immediate measures can be taken.
Focus on citizens and enterprises
Just as important as the network in the digital age, smart cities also need clear and measurable goals to improve the satisfaction of citizens and enterprises. Whether it’s about climate change, sustainable transformation, health care, education or social integration, smart cities must focus on what they want to achieve. It needs to be committed to a sustained digital transformation to improve the lives of its citizens and provide strong economic benefits to attract investment.
Achieving this goal comes down to combining digital communication services with IOT deployment through reliable connectivity and seamless integration. Successfully connecting people, things and processes will reduce complexity, promote the development of innovative services, and provide power for future cities.
Editor in charge ajx