Industry | Smart cities need strong data center infrastructure

According to United Nations estimates, by 2050, 68% of the world’s population will live in urban areas. More than half of India’s population is migrating to urban areas. As the Prime Minister of India launches the Smart City mission, India is taking a step towards embracing data-driven governance. Smart cities will deploy next-generation technologies for various applications, such as artificial intelligence and the Internet of Things (IoT), which will create large amounts of data while communicating with each other to improve the efficiency of various functions. This will require more bandwidth and faster connections to function, but the growth rate of residents moving to cities has exacerbated this challenge. In order to build a truly smart city, a mature data storage infrastructure, seamless connection and big data capabilities are needed to make the smart city concept successful.

Smart cities can be one of two types-green space, one requires the construction of a smart digital city from the ground up, and the other type is brownfield. These cities already exist and need to transform facilities such as sanitation, transportation, safety, energy distribution, etc. Technical infrastructure. Advanced technologies need to be effectively integrated to ensure smooth operation and uninterrupted connections. Level 3/4 data centers will be the main catalyst for the emergence of smart cities, because large amounts of data storage and processing capabilities are required to meet the needs of these cities.
According to estimates from the Economic Survey of India 2017-18, India will need US$4.5 trillion in infrastructure investment by 2040. Smart cities will embed connected sensors, IoT devices and other next-generation hardware in their infrastructure. Therefore, they must have the necessary data processing capabilities to make the information useful. Edge data centers can solve many challenges and provide what these cities need to operate effectively. These data centers will help increase data storage and speed up processing so that the technology can operate effectively.

In the smart city infrastructure, residents hope to obtain benefits through real-time information exchange. The interconnection between people, equipment, data and the network must be smooth. The creation of new automation facilities and power applications requires high-density innovation strategies to maximize productivity and increase competitiveness. Being able to store the generated data, access, analyze, and interpret the data when needed is crucial. Therefore, there is nothing wrong with believing that data centers will become an important pillar for building smart cities.
The Internet of Things is the key to the development of technology-driven cities; connected devices such as smartphones, smart parking sensors, weather sensors or security monitoring systems will be put into use to improve the quality of life in these cities. The actuator technology that supports the application of these solutions relies heavily on the data collected by these sensors. The municipality analyzes the data collected by the sensors to send commands to the interconnected utility network in the smart society. There is no doubt that a smart city blueprint based on the data generated by the Internet of Things using big data analysis and processing will rely on an infinitely flexible data infrastructure.

The success of a smart city depends to a large extent on the robustness of its supporting infrastructure. A data center with uptime reliability and scalability has priority over other factors for the effective operation of a smart city. A robust data infrastructure will provide better connectivity, reduce latency and ensure that the information needed to perform its functions is readily available. Reliability, resilience, downtime and safety are some of the main issues that need to be resolved for the smooth operation of smart cities. The edge data center will become an integral part of the entire physical infrastructure, and it will serve as a data storage and processing platform for the data being created.
Therefore, the ultra-large-scale architecture will allow city authorities to process data, resources, and service data more efficiently, because its functions are more flexible and scalable. Although it is still too early to say whether smart cities will gain their conceptualization and adoption, there is no doubt that the right data center infrastructure forms the backbone of this ambitious project. If we cultivate and invest in a sustainable and highly resilient data center to manage the data life cycle from data ingestion to data analysis, we can fully tap the potential of data marts and learn from the government’s “city as a platform concept” Benefit from it.

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