Adaptability of IoT and Cloud for Enabling the Smart City: Applications and Challenges

Adaptability of IoT and Cloud for Enabling the Smart City: Applications and Challenges

Archana Sharma, Prateek Jain
DOI: 10.4018/979-8-3693-0744-1.ch004
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Abstract

The ‘smart city' notion places a lot of emphasis on using information and communication technologies to boost connectedness and quality of life and effectiveness of various local authorities (ICT). Smart city services stimulate the practice of cloud- and IoT-based services that have included actual web applications that make use of sensors, smart phones, and RFIDs. Cloud platforms besides the IoT persist the two ICT models that are currently dealing the greatest influence on the Industrial IoT as well. Both concepts significantly influence the way it has developed and put into practice applications and smart city solutions. The first phase of this study highlights key features of IoT and Cloud along with smart city applications. Further in the second phase the research investigates the confluence of cloud platforms with IoT to build up the smart city besides various challenges associated in smart city implementation. Lastly, the research focuses on the smart cities' requirement for cloud-based IoT applications and provides the future direction in adaptability of smart city.
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Introduction

Smart city aims in improving the niche of services provided to citizens while lowering operating expenses for the utilization of government money by the public sector more efficiently. Cities are required to collect information about their surroundings, infrastructure, events, and residents to serve smart services. Its primary facilitators and drivers are the IoT & Cloud computing. An IoT is a collective global IT platform that connects networked objects and unified networks & is a critical concept in the developing internet. Virtualization comes in two flavors: ones that involve and don't involve people. It gets rather taxing managing such an excess of data. As a result, IoT applications are widely employed in diversified industries which includes education, healthcare, agriculture, and smart cities. It uses various approaches to collect cloud and sensor data, which is then cleaned, processed, and analyzed. Smart cities tend to use many digital and physical devices for data collection. A city's performance is enhanced because of the data these sensors gather, and the information received from such devices is successfully used to manage resources, assets, and revenues, among other things.

Cloud-based IoT apps may enable smart cities by processing and analyzing data from users, devices, and various sources for the management and monitoring of water supply systems, energy utilities, waste management, criminal detection, security systems, competency, digital libraries, healthcare facilities, environmental monitoring, traffic services, and other opportunities. IoT thus enables the development of fully novel smart city facilities besides the transformation of current city services into smart services. This is made possible through Big Data, IoT & Cloud for various enhancements. By providing public cloud services, service providers enable third parties to apprise the IoT environment and integrate IoT data into IoT-enabled electrical devices.

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