Abstract

The Internet of Things (IoT) is increasingly becoming a major component of contemporary societies and the next stage of the Internet’s development. Its applications have touched several aspects of our lives, including health, economy, technology, education, environment, and transport. In addition, recent research shows that interest in the IoT is increasing, driven by the potential benefits that it brings, such as improving efficiency and productivity, saving time and effort, staying connected, better health services and care, improved safety and security, automation and control among other benefits. However, despite these advantages and due to the infancy of the IoT, research around this topic is still evolving, and more needs to be done to understand this paradigm of technology. This paper aims to review current applications and challenges associated with its adoption. It provides insights into current applications of the IoT in different domains, including smart cities, health care, smart agriculture, smart water management, retail, logistic and product lifetime management, smart living, public safety and environmental monitoring, and the IoT for physically challenged persons. Concerning the challenges, the study discusses issues related to confidentiality, security, and privacy, data management, machine-to-machine communication, interoperability, reliability, availability and robustness, technological architecture issues, and standardization. Finally, the study concludes with a summary of the findings and suggestions for future research.

Highlights

  • Index (VNI) forecast estimates that there will be more than 12 billion connected mobile devices across the world by 2022, up from nine billion today (Dhanda et al, 2019).The Internet is continuously developing as expected, but recently it has developed additional than merely a connected grid of workstations, but a network of many devices (Husein, 2019)

  • This paper aims to review current applications and challenges associated with Internet of Things (IoT) adoption

  • An artificial intelligence (AI) collective using the IoT has the ability to report on important challenges modeled by some city groups, which consist of traffic organization, healthcare, energy disasters, and several other issues

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Summary

Introduction

Index (VNI) forecast estimates that there will be more than 12 billion connected mobile devices across the world by 2022, up from nine billion today (Dhanda et al, 2019). Appliances such as smartphones, vehicles, industrial systems, healthcare appliances, cameras, toys, buildings, home appliances, industrial systems, and countless others can all make up part of the information shared in excess of the Internet. The IoT is projected to continue expanding its influence, which will affect the appliances and utilities that it can track This is obvious from the uncertainty in the appearance of ‘things,’ which makes it challenging to plan the increasing limits of the IoT (Husein, 2019). With Security, Analytics, and management Fig. 1: IoT as a network of network (Husein, 2019)

Prospective application domains of IoT
Smart cities and urbanization
Medical care
Agriculture sector
Smart water management
Smart living
Public safety and environmental monitoring
IoT for physically challenged persons
IoT challenges
Data management
Machine-to-machine communication and messaging
Interoperability
Technological architecture issues
Standardisation
Findings
Conclusion
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