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“addressing Cybersecurity Challenges In The Converging Gas And Electricity Infrastructure”

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By Esra Altulaihan Esra Altulaihan Scilit Preprints.org Google Scholar 1, Mohammed Amin Almaiah Mohammed Amin Almaiah Scilit Preprints.org Google Scholar 1, 2, * and Ahmed Aljughaiman Ahmed Aljughaiman Scilit Preprints.org Google Scholar 1

Received: 26 September 2022 / Revised: 11 October 2022 / Accepted: 14 October 2022 / Published: 16 October 2022

Three Promising Solutions To Mitigate Cyberattacks

(This article belongs to Special Issue Internet of Things (IoT) in Smart Cities: Latest Advances and Prospects)

The Internet of Things (IoT) connects physical and virtual objects embedded with sensors, software and other technologies, which exchange data using the Internet. This technology allows billions of devices and people to communicate, share data and customize services to make our lives easier. Despite the many advantages offered by IoT, it can also represent a critical problem due to the lack of information security. As the number of IoT devices has increased rapidly worldwide, they have become a target for many attackers, who try to steal sensitive information and compromise people’s privacy. As part of the IoT environment, data and services should be protected with features such as confidentiality, accuracy, integrity, authentication, access control, availability and privacy. Cybersecurity threats are unique to the Internet of Things, which has unique characteristics and limitations. With this in mind, a number of threats and attacks against IoT are launched daily. Therefore, it is important to identify these types of threats and find solutions to reduce their risk. Therefore, in this article we have reviewed and identified the most common threats in the IoT environment, and we classified these threats based on three layers of IoT architecture. In addition, we discussed the most common countermeasures to control the IoT threats and mitigation techniques that can be used to mitigate these threats by reviewing the related publications, as well as analyzing the popular application layer protocols used in IoT environments and their security risks and challenges.

Today, the Internet of Things (IoT) is considered one of the most advanced technologies in the world [1]. IoT is a term used to refer to the network of all physical devices connected to the Internet. It refers to computer devices that are web-enabled and capable of detecting, collecting and transmitting data. There are a number of applications for IoT, including the ability to remotely control appliances [2]. Through IoT, everything is connected to the Internet. IoT is set to revolutionize the way we live. It is now a thriving industry. According to analysts, the growth of IoT products and services is expected to accelerate in the next few years. IoT involves networked objects that can communicate their data across systems and servers, and their data can be controlled.

In IoT, objects, networks and people communicate using conscious and/or unconscious actions. By automating and reducing human input, the IoT differs from the Internet, which relies on human input to run. In a wide range of areas, such as supply chain management, social media, medicine and energy consumption (eg smart health devices), IoT has created opportunities for social and economic interaction.

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IoT has become an integral part of society; therefore, it is important that these devices provide adequate security. With the increase in digitization, much of the user’s data is available on these devices, making the development of a secure device more important than ever. Since internet-enabled devices are easier to hack, securing data is the biggest concern in any system [2].

IoT systems are unique when it comes to security vulnerabilities due to their complexity and heterogeneity of technology and data [3]. Addressing IoT security issues is therefore critical. Data and services provided in the IoT environment must be protected with features such as confidentiality, accuracy, integrity, authentication, access control, availability and privacy. In terms of cybersecurity threats, IoT has unique characteristics and limitations. Because of this, a number of attacks and threats appear every day in relation to IoT [4]. Therefore, we need to learn about the threats that this technology poses and find solutions to reduce the risk. Knowing the types of attacks that can be made, as well as the techniques used to defend against them, is important [3].

People and organizations are experiencing a wide range of problems due to widespread and ever-increasing cyber security attacks against IoT systems. Cyber ​​attacks have grown rapidly, in part due to the proliferation of IoT technologies in areas such as smart grids, environmental monitoring, patient monitoring systems, smart manufacturing and logistics. IoT presents security challenges due to the dynamic and transient nature of the connections between devices, the diversity of actors capable of interacting within IoT systems, and the limited resources available [5]. As a result, we require special cyber security techniques to protect our systems and devices to ensure that our information is secure. Therefore, this study aimed to:

Several literature reviews have been conducted in the context of cybersecurity in IoT networks to identify the security vulnerabilities of IoT technologies and propose solutions to mitigate them. For example, Obaidat et al. [6] provided an overview of IoT application areas, security architecture frameworks and security issues, as well as review of recent security and privacy studies. In addition, Elbekali [7] conducted a systematic literature review, which presents an in-depth analysis of the security of IoT, considering the generic layered architecture and their security issues and solutions. In a recent study conducted by Albalawi and Almaiah [8], they assessed and identified the major cybersecurity attacks in IoT environments, as well as presented the main mitigation techniques that can be useful in IoT networks. In addition, Ghazal et al. [9] highlighted the most important IoT security systems by identifying the main issues and countermeasures that need to be considered in IoT systems. The study focused on analyzing the various cyber security countermeasures for the various types of threats to protect the data loss in IoT-based systems to ensure information security. In another literature review study, Abdullahi et al. [10] classified the types of cybersecurity attacks in IoT based on artificial intelligence techniques. The researchers found that two types of AI algorithms, namely support vector machines (SVM) and random forest (RF), are among the most widely used methods, due to high accuracy detection. Nevertheless, our review article differs from other articles in this area because it covers a wide range of topics related to IoT security. This study will define the overall architecture of the IoT system. In addition, this article will explore the threats associated with the IoT environment, as well as classify the threats at each of the three layers of the IoT architecture. In addition to analyzing the popular application layer protocols used in IoT environments and their security risks and challenges. In addition, this study discusses which countermeasure methods can be used in such environments. Additionally, it outlines and discusses some techniques to mitigate risks in IoT. This study aims to raise awareness of IoT security and improve it. In addition, this article will help raise awareness among individuals and organizations who have been or may become victims of cybercrime due to their use of IoT technologies. Table 1 presents a comparison of details from other related studies with our study in the context of IoT. Our systematic review will provide an in-depth analysis with future recommendations regarding cybersecurity risks and challenges and countermeasures in IoT networks and various security issues in IoT application layer protocols.

Solving Real World Challenges With Sase

Section 3 analyzes security issues in IoT application layer protocols. Section 4 describes the research methodology. In section 5, related works are discussed. Section 6 summarizes the results. Section 7 concludes and discusses future research.

There is no universally accepted IoT architecture. Researchers have proposed different architectures. Several authors have proposed that the IoT architecture can be divided into three layers [8], as shown in figure

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