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Iot Vulnerabilities And Their Contribution To Widespread Phone Security Breaches.

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Iot Cybersecurity: How Trust Can Unlock Value

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By Charles Wheelus Charles Wheelus Scilit Preprints.org Google Scholar * and Xingquan Zhu Xingquan Zhu Scilit Preprints.org Google Scholar

How Iot Governance Can Help Address Data Privacy And Security Concerns

Received: August 25, 2020 / Revised: October 4, 2020 / Accepted: October 13, 2020 / Published: October 19, 2020

The recent explosive growth of the Internet of Things (IoT) has accelerated the pace of integration and expanded the reach of the Internet from computers, tablets and phones to countless devices in our physical world. Powered by IoT, the Internet is becoming more integrated into everyday life with each passing day. While IoT devices provide endless new possibilities and make life more convenient, they also greatly increase the ability of bad individuals, criminal organizations, and even state actors to spy on and disrupt unsuspecting users of IoT systems. As the coming crisis grows, there is a growing need for data-driven approaches to address these issues, and current research shows that predictive models trained with machine learning algorithms have great potential to alleviate some of these issues. In this paper, we first apply an analytical approach to review the security risks associated with IoT systems, and then propose a machine learning-based solution to characterize and detect IoT attacks. We use a real IoT system with secured gateway access as a platform and present the IoT system in detail, including features to catch system security threats/attacks. Using nine months of collected data as a test bed, we evaluate the effectiveness of predictive models trained with machine learning and propose design principles and a loose framework for implementing secure IoT systems.

As both cloud-based and on-premise information services have become staples of modern life, a new class of services, the Internet of Things (IoT), is emerging, increasing our dependence on Internet technology to a far greater extent than one might imagine. just a decade ago. IoT services enable communication between everyday devices such as home appliances, consumer devices, industrial controls, sensors and almost any device you can imagine. By interacting with more traditional Internet-connected devices such as servers and routers, these IoT systems and services provide a greater degree of automation and functionality than previously possible. While still in its infancy, the IoT market is expected to reach $520 billion by 2021, up from $235 billion in 2017 [1]. Other estimates predict it will top $1.5 trillion by 2025 [2].

Iot 2021 In Review: The 10 Most Relevant Iot Developments Of The Year

While IoT products and services clearly promise to provide tremendous benefits, it should be clear that the security risks associated with Internet connectivity are a cause for concern. It is known that many threats exist on the Internet, and extending this connectivity to everyday devices increases the reach of those threats as well.[3] Furthermore, in addition to being exposed to malicious actions by bad actors, the possibility that IoT services may become ineffective or fail to function in poor internet conditions, either as a result of network segment failures or other technical problems, creates additional concerns for those who may depend on IoT products and services. In 2017 alone, the number of attacks against IoT devices increased by 600 percent[4], highlighting both the increased interest of attackers in compromising IoT systems and the need for increased efforts to secure IoT systems.

Intuitively, internet security is not a new topic. Since the Internet has been commercially available, security incidents have been widely reported. In 1971, Bob Thomas is credited with writing the first computer worm [5]. It was an innocent demonstration of a concept whose methodology caused the collapse of the Internet more than a decade later. In 1989, Robert Morris, then a graduate student at Cornell, released his computer worm, which Morris claimed was an experiment gone wrong, resulting in the internet being largely down for days [6]. Since then there have been countless attacks on the Internet. Unfortunately, as we depend more and more on the Internet in our daily lives, these attacks continue to pose a growing threat to the reliability and fidelity of services running on the Internet. The emergence of the Internet of Things raises the bar in terms of threat potential. Attacks target not only business and critical infrastructure, but increasingly also everyday objects such as appliances, sensors, door locks, video cameras and the whole range of devices that are now connected to the Internet. While the security issues of the early Internet may have been problematic, in some ways they were isolated from the web. These challenges are much more present in the real world today than in the past.

While estimates vary widely [2, 7], it is conservatively estimated that the number of Internet connected IoT devices will increase to approximately 25 billion by 2025 [2]. It is worth noting that IoT devices currently exceed all human internet connections such as computers and mobile phones [ 7 ]. This trend is expected to lead to an IoT market size of more than $2 trillion by 2023. However, this also means much greater opportunities for malicious people who want to exploit this growing market. The causes of these inherent vulnerabilities range from the carelessness of vendors rushing to bring products to market, to sophisticated coding schemes designed to circumvent traditional security methods. Computing power has enabled increasingly effective brute-force attacks, and the willingness of criminal enterprises to hijack online computing resources has given rise to a new generation of botnets with a wide range of options for creating ill-gotten wealth. At the same time, security concerns usually fade into the background. These factors are a major cause of concern for security personnel tasked with protecting the digital infrastructure we depend on.

Iot Security Threats And Solutions

Examples of IoT attacks: Of the many documented high-profile IoT attacks, Stuxnet [8] is probably the best known. It was probably created by US and/or Israeli intelligence. In 2010, Stuxnet managed to seriously damage equipment used by Iran to enrich nuclear materials. In 2015, a pair of hackers demonstrated the ability to remotely break into the control systems of the Jeep Cherokee [9], leading to a mass recall by the company to patch the vulnerability, which brought them to the attention of the industry. In late 2016, the founders of a distributed denial of service (DDoS) protection company released Mirai, a virus that targets a specific brand of microprocessor and exploits default credentials [10]. In 2017, the FDA voluntarily recalled nearly half a million pacemakers due to concerns about vulnerabilities in the devices that could allow hackers to customize them [11]. These are just a few examples of IoT security issues that have been widely reported.

Network and cyber security techniques and methodologies have been developed and used for some time. Not only are IoT systems vulnerable to most, if not all, existing threats, but they also present new security issues due to several factors. Here we briefly summarize the three main challenges facing IoT systems:

In light of these concerns, much thought and effort has been put into better understanding and defining the challenges presented by this emerging paradigm, with the hope that these efforts will result in a more unified way of considering and solving IoT problems. This laudable goal may prove difficult given the wide range of IoT-enabled devices and systems that continue to proliferate at a rapid pace. This challenge is exacerbated by our increased reliance on IoT systems and the threats posed by the factors mentioned above. With this in mind, it is clear that IoT security implementation needs to be carefully considered.

What Is The Internet Of Things? Ultimate Guide To Iot

In this paper, we propose to analyze the security of IoT networks and design a data protection framework for IoT systems. Our primary goal is twofold: (1) to provide reasonable insights into the threats and risks of IoT networks so that researchers and

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