Layer based security in Narrow Band Internet of Things (NB-IoT)

Jha, Rakesh Kumar; Puja,; Kour, Haneet; Kumar, Manoj; Jain, Shubha

doi:10.1016/j.comnet.2020.107592

Cited by 22 publications

(7 citation statements)

References 23 publications

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“…Although the Internet of things is still in the initial stage of development, most countries in the world have invested in a certain degree of technology, standards, application demonstrations, and business models and have achieved certain results [6]. As early as 2009, IBM launched the concept of "Smarter Planet"; the ideal effect of this solution is through the combination of a sensor network and Internet technology, changing the way of communication between people or between people and organizations to achieve thorough perception, extensive interconnection, and in-depth intelligence.…”

Section: Literature Reviewmentioning

confidence: 99%

Dynamic Synchronization Modeling and Simulation of Video Sensing Nodes Based on Internet of Things

Wang

2022

Wireless Communications and Mobile Computing

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In order to solve the dynamic synchronization problem of IoT video perception, the authors propose an abstract model DSAM based on IoT video perception. This method firstly establishes the abstract model DSAM of IoT video perception based on the π network and then analyzes the state evolution, model transition, and dynamic interaction of the model; finally, the model DSAM is used to analyze and simulate the example. The result shows that when the model DSAM is tested and verified and when the number of buffer media is 50, 100, and 200, the minimum number of underflows of the DSAM model is 2 and the minimum video data packet loss rate is 1.02; the results are better than those of the MTFSC and 3TFSC models; in addition, without synchronization control, the synchronization rate between video frames is lower than that with synchronization control. The test results show that the model proposed and established by the authors can correctly handle the dynamic synchronization of IoT video perception and has certain practical value.

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Section: Literature Reviewmentioning

confidence: 99%

Dynamic Synchronization Modeling and Simulation of Video Sensing Nodes Based on Internet of Things

Wang

2022

Wireless Communications and Mobile Computing

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“…In addition, sensor eavesdropping and firmware analysis may also be considered hardware attacks [66,67]. Considering multiple case studies, Jha et al [68] indicated that microrobots with micro-electro-mechanical systems (MEMS) can forge the data in NB-IOTs. Meng et al [48] conducted a comprehensive investigation of several new attacks on voice interfaces in an SHS and believed that the primary security threat in the physical layer should be a jamming attack, in which an adversary sends wireless signals with the same frequency as that in the target network using a high-power RF generator to interfere with or even paralyze all communications.…”

Section: ) Typical Attack Technologiesmentioning

confidence: 99%

“…NB-IoT-based bots with micro-electromechanical systems (MEMS) might be compromised for malicious actions that can pose serious threats to national security. Different security cases from the perspective of hierarchical architecture were analyzed in [68], including attacks using NB-IoT-based bots in SHS. In that study, the authors reported that the MEMS bot could effectively cheat smart devices in the network, thus ruining the security of the SHS [68].…”

Section: ) Protocol Analysis and Improvementmentioning

confidence: 99%

A Comprehensive Survey of Security Issues of Smart Home System: “Spear” and “Shields,” Theory and Practice

Yang

Sun

2022

IEEE Access

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The rapid development and wide application of the Internet of Things (IoT) and sensor technologies have produced good opportunities for the development of IoT-based smart home systems (SHSs). However, during the rapid market expansion of SHSs, security challenges associated with SHSs have become a primary concern of people because they are so closely related to people's daily lives. These security problems may damage information assets and pose a serious threat to people's health and life. This study investigates security issues in SHSs and provides a comprehensive overview of research to date. In this review, after analyzing the existing definition and concept of SHSs proposed by authoritative encyclopedias and academic literature, we propose a more accurate, elaborated definition of SHSs, analyze their architecture, extract six natural and contextual features, and summarize spears (cyber-attack means) vs. shields (countermeasures) in detail in the context of SHSs. Then, the security frameworks and evaluation technologies in SHSs are discussed. Different scenarios for technology integration and the practical research results in SHSs, such as blockchain, cloud computing, Internet of Vehicles, and AI are presented meticulously. After that, two special issues related to security are discussed. We believe that future research on SHS security should focus on four aspects: the unification of architecture, resource limitation, fragmentation, and code and firmware security. In addition, research on SHS security should be given priority over its commercialization process.

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“… Eavesdropping attack: In this type of attack, the eavesdropper captures the data transferred to the IoT node from the base station and utilizes it for further attacks. It could be prevented by keeping the IoT node isolated or by utilizing algorithmic cryptography to prevent these attacks [9].  Fake node injection: A new false node is introduced and is assigned to change the original information and share the incorrect data [10].…”

Section: Physical Layer Attacksmentioning

confidence: 99%

Modeling the impact of jamming attacks in the internet of things

Kerrakchou¹,

Chadli²,

Ayachi³

et al. 2022

IJEECS

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Security is a key requirement in the context of the Internet of Things. The IoT is connecting many objects together via wireless and wired connections with the goal of allowing ubiquitous interaction, where all components may communicate with others without constraints. The wireless sensor network is one of the most essential elements of IoT concepts. Because of their unattended and radio-shared nature for communication, security is becoming an important issue. Wireless sensor nodes are susceptible to different types of attacks. Such attacks can be carried out in several various ways. One of the most commonly utilized methods is Jamming. However, there are also some other attack types that we need to be aware of, such as Tampering, Wormhole, etc. In this paper, we have provided an analysis of the layered IoT architecture. A detailed study of different types of Jamming attacks, in a wireless sensor network, is presented. The packet loss rate, energy consumption, etc. are calculated, and the performance analysis of the WSN system is achieved. The protocol chosen to evaluate the performance of the WSN is the S-MAC protocol. Different simulations are realized to evaluate the performance of a network attacked by the different types of Jamming attacks.

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Layer based security in Narrow Band Internet of Things (NB-IoT)

Cited by 22 publications

References 23 publications

Dynamic Synchronization Modeling and Simulation of Video Sensing Nodes Based on Internet of Things

Dynamic Synchronization Modeling and Simulation of Video Sensing Nodes Based on Internet of Things

A Comprehensive Survey of Security Issues of Smart Home System: “Spear” and “Shields,” Theory and Practice

Modeling the impact of jamming attacks in the internet of things

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