Operating Systems for Internet of Things

Chandra, Tej Bahadur; Verma, Pushpak; Dwivedi, Ananya

doi:10.1145/2905055.2905105

Cited by 22 publications

(7 citation statements)

References 12 publications

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“…It supports various connectivity technologies such as Bluetooth, Wifi and Zigbee IP with intergration of IP end to end security for IP6 and IP4 [88]. ARM mbed OS implements a software hypervisor to protect against malware and data leaks among modules of the same program [89].…”

Section: Platforms and Iot Malwarementioning

confidence: 99%

Internet of Things Malware : A Survey

Karanja¹,

Masupe²,

Jeffrey³

2017

IJCSES

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Section: Platforms and Iot Malwarementioning

confidence: 99%

Internet of Things Malware : A Survey

Karanja¹,

Masupe²,

Jeffrey³

2017

IJCSES

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“…Similarly, IoT Operating Systems (OS) are detailed and compared [24,30]. Bujari [26] considers current challenges including interoperability, security, privacy, and business models.…”

Section: Related Workmentioning

confidence: 99%

Internet of Things: Evolution and technologies from a security perspective

Ande

Adebisi

Hammoudeh

et al. 2020

Sustainable Cities and Society

121

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In recent years, IoT has developed into many areas of life including smart homes, smart cities, agriculture, offices, and workplaces. Everyday physical items such as lights, locks and industrial machineries can now be part of the IoT ecosystem. IoT has redefined the management of critical and non-critical systems with the aim of making our lives more safe, efficient and comfortable. As a result, IoT technology is having a huge positive impact on our lives. However, in addition to these positives, IoT systems have also attracted negative attention from malicious users who aim to infiltrate weaknesses within IoT systems for their own gain, referred to as cyber security attacks. By creating an introduction to IoT, this paper seeks to highlight IoT cyber security vulnerabilities and mitigation techniques to the reader. The paper is suitable for developers, practitioners, and academics, particularly from fields such as computer networking, information or communication technology or electronics. The paper begins by introducing IoT as the culmination of two hundred years of evolution within communication technologies. Around 2014, IoT reached consumers, early products were mostly small closed IoT networks, followed by large networks such as smart cities, and continuing to evolve into Next Generation Internet; internet systems which incorporate human values. Following this evolutionary introduction, IoT architectures are compared and some of the technologies that are part of each architectural layer are introduced. Security threats within each architectural layer and some mitigation strategies are discussed, finally, the paper concludes with some future developments.

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“…], a well known hardware platform that has been used in both academic research activities and industrial deployments over the latest ten years [19, 20, 21, 22]. OpenWSN [23, 24] is an open source software solution for IoT devices [25]. It is an implementation of the Internet Engineering Task Force 6TiSCH protocol stack [26, 27] and relies on routines specifically written to provide two sets of functionalities: (i) executing communication tasks through IoT devices and (ii) monitoring the IoT network activities while granting its connection to the whole Internet.…”

Section: Problem Statement and Experimental Setupmentioning

confidence: 99%

Robotic‐aided IoT: automated deployment of a 6TiSCH network using an UGV

Valecce

Micoli

Boccadoro

et al. 2019

IET wirel. sens. syst.

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The automated setup of Internet of things (IoT) systems in industrial environments is an open challenge at the forefront of networking and robotics domains. In this study, a robotic-aided deployment system is proposed and experimentally tested with reference to the Internet protocol version 6 technology. To this end, a design methodology has been conceived to attain the setup of a fully connected time-slotted channel hopping network in a target area, based on the measured received signal strength indication of wireless links, required spatial sensing resolution, and number of available IoT nodes. To demonstrate the effectiveness of the proposed methodology, an experimental test bed has been set up, consisting of an unmanned ground vehicle (UGV) that automatically deploys an IoT network in a laboratory environment. Experimental results clearly show that the UGV is able to deploy a fully connected 6TiSCH network that match spatial resolution requirements, highlighting how the proposed policy affects the position of IoT nodes release points.

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Operating Systems for Internet of Things

Cited by 22 publications

References 12 publications

Internet of Things Malware : A Survey

Internet of Things Malware : A Survey

Internet of Things: Evolution and technologies from a security perspective

Robotic‐aided IoT: automated deployment of a 6TiSCH network using an UGV

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