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Security, privacy and trust in the IoT environment

机译:IOT环境中的安全,隐私和信任

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摘要

I was pleased to review this book, edited by Zaigham Mahmood. The book is divided into two parts. The first part elaborates on different technologies and frameworks for security and privacy in the Internet of Things (IoT), whereas the second part explains privacy and trust in IoT with respect to two different applications: healthcare and the Internet of Vehicles (IoV). Chapter 1 describes SCADA-based security challenges and vulnerabilities. It does not provide detailed solutions. However, it is a good introduction to SCADA requirements. Chapter 2 explains energy-perceptive authentication in a virtual private network (VPN). Energy-aware techniques are useful for IoT devices because of their inherent resource-constrained environment. This chapter explains the mathematical model of the proposed system and elaborates its functionality. Chapter 3 explains security threats with radio-frequency identification (RFID)-based IoT Systems. The chapter describes different kinds of attacks and explains how delegating computation to a server or a cloud can mitigate these attacks. Chapter 4 is based on theoretical information related to cyber threats and intelligence. This chapter does not contain any descriptive examples; however, it is useful in understanding the requirements and modeling of cyber threats.
机译:我很高兴地审查这本书,由Zaigham Mahmood编辑。这本书分为两部分。第一部分详细说明了物联网(物联网)的安全和隐私的不同技术和框架,而第二部分则对两个不同的应用解释了IOT中的隐私和信任:医疗保健和车辆互联网(IOV)。第1章描述了基于SCADA的安全挑战和漏洞。它没有提供详细的解决方案。但是,这是对SCADA要求的良好介绍。第2章解释了虚拟专用网络(VPN)中的能量感知身份验证。由于其固有的资源受限环境,能量感知技术对IOT设备非常有用。本章介绍了所提出的系统的数学模型,并阐述其功能。第3章解释了基于射频识别(RFID)的IOT系统的安全威胁。本章介绍了不同类型的攻击,并解释了将委派对服务器或云的计算​​如何减轻这些攻击。第4章基于与网络威胁和智力相关的理论信息。本章不包含任何描述性示例;但是,它对了解网络威胁的要求和建模。

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  • 来源
    《Computing reviews》 |2020年第12期|378-378|共1页
  • 作者

    Jawwad Shamsi;

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