Multi-Layer Security Framework for IoT Devices

Alexandru Vochescu, Ioana Culic, Alexandru Radovici
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Abstract

One of the most engaging domains in the IT technology is represented by the Internet of Things (loT) area. IoT solution are more and more present in our lives: from the daily-use devices such as smart watches or rings, to more peculiar applications such as smart tables or smart home fragrances. As a result of this development, IoT technologies can become intrusive as they have access to a lot of our personal data and are able to control an increasing number of aspects of our lives. As a result, IoT is currently viewed by many individuals and companies from a security issue perspective. Many of the security threats related to the IoT technologies come from the way software and applications are implemented or from the programming frameworks used. What is more, as the applications become increasingly complex and the hardware devices increasingly constrained, many security mechanisms cannot be applied. The purpose of this paper is to present a multi-layer secure framework dedicated to hardware-constrained devices.
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物联网设备的多层安全框架
物联网(loT)是IT技术中最具吸引力的领域之一。物联网解决方案越来越多地出现在我们的生活中:从日常使用的设备,如智能手表或戒指,到更特殊的应用,如智能桌子或智能家居香水。由于这种发展,物联网技术可能会变得具有侵入性,因为它们可以访问我们的大量个人数据,并能够控制我们生活中越来越多的方面。因此,物联网目前被许多个人和公司从安全问题的角度看待。与物联网技术相关的许多安全威胁来自软件和应用程序的实现方式或所使用的编程框架。此外,随着应用程序的日益复杂和硬件设备的日益受限,许多安全机制无法应用。本文的目的是提出一个专用于硬件受限设备的多层安全框架。
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