物联网设备的分散和可扩展安全性

Munkenyi Mukhandi
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引用次数: 1

摘要

物联网技术的进步带来了巨大的好处,不幸的是,物联网的采用也导致攻击面增加,从而加剧了安全风险。因此,不同类型的物联网智能设备已成为许多备受瞩目的网络攻击的主要目标。为了防范虚假物联网节点和身份盗窃等威胁,物联网需要可扩展和弹性的设备认证管理。与现有的不适合大量设备的物联网设备认证机制相反,我的研究重点是去中心化和分布式安全机制,这些机制将改进现有的协议,如Oauth2、GDOI和GNAP。
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Decentralised and Scalable Security for IoT Devices
Advancements in IoT technology has provided great benefits, unfortunately, IoT adoption also causes an increase in the attack surface which intensify security risks. As a consequence, different types of IoT smart devices have become the main targets of many high-profile cyber-attacks. To safeguard against threats such as introduction of fake IoT nodes and identity theft, the IoT needs scalable and resilient device authentication management. Contrary to existing mechanisms for IoT device authentication which are unsuitable for huge number of devices, my research focuses on decentralised and distributed security mechanisms that will improve current protocols such as Oauth2, GDOI and GNAP.
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