Home IoT Authority Control Method Based on DID Auth

Jae-Ho Choi, Junhong Im, Hae-Jun Song, Ki-Hyung Kim
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Abstract

The Home IoT device market is expanding rapidly, which has led to the increasing adoption of these devices in the home. However, IoT devices have long been challenged by various vulnerabilities and pose unique security challenges compared to other devices. This paper aims to redefine the process of entering the Home IoT environment by leveraging Decentralized Identifier(DID) authentication, and proposes a comprehensive approach to using Verifiable Credential(VC) and Verifiable Presentation(VP) to control access from outsiders like visitors. Through security analysis, this paper also highlights how these authentication and permission controls address traditional vulnerabilities and provide improved security over traditional IoT authentication methods. The results of this study shed light on the significant impact this methodology can have on the security of the Home IoT environment.
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基于DID认证的家庭物联网权限控制方法
家庭物联网设备市场正在迅速扩大,这导致这些设备在家庭中的采用越来越多。然而,与其他设备相比,物联网设备长期以来一直受到各种漏洞的挑战,并构成独特的安全挑战。本文旨在通过利用分散式标识符(DID)身份验证来重新定义进入家庭物联网环境的过程,并提出了一种使用可验证凭证(VC)和可验证演示(VP)来控制访客等外部访问的综合方法。通过安全性分析,本文还强调了这些身份验证和权限控制如何解决传统的漏洞,并提供比传统物联网身份验证方法更高的安全性。这项研究的结果揭示了这种方法对家庭物联网环境安全的重大影响。
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