A Security Integrated Attestation Scheme for Embedded Devices

Jiangnan Lin, Qiuxin Wu
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Abstract

With the development of the Internet of Things, embedded devices have become increasingly frequent in people's daily use. However, with the influx of a huge amount of heterogeneous embedded devices, its security has become an important issue. To face with such problems, remote attestation is undoubtedly a suitable security technology. Nevertheless, traditional remote attestation is limited to verifying the performance of devices as large and heterogeneous devices enter daily life. Therefore, this paper proposes a many-to-one swarm attestation and recovery scheme. Besides, the reputation mechanism and Merkel tree measurement method are introduced to reduce the attestation and recovery time of the scheme, and greatly reducing the energy consumption.
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嵌入式设备安全集成认证方案
随着物联网的发展,嵌入式设备在人们的日常使用中越来越频繁。然而,随着大量异构嵌入式设备的涌入,其安全性已成为一个重要问题。面对这样的问题,远程认证无疑是一种合适的安全技术。然而,随着大型异构设备进入日常生活,传统的远程认证仅限于验证设备的性能。为此,本文提出了一种多对一的群体认证与恢复方案。此外,引入信誉机制和默克尔树测量方法,减少了方案的认证和恢复时间,大大降低了能耗。
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