Single-Sign-On in Smart Homes using Continuous Authentication

Jonathan Liebers, Nick Wittig, Simon Janzon, Pedram Golkar, Hakeem Moruf, Wilfried Forentin Wakeu Kontchipo, Uwe Gruenefeld, Stefan Schneegass
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Abstract

Modern ubiquitous computing environments are increasingly populated with smart devices that need to know the identity of users interacting with them. At the same time, the number of authentications that a user needs to perform increases, as nowadays devices such as smart TVs require authentication which was not the case in earlier times. Even for single-person households, the need to authenticate against present smart devices in the environment appears at regular intervals, ranging from TVs to voice assistants, to gaming consoles. To reduce the need for repeated authentication, we explore the concept of a system that allows the sharing of users’ authenticated identity information between smart devices, similar to the concept of Single-Sign-On on the internet. Following a preliminary field study, we show that such a system can decrease the number of necessary authentications in a ubiquitous computing environment by 84.4%, increasing usability and security.
使用连续身份验证的智能家居单点登录
现代无处不在的计算环境越来越多地充斥着智能设备,这些设备需要知道与它们交互的用户的身份。与此同时,用户需要执行的身份验证次数也在增加,因为现在的智能电视等设备需要身份验证,而这在以前是不可能的。即使是单身家庭,也需要定期对环境中现有的智能设备进行身份验证,从电视到语音助手,再到游戏机。为了减少重复身份验证的需要,我们探索了一种系统的概念,该系统允许在智能设备之间共享用户的身份验证信息,类似于互联网上的单点登录概念。经过初步的实地研究,我们表明,这样的系统可以减少84.4%的必要的身份验证在无处不在的计算环境中,提高可用性和安全性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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