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A Reverse Sequence Hash Chain-based Access Control for a Smart Home System

机译:基于逆序列哈希链的智能家居系统访问控制

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As a smart home system utilizes a machine learning technology, intelligent and user-friendly smart home systems will be trends more and more. However, since a consumer home generally consists of various IoT-devices which are with different capabilities and from different vendors each other, it is difficult to apply centralized high performance security solutions to their smart home systems. A blockchain system, a decentralized authentication solution, is spotlighted as an alternative. However, since a blockchain system needs high resources for its mining process, to apply a blockchain technology to a smart home system, it is needed to improve such a high resource problem. This paper presents a reverse sequence hash chain based authentication scheme for a smart home. Since this authentication system needs small numbers of hash value computation to compute the solution of POW, a user can build a authentication system of his smart home without using a centralized and heavy security system like PKI.
机译:随着智能家居系统利用机器学习技术,智能和用户友好型智能家居系统将成为越来越多的趋势。但是,由于消费者家庭通常由各种具有不同功能且互不相同的供应商的IoT设备组成,因此很难将集中式高性能安全解决方案应用于其智能家庭系统。区块链系统,一种去中心化的身份验证解决方案,作为替代方案而受到关注。但是,由于区块链系统在其挖掘过程中需要大量资源,因此要将区块链技术应用于智能家居系统,需要改善这种高资源问题。本文提出了一种基于反向序列哈希链的智能家居认证方案。由于此身份验证系统需要少量的哈希值计算来计算POW的解决方案,因此用户无需使用像PKI这样的集中式重型安全系统就可以构建其智能家居的身份验证系统。

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