SPCL: A Smart Access Control System That Supports Blockchain

Jiaxing Wu; Nian Xue; Zhen Li; Xianbin Hong; Yilin Zhao; Xin Huang; Jie Zhang

doi:10.3390/app14072978

SPCL: A Smart Access Control System That Supports Blockchain

Jiaxing Wu, Nian Xue, Zhen Li, Xianbin Hong, Yilin Zhao, Xin Huang^*, Jie Zhang^*

^*Corresponding author for this work

School of Advanced Technology

Research output: Contribution to journal › Article › peer-review

Abstract

The access control system is a critical element in intelligent buildings. In this paper, we present SPCL, an innovative access control system designed to facilitate building entry through the use of mobile phones. Our system aims to provide a secure and convenient solution for building access, capitalizing on the widespread availability and capabilities of mobile devices. Additionally, we propose a lightweight authentication protocol to enhance security. The performance of the protocol is measured for different curves at different frequencies, proving that the protocol is more suitable for door lock systems than the benchmark protocol. In addition, we investigated the security and usability of SPCL. Finally, a comparison of the security of human-lock interfaces for smart locks and blockchain-based payment methods are discussed.

Original language	English
Article number	2978
Journal	Applied Sciences (Switzerland)
Volume	14
Issue number	7
DOIs	https://doi.org/10.3390/app14072978
Publication status	Published - Apr 2024

Keywords

access control
blockchain
intelligent building
protocol
smart lock

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10.3390/app14072978

Cite this

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title = "SPCL: A Smart Access Control System That Supports Blockchain",

abstract = "The access control system is a critical element in intelligent buildings. In this paper, we present SPCL, an innovative access control system designed to facilitate building entry through the use of mobile phones. Our system aims to provide a secure and convenient solution for building access, capitalizing on the widespread availability and capabilities of mobile devices. Additionally, we propose a lightweight authentication protocol to enhance security. The performance of the protocol is measured for different curves at different frequencies, proving that the protocol is more suitable for door lock systems than the benchmark protocol. In addition, we investigated the security and usability of SPCL. Finally, a comparison of the security of human-lock interfaces for smart locks and blockchain-based payment methods are discussed.",

keywords = "access control, blockchain, intelligent building, protocol, smart lock",

author = "Jiaxing Wu and Nian Xue and Zhen Li and Xianbin Hong and Yilin Zhao and Xin Huang and Jie Zhang",

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AU - Wu, Jiaxing

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AU - Li, Zhen

AU - Hong, Xianbin

AU - Zhao, Yilin

AU - Huang, Xin

AU - Zhang, Jie

PY - 2024/4

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N2 - The access control system is a critical element in intelligent buildings. In this paper, we present SPCL, an innovative access control system designed to facilitate building entry through the use of mobile phones. Our system aims to provide a secure and convenient solution for building access, capitalizing on the widespread availability and capabilities of mobile devices. Additionally, we propose a lightweight authentication protocol to enhance security. The performance of the protocol is measured for different curves at different frequencies, proving that the protocol is more suitable for door lock systems than the benchmark protocol. In addition, we investigated the security and usability of SPCL. Finally, a comparison of the security of human-lock interfaces for smart locks and blockchain-based payment methods are discussed.

AB - The access control system is a critical element in intelligent buildings. In this paper, we present SPCL, an innovative access control system designed to facilitate building entry through the use of mobile phones. Our system aims to provide a secure and convenient solution for building access, capitalizing on the widespread availability and capabilities of mobile devices. Additionally, we propose a lightweight authentication protocol to enhance security. The performance of the protocol is measured for different curves at different frequencies, proving that the protocol is more suitable for door lock systems than the benchmark protocol. In addition, we investigated the security and usability of SPCL. Finally, a comparison of the security of human-lock interfaces for smart locks and blockchain-based payment methods are discussed.

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KW - blockchain

KW - intelligent building

KW - protocol

KW - smart lock

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SPCL: A Smart Access Control System That Supports Blockchain

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Keywords

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