Blockchain-Enabled Privacy-Preserving Authentication Mechanism for Transportation CPS With Cloud-Edge Computing

In this article, we propose a secure and effective blockchain-enabled privacy-preserving authentication scheme for the transportation cyber-physical system (CPS) with the cloud-edge computing environment, which supports unconditional anonymity and data batch integrity verification while greatly simp...

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Published inIEEE transactions on engineering management Vol. 71; pp. 12463 - 12474
Main Authors Mei, Qian, Xiong, Hu, Chen, Yeh-Cheng, Chen, Chien-Ming
Format Journal Article
LanguageEnglish
Published IEEE 2024
Subjects
Authentication
Blockchain
Blockchains
Cloud computing
cloud-edge computing
Data privacy
Elliptic curve cryptography
pair-free ring signature
Privacy
privacy-preserving
Transportation
transportation cyber-physical system (CPS)
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Abstract In this article, we propose a secure and effective blockchain-enabled privacy-preserving authentication scheme for the transportation cyber-physical system (CPS) with the cloud-edge computing environment, which supports unconditional anonymity and data batch integrity verification while greatly simplifying key management issues. The proposed privacy-preserving authentication scheme employs an elliptic curve to construct a pairing-free ring signature scheme, which greatly reduces the resources overhead in the transportation CPS with cloud-edge computing. Moreover, the authentication process is performed on the blockchain to provide more reliable service information for vehicular communication. Furthermore, the security proof of the scheme is demonstrated based on the elliptic curve discrete logarithm problem under the random oracle model, and gives the corresponding security analysis. Finally, a simulation experiment demonstrates that the proposed scheme is feasible compared with the existing schemes.
AbstractList In this article, we propose a secure and effective blockchain-enabled privacy-preserving authentication scheme for the transportation cyber-physical system (CPS) with the cloud-edge computing environment, which supports unconditional anonymity and data batch integrity verification while greatly simplifying key management issues. The proposed privacy-preserving authentication scheme employs an elliptic curve to construct a pairing-free ring signature scheme, which greatly reduces the resources overhead in the transportation CPS with cloud-edge computing. Moreover, the authentication process is performed on the blockchain to provide more reliable service information for vehicular communication. Furthermore, the security proof of the scheme is demonstrated based on the elliptic curve discrete logarithm problem under the random oracle model, and gives the corresponding security analysis. Finally, a simulation experiment demonstrates that the proposed scheme is feasible compared with the existing schemes.
Author Chen, Yeh-Cheng
Chen, Chien-Ming
Mei, Qian
Xiong, Hu
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Snippet In this article, we propose a secure and effective blockchain-enabled privacy-preserving authentication scheme for the transportation cyber-physical system...
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StartPage 12463
SubjectTerms Authentication
Blockchain
Blockchains
Cloud computing
cloud-edge computing
Data privacy
Elliptic curve cryptography
pair-free ring signature
Privacy
privacy-preserving
Transportation
transportation cyber-physical system (CPS)
Title Blockchain-Enabled Privacy-Preserving Authentication Mechanism for Transportation CPS With Cloud-Edge Computing
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Volume 71
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