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    BAKP: A Blockchain-Assisted Anonymous Authentication and Key Agreement Protocol for Secure Internet of Vehicle

    10.1109/TVT.2025.3605802
    2025-09-03
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    Abstract

    Abstract

    En 中文
    Authentication in the Internet of Vehicles (IoV) is challenged by significant communication delays and risks of attacker intrusion, attributed to the high mobility of vehicles. Current authentication schemes often fail to fully address the reliability of Road Side Units (RSUs) and typically overlook issues related to single points of failure. Additionally, these schemes do not adequately consider secure and efficient handover authentication during vehicle access, leading to increased computational and communication costs. To overcome these limitations, we introduce BAKP, a blockchain-assisted anonymous authentication and key agreement protocol designed specifically for IoV contexts. BAKP enables secure access authentication for vehicles connecting to network services, even in scenarios where RSUs are semi-trusted. When the vehicles re-request network services, the RSUs bypass the authentication center and directly query the blockchain-recorded authentication results, thereby streamlining the handover process. The protocol also supports the revocation of pseudo-identities and enhances the transparency in tracing malicious entities. We performed a provable security analysis of BAKP using the Standard Model, along with formal security evaluations employing Colored Petri Nets (CPN) and the Dolev-Yao attacker model. Our results confirm that BAKP is robust against all relevant attacks and demonstrate its efficiency through comprehensive performance evaluations.
    Keywords:
    Internet of vehicles
    handover authentication
    colored petri nets
    blockchain
    formal evaluation
    Journal

    Journal

    IEEE Transactions on Vehicular Technology cover
    IF:
    7.1
    Papers: 1.7W
    Citations: 6.5W
    Researchers

    Researchers

    Z
    Zheng Lu
    H-index:
    7
    Papers: 32
    Citations: 185
    T
    Tao Feng
    H-index:
    19
    Papers: 170
    Citations: 1.9K
    C
    Chunhua Su
    H-index:
    37
    Papers: 373
    Citations: 5.6K
    Organization

    Organization

    U
    university of aizu
    Scholars:
    18
    Papers: 11
    Citations: 0
    L
    lanzhou university of technology
    Scholars:
    1.1W
    Papers: 6.5K
    Citations: 1
    Cited Papers

    Cited Papers

    Citing Papers

    Citing Papers