BEPHAP: A Blockchain-based Efficient Privacy-Preserving Handover Authentication Protocol with key agreement for Internet of Vehicles

Xie, Xianwang; Bin, Wu; Hou, Botao

doi:10.1016/j.sysarc.2023.102869

Cited by 8 publications

(2 citation statements)

References 30 publications

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“…In this approach, unnecessary repeated re-authentication can be prevented and can cater access control having fine granularity with private and anonymous handover [20][21]. Furthermore, frameworks such as BEPHAP facilitates anonymous handover authentication with the aid of cryptographic methods [22]. Secondly, blockchains can facilitate privacy preserving location management with the aid of additional encryption techniques and by providing certificates.…”

Section: Article Historymentioning

confidence: 99%

“…Mesh blockchain with proof of space consensus approach is utilized preserving energy for context-aware authentication and handover with the aid of Markov decision process within networks sliced using generative adversarial networks while balancing load by the software-defined controllers known as SliceBlock [83]. BEPHAP is a computationally efficient and anonymous handover authentication framework in inter-domain by utilizing blockchain and cryptography designed for internet of vehicles that is resistant to security attacks [22].…”

Section: Blockchain-grounded Energy Efficient Handovermentioning

confidence: 99%

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A Review on Deploying Blockchain Technology for Network Mobility Management

Wijesekara

2024

International Transactions on Electrical Engineering and Comput

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In wireless mobile networks, Mobility Management (MM) is a critical aspect that involves different tasks such as handover management, location management, offloading, resource allocation, and others. Blockchain platform comprising of an array of linked blocks innately supports the incorruptibility, sustaining the authenticity, and sustain pseudonymous privacy. Traditional MM is centralized, in contrast to blockchain-grounded MM that is partially or fully decentralized in its approach. As the inaugural researchers to review on blockchain-grounded MM, we are proud to cluster the blockchain-grounded MM concept under 7 clusters and closely study each framework with respect to different aspects such as blockchain specific parameters, MM specific parameters, network parameters, and more. We gathered a sample of 92 source references by curating the articles for eligibility criteria examined from electronic archives utilizing a comprehensive and enduring way. Grounded on this inspection, blockchain-grounded MM reinforces the overall security, trust, and privacy of location management and resource allocation, blockchain-grounded secure handover, facilitating registration and authentication, automatic MM utilizing smart contracts, reducing vulnerabilities, repairing low quality data, coordination, fair scheduling, in offloading, and blockchain-grounded resource allocation. Close studying proves that out of blockchain grounded MM frameworks, 37.5% utilize blockchain grounded secure handover, 92.5% utilize simple blockchain architecture, 32.5% utilize PoW consensus, 100% distributed MM, 97.5% host grounded MM, 95% packet reordering tolerant MM, 52.5% QoS aware MM, and 12.5% proposed for 5G networks. Finally, we present the openings and obstructions of the concept of blockchain-grounded MM and then catering surmounting advices.

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Section: Article Historymentioning

confidence: 99%

Section: Blockchain-grounded Energy Efficient Handovermentioning

confidence: 99%