A low computation message delivery and authentication VANET protocol

Ahmed, Islam Z.; Mohamed, Taha M.; Sadek, Rowayda A.

doi:10.1109/icces.2017.8275303

Cited by 7 publications

(5 citation statements)

References 20 publications

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“…Furthermore, an ECC-based three-factor authentication for a multi-server environment is proposed by [31] and cannot resist impersonation attacks and is unable to provide perfect forward secrecy. Finally, authentication schemes [39][40][41] are proposed for VANETs. However, these schemes have security vulnerabilities.…”

Section: Literature Reviewmentioning

confidence: 99%

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A Provable Secure Cross-Verification Scheme for IoT Using Public Cloud Computing

Khan

Zhang

Ali

et al. 2022

Security and Communication Networks

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Public cloud computing has become increasingly popular due to the rapid advancements in communication and networking technology. As a result, it is widely used by businesses, corporations, and other organizations to boost the productivity. However, the result generated by millions of network-enabled IoT devices and kept on the public cloud server, as well as the latency in response and safe transmission, are important issues that IoT faces when using the public cloud computing. These concerns and obstacles can only be overcome by designing a robust mutual authentication and secure cross-verification mechanism. Therefore, we have attempted to design a cryptographic protocol based on a simple hash function, xor operations, and the exchange of random numbers. The security of the proposed protocol has formally been verified using the ROR model, ProVerif2.03, and informally using realistic discussion. In contrast, the performance metrics have been analyzed by looking into the security feature, communication, and computation costs. To sum it up, we have compared our proposed security mechanism with the state-of-the-art protocols, and we recommend it to be effectively implemented in the public cloud computing environment.

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Section: Literature Reviewmentioning

confidence: 99%

“…However, these schemes have security vulnerabilities. For example, the scheme [39] is vulnerable to replay attacks, while the schemes [40,41] have traceability issues. Finally, the author [42] proposed an anonymous authentication scheme for mobile devices in a public cloud server.…”

Section: Literature Reviewmentioning

confidence: 99%

A Provable Secure Cross-Verification Scheme for IoT Using Public Cloud Computing

Khan

Zhang

Ali

et al. 2022

Security and Communication Networks

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“…Inside the vehicle itself: The vehicle randomly generates its private key a, then computes its own public key A by (8). Additionally, the vehicle calls the TA public key C from its memory.…”

Section: ) Generation Of Keys At Vehiclementioning

confidence: 99%

“…This scheme achieves non-repudiation feature, however, it is mainly focused on the certificate revocation list (CRL) that hinders the communication process. In [8], an efficient authentication protocol which transmits a symmetric key in the public channel depending on Chinese remainder theorem (CRT) is proposed. The protocol uses low-level computing operations such as XOR operator and hash functions, but the certificate management is its main demerit.…”

Section: Introductionmentioning

confidence: 99%

Secure VANET Authentication Protocol (SVAP) Using Chebyshev Chaotic Maps for Emergency Conditions

2022

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It is crucial to support emergency applications provided by vehicular adhoc network (VANET) through enabling vehicles to quickly access to the infrastructure and consequently request rescue services. Additionally, the communication channels between vehicles and the infrastructure lack various security features due to the inferior wireless characteristics of their environment. However, most of the existing authentication schemes which are used to fix the security drawbacks lead to heavy computations and large storage burdens on the vehicle onboard unit (OBU). These schemes utilize secure channels while distributing the network parameters between the various participants. Yet, it is not efficient to establish secure channels during the interactions between entities. Furthermore, lightweight cryptography is an efficient security solution which is adequate for OBU to maintain a reasonable efficiency with low computational and communication costs. Two basic demerits for lightweight authentication protocols are highlighted as follows: Firstly, symmetric key-based authentication protocols dismiss achieving non-repudiation feature, leading to several security attacks in VANET. Secondly, public key-based authentication schemes are relied on elliptic curve cryptography (ECC) which makes the protocol implementation more difficult. Hence, this paper introduces a novel authentication protocol that utilizes Chebyshev chaotic maps to secure connectivity between the vehicles and infrastructure without using secure channels to distribute the network parameters. The new protocol combines the concept of the symmetric key cryptography with the public key signature to satisfy both the lightweight property and non-repudiation feature. Thus, this protocol introduces a novel network model which is the lowest hardware complexity, compared with others. The performance analysis is performed by Wolfram Mathematica, proving that the proposed protocol is superior in terms of security and performance aspects; its computation and storage costs of OBU are enhanced with 24.09% and 16.99%, respectively, compared to the most competing scheme. Besides, the Scyther simulation confirms the security of the protocol.

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“…[ 50 ] A lightweight Privacy-Preserving V2I Mutual Authentication Scheme using Cuckoo Filter in VANETs 2022 Conference PS04 Ahmed et al. [ 51 ] A low computation message delivery and authentication VANET protocol 2017 Conference PS05 Alharthi et al. [ 52 ] A privacy-preservation framework based on biometrics blockchain (BBC) to prevent attacks in VANET 2021 Journal PS06 Lai et al.…”

Section: Table A1mentioning

confidence: 99%

Security in V2I Communications: A Systematic Literature Review

Marcillo

Tamayo-Urgilés

Caraguay

et al. 2022

Sensors

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Recently, the number of vehicles equipped with wireless connections has increased considerably. The impact of that growth in areas such as telecommunications, infotainment, and automatic driving is enormous. More and more drivers want to be part of a vehicular network, despite the implications or risks that, for instance, the openness of wireless communications, its dynamic topology, and its considerable size may bring. Undoubtedly, this trend is because of the benefits the vehicular network can offer. Generally, a vehicular network has two modes of communication (V2I and V2V). The advantage of V2I over V2V is roadside units’ high computational and transmission power, which assures the functioning of early warning and driving guidance services. This paper aims to discover the principal vulnerabilities and challenges in V2I communications, the tools and methods to mitigate those vulnerabilities, the evaluation metrics to measure the effectiveness of those tools and methods, and based on those metrics, the methods or tools that provide the best results. Researchers have identified the non-resistance to attacks, the regular updating and exposure of keys, and the high dependence on certification authorities as main vulnerabilities. Thus, the authors found schemes resistant to attacks, authentication schemes, privacy protection models, and intrusion detection and prevention systems. Of the solutions for providing security analyzed in this review, the authors determined that most of them use metrics such as computational cost and communication overhead to measure their performance. Additionally, they determined that the solutions that use emerging technologies such as fog/edge/cloud computing present better results than the rest. Finally, they established that the principal challenge in V2I communication is to protect and dispose of a safe and reliable communication channel to avoid adversaries taking control of the medium.

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A low computation message delivery and authentication VANET protocol

Cited by 7 publications

References 20 publications

A Provable Secure Cross-Verification Scheme for IoT Using Public Cloud Computing

A Provable Secure Cross-Verification Scheme for IoT Using Public Cloud Computing

Secure VANET Authentication Protocol (SVAP) Using Chebyshev Chaotic Maps for Emergency Conditions

Security in V2I Communications: A Systematic Literature Review

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