Protecting UAV-Networks: A Secure Lightweight Authentication and Key Agreement Scheme

Dogan, Hulya

doi:10.1109/csp58884.2023.00010

2023 7th International Conference on Cryptography, Security and Privacy (CSP) 2023

DOI: 10.1109/csp58884.2023.00010

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Protecting UAV-Networks: A Secure Lightweight Authentication and Key Agreement Scheme

Hulya Dogan

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2024

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Cited by 3 publications

References 34 publications

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SLAKA-IoD: A Secure and Lightweight Authentication and Key Agreement Protocol for Internet of Drones

Xiao,

Tao

2024

Drones

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The existing authentication and key agreement (AKA) schemes for the internet of drones (IoD) still suffer from various security attacks and fail to ensure required security properties. Moreover, drones generally have limited memory and computation capability. Motivated by these issues, a secure and lightweight AKA protocol for IoD (SLAKA-IoD) is proposed based on physical unclonable function (PUF), “exclusive or” (XOR) operation and hash function, which are simple cryptographic operations and functions that can provide better performance. In the SLAKA-IoD protocol, a drone and the ground station (GS) perform mutual authentication and establish a secure session key between them, and any two drones can also perform mutual authentication and establish a secure session key between them. Via informal security analysis, formal security analysis using the strand space model, and security verification based on the Scyther tool, the SLAKA-IoD protocol is proven to resist various security attacks and ensure required security properties. Further comparative analysis shows that the SLAKA-IoD protocol can provide more security features, and is generally lightweight as compared with these related AKA protocols for IoD, so it is suitable for IoD.

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SLAKA-IoD: A Secure and Lightweight Authentication and Key Agreement Protocol for Internet of Drones

Xiao,

Tao

2024

Drones

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A Low-Complexity Security Scheme for Drone Communication Based on PUF and LDPC

Zhang,

Gu,

Wang

et al. 2024

Drones

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Due to the limited payload and power of drones, the computational overhead, storage overhead and communication overhead that can be used for secure communication are restricted, making it difficult to apply some complex but fairly secure authentication protocols on drones. In this paper, we propose a low-complexity protocol for storing identity information in a resource-unconstrained device that does not require the UAV to store the information, thereby enhancing the UAV’s resistance to capture. The protocol in this paper mainly consists of quasi-cyclic low-density parity-check (QC-LDPC) codes, physical unclonable functions (PUFs) based on random-access memory (RAM), “XOR” operations, and hash computation. The protocol in this paper is an authentication architecture in which the drone is guided by the ground station to read its identity information, and the drone does not store any identity information in advance. The protocol is divided into two phases: 1. fuzzy authentication of fingerprint PUF and 2. uniqueness authentication accomplished while guiding the recovery of identity PUF. Recovering identity PUF in this paper, QC-LDPC is used as the error control module, and the optimization of bit-flip decoding significantly reduces the probability of decoding failure. After the comparative security analysis and comparative overhead analysis of this paper’s protocol, it can be concluded that this paper’s protocol can withstand common attacks (including attacks attempting to pass authentication, attacks attempting to interfere with authentication, and physical capture attacks), and the storage and communication overhead is small in the case of large time overhead.

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Crowd Monitoring System Based on Unmanned Aerial Vehicles: Secure Key Agreement Scheme

Dr. Sandhya. S,

Jeshik S,

Hegde

2024

IJITEE

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Unmanned Arial Vehicles (UAVs) can be applied to survey or for monitoring huge crowd where conventional monitoring systems fail. Even though UAVs is proven to be effective way for monitoring and surveying there present a threat of data getting leaked when it is being transferred to the user’s device. To lessen these dangers a secure channel amid the user and the UAVs needs to be determined. There are multiple key agreement methods which is already present but they are either heavy authentication type or less secure to the attacks from the unscrupulous parties. In this paper, we provide an approach to mitigate such threats using a public key cryptographic method with a session-based authentication. The above-mentioned method is simulated using NS2 software and it’s efficiency will be recorded at the end.

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Protecting UAV-Networks: A Secure Lightweight Authentication and Key Agreement Scheme

Cited by 3 publications

References 34 publications

SLAKA-IoD: A Secure and Lightweight Authentication and Key Agreement Protocol for Internet of Drones

SLAKA-IoD: A Secure and Lightweight Authentication and Key Agreement Protocol for Internet of Drones

A Low-Complexity Security Scheme for Drone Communication Based on PUF and LDPC

Crowd Monitoring System Based on Unmanned Aerial Vehicles: Secure Key Agreement Scheme

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