A note on an enhanced dynamic authentication scheme for mobile satellite communication systems

Kumar, Uddeshaya; Garg, Manish

doi:10.1002/sat.1443

Cited by 5 publications

(4 citation statements)

References 34 publications

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“…developed an upgraded dynamic authentication strategy for mobile satellite communication systems in 2020 to address the three flaws of the Altaf et al scheme. In 2022, Kumar and Garg 17 found out that Chen and Chen 16 scheme has a flaw in the authentication method. Due to this problem, the user cannot authenticate to NCC and cannot construct the session key with NCC.…”

Section: Related Workmentioning

confidence: 99%

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Efficient and quantum‐secure authenticated key exchange scheme for mobile satellite communication networks

Mishra,

Rewal,

Pursharthi

2024

Satell Commun Network

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SummaryThe mobile satellite communication (MSC) system is a vital communication method in which mobile users and network control centers connect via satellites. Since the satellite's communication is wireless, communication security is a critical factor to ensure accountable communication. Key exchange and authentication (KEA) mechanism is widely used to achieve data security for data transmitted in an insecure or open channel. Different authentication systems are suggested in the last many years to establish safe communication, whereas most existing security protocols are based on factorization or discrete logarithm. However, these systems are no longer reliable by Shor's algorithm as any discrete logarithm and factorization can be resolved in polynomial time on quantum computers. Thus, developing a quantum secure KEA protocol for MSC systems is necessary. In this direction, recently a ring learning with an error‐based KEA technique is proposed to ensure a quantum‐safe environment. This scheme is quantum‐safe and satisfies desirable security attributes but has low efficiency in computation and communication. Moreover, establishing a secure session requires six communications among involved entities. As a result, replay attack detection at an early stage is not possible for the central authority (server), which could delay the server response, and the adversary gets the advantage of drawing a denial of service scenario for authorized entities. We propose a lattice‐based KEA protocol for the MSC system to improve computation, communication efficiency, and early‐stage replay attack detection. The security analysis of the proposed scheme is presented in the random oracle model. Calculation of performance is also presented to observe advantages in computation and communication overhead.

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Section: Related Workmentioning

confidence: 99%

“…Due to this problem, the user cannot authenticate to NCC and cannot construct the session key with NCC. In Kumar and Garg 17 paper, the authors improved Chen and Chen's protocol. The suggested protocol proves that the user can authenticate to NCC and agree on the session key constructed with NCC.…”

Section: Related Workmentioning

confidence: 99%

Efficient and quantum‐secure authenticated key exchange scheme for mobile satellite communication networks

Mishra,

Rewal,

Pursharthi

2024

Satell Commun Network

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“…There are numerous reasons for its popularity, which can be summarized as its ability to balance speed, capacity, and coverage, as well as its penetration power for densely populated areas with high connectivity demand. The C-band will be the most important band in 5G communications, primarily due to its wide network coverage as well as its ability to retain its robustness even during inclement weather conditions, where higher bands suffer terribly due to attenuation and path-loss such as rain fading and scattering [39,40].…”

Section: Bandmentioning

confidence: 99%

“…Today, conventional SATCOMs essentially make use of frequency bands in the range of 1 to 40 GHz. Due to low frequency band saturation, relatively higher frequency bands, those above 20 GHz, such as the Ka-band (27)(28)(29)(30)(31)(32)(33)(34)(35)(36)(37)(38)(39)(40), have been explored to greater depths and degrees, as the Ka-band can provide stable broadband services [44]. Newer satellite networks should provide mobile satellite services (MSS) to be compatible with terrestrial mobile networks integrating 5G technology [12].…”

Section: Ka Bandmentioning

confidence: 99%

Low Altitude Satellite Constellation for Futuristic Aerial-Ground Communications

Sabuj¹,

Alam²,

Haider³

et al. 2023

Computer Modeling in Engineering &Amp; Sciences

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This paper discusses the significance and prospects of low altitude small satellite aerial vehicles to ensure smooth aerial-ground communications for next-generation broadband networks. To achieve the generic goals of fifthgeneration and beyond wireless networks, the existing aerial network architecture needs to be revisited. The detailed architecture of low altitude aerial networks and the challenges in resource management have been illustrated in this paper. Moreover, we have studied the coordination between promising communication technologies and low altitude aerial networks to provide robust network coverage. We talk about the techniques that can ensure userfriendly control and monitoring of the low altitude aerial networks to bring forth wireless broadband connectivity to a new dimension. In the end, we highlight the future research directions of aerial-ground communications in terms of access technologies, machine learning, compressed sensing, and quantum communications.

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An efficient provably secure authentication and key agreement protocol for satellite communication networks

Thakur,

Obaidat,

Sharma

et al. 2024

Security and Privacy

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The leverage of satellite resources to establish a communication network offers a wide range of benefits, including the capability to support news gathering, broadcasting, and aeronautical and maritime tracking. The unique aspects of the satellite‐linked terrestrial network provide high‐speed services, dependable and consistent network quality, and comprehensive geographic coverage of remote regions. Unfortunately, these structural features also render the network vulnerable to unauthorized intrusion, potentially leading to significant disruptions. Consequently, the implementation of authentication measures presents an appealing solution for enhancing the overall service quality of this network. Recently, Kumar et al. presented an authentication and key agreement scheme for satellite communications. Strikingly, their scheme proves inadequate in safeguarding against several malicious attacks and reveals certain design weaknesses. In this article, we present a reliable and secure authentication protocol that takes advantage of the complexities inherent in the elliptic curve discrete logarithm problem. We assess the protocol's effectiveness against various types of attacks using formal proof, Burrows–Abadi–Needham logic, informal descriptive proof analysis, and the verification tool SCYTHER. Furthermore, we compare the computational, communication, and storage overhead of our proposed protocol to an existing one, demonstrating its efficiency and superiority.

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A note on an enhanced dynamic authentication scheme for mobile satellite communication systems

Cited by 5 publications

References 34 publications

Efficient and quantum‐secure authenticated key exchange scheme for mobile satellite communication networks

Efficient and quantum‐secure authenticated key exchange scheme for mobile satellite communication networks

Low Altitude Satellite Constellation for Futuristic Aerial-Ground Communications

An efficient provably secure authentication and key agreement protocol for satellite communication networks

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