PKSN: A pairing based key management scheme for heterogeneous sensor network

Buragohain, Madhurima; Sarma, Nityananda

doi:10.1109/comsnets.2018.8328198

Cited by 2 publications

(5 citation statements)

References 14 publications

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“…Te strand space model is a formal model used to analyze security protocols. Tis model can efectively analyze protocol security and realize mutual authentication between communication parties in the protocol [17,18].…”

Section: Formal Security Analysis Using the Strand Space Modelmentioning

confidence: 99%

“…(1) Name aggregate T name , which includes UE and gNB t (2) Suppose the strand space is Σ, s, t, P ∈Σ [17], there is a normal node m, m ′ ∈ C, so that C UE is the component of m and m⇒m ′ is a transformed edge of r u . Similarly, there is a normal node n, n ′ ∈ C, so that X UE is the component of n and n⇒n ′ is a transformed edge of f u .…”

Section: Formal Security Analysis Using the Strand Space Modelmentioning

confidence: 99%

“…Similarly, there is a normal node n, n ′ ∈ C, so that X gNB t is the component of n and n⇒n ′ is a transformed edge of f t . ③ According to the transformed edge[17], node m is a negative node. Suppose that m is a node in a strand s′ of UE, and the strand s′ � [T 1 ′, r u ′, f u ′,…”

mentioning

confidence: 99%

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Authentication and Key Agreement Algorithm for Handover of Next-Generation High-Speed Railway

Chen

Zhang

2023

Security and Communication Networks

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In order to solve the problems that the handover key in the handover authentication protocol of 5 G-R wireless communication system under the next-generation high-speed railway does not have forward security and authentication efficiency is low, a novel 5 G-R handover authentication and key agreement algorithm is proposed. First, the authentication information is used to replace the identity information in the handover request message, which overcomes the shortcomings of the clear text transmission of the identity information. Second, a handover key update strategy based on lattice theory is designed. The dynamic update and forward and backward security of the handover key are realized by using the feature function and the auxiliary module function on the lattice. Third, the message authentication code is added to realize mutual authentication between communication parties, which can effectively prevent replay, the man in the middle, and other malicious attacks. Finally, the strand space formalization method is used for security verification. The results show that the proposed method not only has higher security and efficiency than other comparison methods but also can meet the high-security requirements of the next-generation 5 G-R handover authentication.

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Section: Formal Security Analysis Using the Strand Space Modelmentioning

confidence: 99%

Section: Formal Security Analysis Using the Strand Space Modelmentioning

confidence: 99%

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Authentication and Key Agreement Algorithm for Handover of Next-Generation High-Speed Railway

Chen

Zhang

2023

Security and Communication Networks

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“…Buragohain and Sarma [24] used a bilinear pairing named PKHSN for key management. They maintain four different keys to manage different levels of confidentiality in the WSN.…”

Section: G Cryptographic Based Workmentioning

confidence: 99%

“…These keys are: the global key, which is used to encrypt messages broadcast inside the entire WSN, a cluster key for communication within a cluster between the CH and sensor nodes, a shared pairwise key to manage communication between nodes, and an individual key for direct communication between the sensor node and the BS. Storage optimization is a decisive factor in WSN, although in [24] has successfully managed the key generation and transmission, their work requires larger memory space than afforded in sensor nodes.…”

Section: G Cryptographic Based Workmentioning

confidence: 99%

Efficient and Secure Data Transmission and Sinkhole Detection in a Multi-Clustering Wireless Sensor Network Based on Homomorphic Encryption and Watermarking

Babaeer

Al-Ahmadi

2020

IEEE Access

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In a wireless sensor network, the sensors periodically transmit sensed data from a specific environment to a centralized station by wireless communication. Deployment in an open environment leads to the potential of security attacks. A sinkhole attack is a destructive attack aimed at the network layer, where the sinkhole node attracts other nodes by advertising itself as the best path to the base station. Subsequently receiving other sensor node packets and compromising network security. Hence, this work proposes a lightweight, secure method based on the Threshold Sensitive Energy Efficient Sensor Network protocol and watermarking techniques to ensure data integrity during transmission. The homomorphic encryption used in this scheme is to provide fast and efficient and consumes less energy while identifying sensor nodes for the purpose of sinkhole detection and prevention. The proposed work has been evaluated using OMNET++ simulation environment to measure the proposed work performance in the following metrics: delay, packet delivery ratio, throughput, and average energy consumption. Compared with previous works, the proposed work shows better results in these metrics. In addition, the proposed scheme consumes less energy compared with similar works due to the use of lightweight watermarking and authentication techniques. The results show that the proposed scheme enhances security by detecting the sinkhole attacker node before the attack is even activated. In addition, the proposed method ensures the integrity and authenticity of the sensed data while transmitting them from the sensor node until receiving it in the base station, and it can detect any tampering of the data.

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PKSN: A pairing based key management scheme for heterogeneous sensor network

Cited by 2 publications

References 14 publications

Authentication and Key Agreement Algorithm for Handover of Next-Generation High-Speed Railway

Authentication and Key Agreement Algorithm for Handover of Next-Generation High-Speed Railway

Efficient and Secure Data Transmission and Sinkhole Detection in a Multi-Clustering Wireless Sensor Network Based on Homomorphic Encryption and Watermarking

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