Dynamic and probabilistic key management for distributed wireless sensor networks

Saraswathi, R. Vijaya; Sree, L. Padma; Kodali, Anuradha

doi:10.1109/iccic.2016.7919666

Cited by 9 publications

(10 citation statements)

References 16 publications

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“…This improved the energy efficiency and the memory of the WSN, but this method solves only the security problems introduced by the key distribution schemes and does not recognize the other security issues, such as replay attack, privileged insider attack, and so on. R.Vijaya Saraswathi et al [3] presented the dynamic and probabilistic key management protocol by developing the flexible network arrangements for security related features. It uses the pair-wise and group key management protocols for the secured transmission.…”

Section: Related Workmentioning

confidence: 99%

“…• Limitations such as processing, memory constraints, limited network capacity, scarce energy reserves, etc., in WSN make the security enhancement to be vulnerable [14]. • The key pre-distribution solutions cannot be applied to the large-scale WSN [3]. • Key transfer which is done prior before the communication can be challenging in the dynamic network [3].…”

Section: Related Workmentioning

confidence: 99%

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Muti-stage Key Management Scheme for Cluster based WSN

R¹

2022

Int. j. commun. netw. inf. secur.

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Secured communication over the Wireless Sensor Network (WSN) is one of the prime concerns nowadays as the wireless communication medium suffers under a wide range of networks. For establishing secured communication over WSN, literature has suggested the key level management protocol, where each transmission is established based on the availability of secured key. This work develops a key management protocol, namely Multi stage key management (MSKM) protocol, for the secured communication over the clustered WSN. The entire protocol is implemented in three stages, such as pre-deployment, key generation, and key authentication and verification. In the first stage, the nodes are provided with the identity, and then, the second stage uses the homomorphic encryption model, for generating the necessary key to the communication. Finally, a mathematical model is developed in this work with several factors, such as a hashing function, homomorphic encryption, dynamic passwords, profile sequence, random number, and EX-OR functions. The proposed MSKM protocol establishes the secured communication over the WSN by authenticating the entities. The entire work is compared with several states of art techniques and evaluated based on several metrics. The proposed MSKM protocol achieved values of 0.122 kb, 0.929, 2.332 kb, and 14.586 joules for the communication overhead, detection accuracy, key memory storage, and energy, respectively.

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Section: Related Workmentioning

confidence: 99%

Section: Related Workmentioning

confidence: 99%

Muti-stage Key Management Scheme for Cluster based WSN

R¹

2022

Int. j. commun. netw. inf. secur.

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“…Thus, sensors utilize diverse key administration strategies for securing a communication. In recently created key management schemes, Researchers proposed different plans such as the bilinear matching in "Dynamic Key Management" (DKM), key administration based on jobs, "Identity Based Key Management" (IBKM), "Random Seed Distribution with Transitory Master Key" (RSDTMK), irregular key circulation [11][12][13][14][15][16].…”

Section: Key Management In Multicast Communicationmentioning

confidence: 99%

“…In the present research, CL-EKM: "Certificateless Key Management" plot which underpins the foundation of 4-kinds of keys. The plan likewise uses fundamental calculations of CL-HSC method [13] in determining certificateless private/public as well as the pairwise keys.…”

Section: Key Management In Multicast Communicationmentioning

confidence: 99%

“…This work addresses the security issues presenting multi-cast IoT application that is dissemination of information via the services of multi-cast networks, where its reliability is guaranteed for different clients. Since multicast [11] is one of the main administrations which is needed to be upheld in IoT [12,13]. Wireless multicast [15] is one of the main services which gives profoundly productive methods for sending messages from single different source receivers [16].…”

Section: Introductionmentioning

confidence: 99%

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Certificateless Effective Key Management Protocol (CL-EKM) Authentication for Multicast IoT Sensor Network

Manjula¹,

Bagavathipriya²

2021

Proceedings of the First International Conference on Computing, Communication and Control System, I3CAC 2021, 7-8 June 2021, Bh

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IoT has a huge issue of security and protection because of its dynamic and heterogeneous nature. In the IoT environment, authentication is one of the most testing security prerequisites. Because a client can straightforwardly access data from the devices, given the mutual validation among client and device occurs. The research includes a CL-EKM and verified key establishment scheme has been proposed for secure communication in the IoT environment. Proposed system utilizing a multicast verification procedure which improves the adaptability of CL-EKM by empowering a delivery message from BS to an enormous cluster head hub with an acceptable delay and cost. Also, the proposed framework is contrasted with the current unicast and broadcast strategies which would cause a serious negative effect on the performance when a network size increases or when quantity of data to be communicated for a time given is enormous. The proposed results examined for security and is additionally implemented utilizing a simulator.

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Group key agreement protocol among terminals of the intelligent information system for mobile edge computing

Zhang

Zhu

Wang

et al. 2021

Int J of Intelligent Sys

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Security communication and information sharing among mobile devices are important application technologies of the intelligent information system (IIS). Because IIS is vulnerable to attacks, so the security of information sharing among mobile devices is seriously threatened. Thence, it is necessary to establish a secure channel for communication among mobile devices of IIS over an opening network. Group key agreement (GKA) can establish a secure channel among mobile devices of IIS by encryption technology. Due to the resource‐constraints of mobile devices, such as weak computing power, small storage capacity, and limited communication range. To address these issues, an asymmetric GKA protocol among terminals of IIS for mobile edge computing (GKA–IIS–MEC) network is proposed in this paper. Adopted asymmetric GKA to achieve the group secure communication mechanisms that message sender unfettered in this protocol; the protocol also uses edge computing environment to migrate the computation and communication loads of mobile devices of IIS to edge nodes, thereby ensuring that mobile devices have lightweight computation and communication loads; and the members participating in the GKA can verify whether the group session keys they calculated are correctness. Under the hardness assumption of bilinear inverse Diffie–Hellman problem, the proposed protocol is proven that it can resist negative attacks. After evaluating the performance of the protocol, GKA–IIS–MEC has higher efficiency than the referred works in terms of time cost, communication consumption, and computation consumption.

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Dynamic and probabilistic key management for distributed wireless sensor networks

Cited by 9 publications

References 16 publications

Muti-stage Key Management Scheme for Cluster based WSN

Muti-stage Key Management Scheme for Cluster based WSN

Certificateless Effective Key Management Protocol (CL-EKM) Authentication for Multicast IoT Sensor Network

Group key agreement protocol among terminals of the intelligent information system for mobile edge computing

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