RiSeG: a ring based secure group communication protocol for resource-constrained wireless sensor networks

Cheikhrouhou, Omar; Koubâa, Anis; Dini, Gianluca; Abid, Mohamed

doi:10.1007/s00779-011-0365-5

Cited by 34 publications

(23 citation statements)

References 24 publications

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“…As shown in Fig. 12, ED: 3Á(C dec + C verif ) RiSeG [8,9] GC: nÁjIDj + (t + 1)Álog(q) + T + (d G , Q G ) ED: 2ÁjIDj + (t + 1)Álog(q) + T + Q G GC: C kg + C enc + C sign ED: C dec + C verif GC: C kg + 2C kc + 2C enc + C sign ED: 2C kc + C enc + C dec + C verif LNT GC: nÁjIDj + (t + 1)Álog(q) + Private/public key ED: dÁjIDj + (t + 1)Álog(q) + GC public key.…”

Section: Durationmentioning

confidence: 90%

“…The idea of secure group communication with resourceconstrained group controller was first addressed by Cheikhrouhou et al in their paper RiSeG [8,9]. Yet, the proposed scheme presents an O(n) latency in the rekeying process and, therefore, cannot endure large scale WSNs.…”

Section: Contributionmentioning

confidence: 99%

“…Sections 5-7 describe the LNT membership management, the logical neighbor tree formation and the LNT rekeying process, respectively. Section 8 presents a comparison between the LNT rekeying process and other well-known group key management schemes namely, LKH [3], TKH [5], and RiSeG [8]. Section 9 presents a security analysis of the LNT scheme.…”

Section: Roadmapmentioning

confidence: 99%

“…TKH [5] is a group rekeying scheme that uses the concept of matching the physical topology to the logical key hierarchy. RiSeG [9,8] is a secure group communication that uses the concept of logical ring topology.…”

Section: Notations Meaning Tmentioning

confidence: 99%

“…RiSeG [8,9] is the first scheme that has addressed the secure group communication problem with a constrained group controller. The idea of the scheme is to divide the group controller task among group members by constructing a logical ring architecture.…”

Section: Ring Based Secure Group Communication (Riseg)mentioning

confidence: 99%

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LNT: A logical neighbor tree secure group communication scheme for wireless sensor networks

et al. 2012

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a b s t r a c tSecure group communication is a paradigm that primarily designates one-to-many communication security. The proposed works relevant to secure group communication have predominantly considered the whole network as being a single group managed by a central powerful node capable of supporting heavy communication, computation and storage cost. However, a typical Wireless Sensor Network (WSN) may contain several groups, and each one is maintained by a sensor node (the group controller) with constrained resources. Moreover, the previously proposed schemes require a multicast routing support to deliver the rekeying messages. Nevertheless, multicast routing can incur heavy storage and communication overheads in the case of a wireless sensor network. Due to these two major limitations, we have reckoned it necessary to propose a new secure group communication with a lightweight rekeying process. Our proposal overcomes the two limitations mentioned above, and can be applied to a homogeneous WSN with resource-constrained nodes with no need for a multicast routing support. Actually, the analysis and simulation results have clearly demonstrated that our scheme outperforms the previous well-known solutions.

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Section: Durationmentioning

confidence: 90%

Section: Contributionmentioning

confidence: 99%

Section: Roadmapmentioning

confidence: 99%

Section: Notations Meaning Tmentioning

confidence: 99%

Section: Ring Based Secure Group Communication (Riseg)mentioning

confidence: 99%

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LNT: A logical neighbor tree secure group communication scheme for wireless sensor networks

et al. 2012

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BSI: Blockchain to secure routing protocol in Internet of Things

Jerbi

Cheikhrouhou

Guermazi

et al. 2021

Concurrency and Computation

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Blockchain is a database that contains the history of all exchanges made between its users since its creation. Blockchain is a new tool that enables essential distributed applications without the need for centralized trust. It is a transparent and secure technology for storing and transmitting information that operates without a central control body. Moreover, the large-scale presence of wireless sensors, especially in the IoT, produce a large volume of data. This data must be protected to guarantee its correctness.However, due to the difficulty of encrypting this data, there are many problems, including limited resources, whether in terms of computation, memory, or energy, as well as the complexity of encryption algorithms. Therefore, we wanted, through this article, to show the importance of adopting the blockchain in wireless sensors. This enables it to send data as quickly and securely as possible, as little of the literature has dealt with this topic. For this, one imaginable solution must be managed in WSN which is to put the necessary keys for networks or groups at the level of each sensor for the different scenarios implemented, mobile node and orphan nodes, so that the latter can authenticate and link to these multiple networks or clusters, using our blockchain security IoT (BSI) protocol. The latter makes it possible to design a decentralized, transparent, and scalable authentication system, which does not negatively impact the performance of sensors or that of networks. This system must provide complete freedom to change the state of the sensor from one network to another, while ensuring the safety of the latter. This means that if a sensor is authenticated in a legitimate network, it becomes reliable and accepted by all other networks. This allows you to have a global vision on all networks. We evaluate the performance of our protocol with simulations using MATLAB.The results confirm that the BSI protocol is robust and efficient, provides lower power consumption and fast computing time.

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A collaborative key management scheme for distributed smart objects

Hendaoui

Eltaief

Youssef

2017

Trans Emerging Tel Tech

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Secure communication of Internet of Things (IoT) devices relies on cryptographic approaches whose robustness is based on the security of encryption keys. For instance, an adequate key management scheme must be used to properly manage the used keys. Designing an efficient and robust key management scheme for the connected devices is a challenging task. Reported key management schemes suffer from several deficiencies such as the single point of failure and the non–trade‐off between scalability, connectivity, and resiliency. This paper first reviews key management schemes in the context of the IoT. Then, we propose a collaborative lightweight key management scheme that secures the keys during the life cycle of the embedded devices. Our proposal relies on the collaboration of the smart devices, where all the devices participate in the construction of the global key. Following the analytical and the comparative studies, we show that our proposal can be integrated in several communication protocols designated for embedded devices such as IEEE 802.15.4. Simulation results validate the analytical study and show that the proposed collaborative group key scheme exhibits superior performance when compared with two corresponding schemes reported in the literature.

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RiSeG: a ring based secure group communication protocol for resource-constrained wireless sensor networks

Cited by 34 publications

References 24 publications

LNT: A logical neighbor tree secure group communication scheme for wireless sensor networks

LNT: A logical neighbor tree secure group communication scheme for wireless sensor networks

BSI: Blockchain to secure routing protocol in Internet of Things

A collaborative key management scheme for distributed smart objects

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