A secure mutual authentication scheme of blockchain-based in WBANs

Xu, Jianbo; Meng, Xiangwei; Liang, Wei; Zhou, Huapeng; Li, Kuan‐Ching

doi:10.23919/jcc.2020.09.004

Cited by 20 publications

(7 citation statements)

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“…To identify the security flaws where BIoTS is a potential solution, we study a causality and effect correlation between the nature of the security attack in an IoT ecosystem and the Blockchain Hardware’s architectural characteristics implemented in BIoTS [ 3 , 14 , 53 ]. The scale is weighted according to the architecture’s characteristics.…”

Section: Results and Evaluationmentioning

confidence: 99%

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Blockchain-IoT Sensor (BIoTS): A Solution to IoT-Ecosystems Security Issues

González-Amarillo

Cárdenas-García

Mendoza-Moreno

et al. 2021

Sensors

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Sensor devices that act in the IoT architecture perception layer are characterized by low data processing and storage capacity. These reduced capabilities make the system ubiquitous and lightweight, but considerably reduce its security. The IoT-based Food Traceability Systems (FTS), aimed at ensuring food safety and quality, serve as a motivating scenario for BIoTS development and deployment; therefore, security challenges and gaps related with data integrity are analyzed from this perspective. This paper proposes the BIoTS hardware design that contains some modules built-in VHDL (SHA-256, PoW, and SD-Memory) and other peripheral electronic devices to provide capabilities to the perception layer by implementing the blockchain architecture’s security requirements in an IoT device. The proposed hardware is implemented on FPGA Altera DE0-Nano. BIoTS can participate as a miner in the blockchain network through Smart Contracts and solve security issues related to data integrity and data traceability in an Blockchain-IoT system. Blockchain algorithms implemented in IoT hardware opens a path to IoT devices’ security and ensures participation in data validation inside a food certification process.

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Section: Results and Evaluationmentioning

confidence: 99%

“…The BIoTS-device architecture description is made from the functional features of two technologies; IoT and blockchain. In the assembly and synchronization of both architectural blocks, it is necessary to identify the security requirements, both for software and hardware [ 53 , 54 ].…”

Section: Biots Architecturementioning

confidence: 99%

Blockchain-IoT Sensor (BIoTS): A Solution to IoT-Ecosystems Security Issues

González-Amarillo

Cárdenas-García

Mendoza-Moreno

et al. 2021

Sensors

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“…al. (2020) developed a block chain-based secure mutual authentication system for WBANs [27]. The ROR (Real-or-Random) paradigm was used to demonstrate the developed method's safety.…”

Section: Literature Reviewmentioning

confidence: 99%

Cooperative Routing and Improved Energy-Efficient Harvested- Aware Clustering for Wireless Body Area Network

Kaleem

Muthukumaran

2023

Preprint

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WBAN assisted healthcare deployments have the potential to provide important insights for the improvement of health care services to patients as well as for diagnostic and/or clinical monitoring. In a short span of time, WBAN technology has crossed the initial point of entry in the medical restoration and patients’ monitoring. Nevertheless, the fundamental technology is still in the infancy phase of development, and usually depends on highly distinctive wireless communication technologies. The power consumption is the major issue of WBAN. The E-HARP protocol is the existing model which is already proposed to reduce power consumption of WBAN. In the E-HARP protocol, the network is split up into clusters and CH, members are selected dynamically. In this research work, E-HARP protocol is improved in which cache nodes are deployed in the network to forward data to base station. In improved E-HARP protocol single base station is used as in E-HARP protocol two base station are used to receive data. The protocol is implemented in MATLAB is executed to simulate this protocol and diverse metrics: throughput, delay and power consumption are employed to analyze the outcomes.

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“…The framework utilized a consensus mechanism based on Byzantine fault tolerance (BFT) and achieved secure and efficient data transfer in WSNs. In a study by Xu et al [16], a blockchain-based architecture was proposed for WSNs that utilized a consensus mechanism based on delegated proof of stake (DPoS). The proposed architecture achieved efficient and secure data transfer in WSNs while addressing the challenges of energy consumption and security threats.…”

Section: Related Workmentioning

confidence: 99%

ECO-LEACH: A Blockchain-Based Distributed Routing Protocol for Energy-Efficient Wireless Sensor Networks

A.B¹

2023

IDA

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This paper proposes a novel architecture based on blockchain technology to enhance the dependability and safety of wireless sensor networks (WSN) by authenticating WSN nodes. In a WSN, sensor nodes collect and transmit data to cluster heads (CHs) for further processing. The proposed model employs the distance and residual energy-based low-energy adaptive clustering hierarchy (ECO-LEACH) protocol to replace CHs with ordinary nodes and the Interplanetary File System (IPFS) for storing data. In addition, consensus based on proof of authority (PoA) is used to validate transactions, reducing the computational cost associated with proof of work. The proposed system was evaluated using simulations with 300 sensor nodes and compared with other protocols, including LEACH, DDR-LEACH, PEGASIS, and LEACH-PSO. The simulation results showed that the proposed ECO-LEACH outperformed the other protocols in terms of energy consumption, throughput achieved, and network lifetime improvement. Specifically, the proposed system consumed 23.5J for 300 sensor nodes, achieved 687.5 kbps, and improved the network's lifetime by 4.12 seconds for 50 rounds. Overall, this paper provides a reliable and secure solution for authenticating WSN nodes, enhancing data transfer safety, and dependability. The proposed architecture offers a promising approach for addressing the challenges of WSN design using blockchain technology and PoA consensus. The comparative analysis shows that the proposed ECO-LEACH protocol outperforms other protocols in terms of energy consumption, throughput achieved, and network lifetime improvement for 300 sensor nodes.

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A secure mutual authentication scheme of blockchain-based in WBANs

Cited by 20 publications

References 0 publications

Blockchain-IoT Sensor (BIoTS): A Solution to IoT-Ecosystems Security Issues

Blockchain-IoT Sensor (BIoTS): A Solution to IoT-Ecosystems Security Issues

Cooperative Routing and Improved Energy-Efficient Harvested- Aware Clustering for Wireless Body Area Network

ECO-LEACH: A Blockchain-Based Distributed Routing Protocol for Energy-Efficient Wireless Sensor Networks

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