A Comparison of Blockchain-Based Wireless Sensor Network Protocols

Primo, Abena

doi:10.1109/uemcon51285.2020.9298055

“…The third work extends onchain trust to off-chain by gaining real-time data consistency among physical entities and their corresponding digital entities on blockchain [5]. Primo (2020), researched the comparison of blockchain-based wireless sensor network protocols. The author [6] described that wireless sensors have often positioned in an environment where it is tough to identify one from the enemy.…”

Section: Related Workmentioning

confidence: 99%

“…Primo (2020), researched the comparison of blockchain-based wireless sensor network protocols. The author [6] described that wireless sensors have often positioned in an environment where it is tough to identify one from the enemy. It has been described in the investigation that the reason for the deployment of the sensors is to locate the items in which there are other malicious nodes present.…”

Section: Related Workmentioning

confidence: 99%

“…It has been described in the investigation that the reason for the deployment of the sensors is to locate the items in which there are other malicious nodes present. Moreover, some nodes have been compromised, and sharing data with the node present on the other network may create a security risk to the sensor nodes [6]. The methodology observed for this work is an empirical investigation.…”

Section: Related Workmentioning

confidence: 99%

“…In this work, the author taxonomy the blockchain-based protocols that are specific to the wireless sensor networks. The simulation results from these new algorithms showed that the number of nodes increased, and blockchain networks had an improved propagation performance [6]. In the paper [7], the researcher described the significance of the blockchain-based packet delivery mechanism used for WSN.…”

Section: Related Workmentioning

confidence: 99%

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<p>The study will shed light on the proposed system of WSN security for the sensor data transmission using the blockchain. The system will be presented according to the research and practical implications of the blockchain systems. The paper proposes a method for enhancing the data security of wireless sensor networks based on blockchain technology which makes the transfer data of the system challenging to be tamped. The aimed system utilizes a hash value representation calculated by the Merkel-tree algorithm. We offer a particular method of constructing a hash function from a compression function. This construction has the property that the resulting hash function satisfies desirable security properties, such as collision resistance, given that the compression function does. Moreover, the proposed system will implement the most secure algorithms that help to ensure better security for the WSN systems to transmit data.</p>

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“…In this work, the author taxonomy the blockchain-based protocols that are specific to the wireless sensor networks. The simulation results from these new algorithms showed that the number of nodes increased, and blockchain networks had an improved propagation performance [6]. In the paper [7], the researcher described the significance of the blockchain-based packet delivery mechanism used for WSN.…”

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A Cryptographic Iterative Hash Function Scheme for Wireless Sensor Network (WSNs) Security Enhancement for Sensor Data Transmission in Blockchain

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<p>The study will shed light on the proposed system of WSN security for the sensor data transmission using the blockchain. The system will be presented according to the research and practical implications of the blockchain systems. The paper proposes a method for enhancing the data security of wireless sensor networks based on blockchain technology which makes the transfer data of the system challenging to be tamped. The aimed system utilizes a hash value representation calculated by the Merkel-tree algorithm. We offer a particular method of constructing a hash function from a compression function. This construction has the property that the resulting hash function satisfies desirable security properties, such as collision resistance, given that the compression function does. Moreover, the proposed system will implement the most secure algorithms that help to ensure better security for the WSN systems to transmit data.</p>

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Empowering Secure and Authenticated Multi-WSN Communication Through a Hybrid Blockchain Framework

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A Comparison of Blockchain-Based Wireless Sensor Network Protocols

Cited by 6 publications

References 8 publications

A Cryptographic Iterative Hash Function Scheme for Wireless Sensor Network (WSNs) Security Enhancement for Sensor Data Transmission in Blockchain

A Cryptographic Iterative Hash Function Scheme for Wireless Sensor Network (WSNs) Security Enhancement for Sensor Data Transmission in Blockchain

A Cryptographic Iterative Hash Function Scheme for Wireless Sensor Network (WSNs) Security Enhancement for Sensor Data Transmission in Blockchain

Empowering Secure and Authenticated Multi-WSN Communication Through a Hybrid Blockchain Framework

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