A self-renewal hash chain scheme based on fair exchange idea(SRHC-FEI)

Yang, Xiaoyuan; Wang, Jingjing; Chen, Jiayong; Pan, Xiaozhong

doi:10.1109/iccsit.2010.5563544

Cited by 5 publications

(2 citation statements)

References 9 publications

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“…These two schemes seem to realize the renewable hash chain, but actually there is no difference from the conventional hash chain. Reference [27] proposed a new self-updating hash chain based on fair exchange idea (SRHC-FEI); this scheme uses one-time signature key to encrypt the first bit of the seed of a new hash chain in transmission when releasing the new hash value each time. It can enhance the security and fairness, but it inevitably increases the system time delay.…”

Section: Reinitializable Hash Chainmentioning

confidence: 99%

An ImprovedμTESLA Protocol Based on Queuing Theory and Benaloh-Leichter SSS in WSNs

et al. 2016

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Broadcast authentication is a fundamental security technology in wireless sensor networks (ab. WSNs). As an authentication protocol, the most widely used in WSN,μTESLA protocol, its publication of key is based on a fixed time interval, which may lead to unsatisfactory performance under the unstable network traffic environment. Furthermore, the frequent network communication will cause the delay authentication for some broadcast packets while the infrequent one will increase the overhead of key computation. To solve these problems, this paper improves the traditionalμTESLA by determining the publication of broadcast key based on the network data flow rather than the fixed time interval. Meanwhile, aiming at the finite length of hash chain and the problem of exhaustion, a self-renewal hash chain based on Benaloh-Leichter secret sharing scheme (SRHC-BL SSS) is designed, which can prolong the lifetime of network. Moreover, by introducing the queue theory model, we demonstrate that our scheme has much lower key consumption thanμTESLA through simulation evaluations. Finally, we analyze and prove the security and efficiency of the proposed self-renewal hash chain, comparing with other typical schemes.

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Section: Reinitializable Hash Chainmentioning

confidence: 99%

An ImprovedμTESLA Protocol Based on Queuing Theory and Benaloh-Leichter SSS in WSNs

et al. 2016

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“…The studies of [8,9] designed a multilevel hash chain to avoid its exhaustion. And [10][11][12][13][14][15] presented a selfrenewal hash chain in which a new hash chain will be established if the old one is consumed. Third, the computational burden is much higher when the sender generates a new one-time password in which multiple hash operations are required.…”

Section: Introductionmentioning

confidence: 99%

An Authentication Scheme Based on Novel Construction of Hash Chains for Smart Mobile Devices

Huang

Wen-ming

et al. 2020

Wireless Communications and Mobile Computing

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With the increasing number of smart mobile devices, applications based on mobile network take an indispensable role in the Internet of Things. Due to the limited computing power and restricted storage capacity of mobile devices, it is very necessary to design a secure and lightweight authentication scheme for mobile devices. As a lightweight cryptographic primitive, the hash chain is widely used in various cryptographic protocols and one-time password systems. However, most of the existing research work focuses on solving its inherent limitations and deficiencies, while ignoring its security issues. We propose a novel construction of hash chain that consists of multiple different hash functions of different output lengths and employ it in a time-based one-time password (TOTP) system for mobile device authentication. The security foundation of our construction is that the order of the hash functions is confidential and the security analysis demonstrates that it is more secure than other constructions. Moreover, we discuss the degeneration of our construction and implement the scheme in a mobile device. The simulation experiments show that the attacker cannot increase the probability of guessing the order by eavesdropping on the invalid passwords.

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Authentic QR Codes for Traceability and Tamper Detection in IoT Enabled Waste Management Networks

Aparna

Bhumijaa

El-Latif

et al. 2021

Studies in Big Data

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A self-renewal hash chain scheme based on fair exchange idea(SRHC-FEI)

Cited by 5 publications

References 9 publications

An ImprovedμTESLA Protocol Based on Queuing Theory and Benaloh-Leichter SSS in WSNs

An ImprovedμTESLA Protocol Based on Queuing Theory and Benaloh-Leichter SSS in WSNs

An Authentication Scheme Based on Novel Construction of Hash Chains for Smart Mobile Devices

Authentic QR Codes for Traceability and Tamper Detection in IoT Enabled Waste Management Networks

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