Novel Designated Ownership Transfer with Grouping Proof

Tsai, Kuo-Yu; Yang, Ming Hour; Luo, Jia Ning; Liew, Wei-Tim

doi:10.3390/app9040724

Cited by 9 publications

(11 citation statements)

References 22 publications

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“…However, when the grouping proof protocol, which safeguards comprehensive product delivery, and the tag group transfer protocol, which performs ownership transfer, are executed separately, transfer efficacy is impeded [44] [45]. Tsai et al [44] combined these two protocols for identity authentication and random number generation and proposed an ownership transfer protocol that incorporates grouping proofs, which safeguarded both the efficacy and security of tag group ownership transfer.…”

Section: Related Workmentioning

confidence: 99%

“…During the transfer process, all the tags within a group must be simultaneously transferred, and transferring only a part of the tags is impossible. The protocol by Tsai et al [44] effectively prevents all the listed attacks. However, because it lacks a mechanism to trace manufacturers and does not record the history of ownership transfer, it is incapable of tracing the source manufacturers of products.…”

Section: Forward Secrecymentioning

confidence: 99%

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Dispute Resistance Multilayered RFID Partial Ownership Transfer With Blockchain

Yang

Hsu

2022

IEEE Access

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Frontend supply chains involve the transfer of large quantities of products. Therefore, incomplete transfer and product loss are inevitable. This paper presents a high-efficiency group ownership transfer protocol that incorporates blockchains to enable the efficient transfer of large quantities of products and prevent disputes regarding transfer completion. This protocol collocates authenticated information of a manufacturer with its exclusive blockchain address to generate an initial transaction block. The blockchain is then used to trace the original product manufacturers to prevent counterfeiting, and a grouping proof is employed to prevent disputes regarding transfer comprehensiveness. The proposed protocol was capable of resisting common off-chain radio frequency identification ownership transfer attacks, indicating its security. A security testing tool was employed to prove whether the on-chain smart contracts could also resist the attacks on blockchain. The analysis and experiment results revealed that the proposed protocol required fewer messages for ownership transfer and half the calculation time compared with the existing protocols. Thus, for the simultaneous transfer of ownership of a massive number of tags, the proposed protocol is the most efficient, with a reduced calculation time, thus making it most suitable for bulk cargo ownership transfer in the frontend supply chain environment.INDEX TERMS Blockchain, Multilayered ownership transfer, Supply chain management, Counterfeit RFID tag attack

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Section: Related Workmentioning

confidence: 99%

Section: Forward Secrecymentioning

confidence: 99%

Dispute Resistance Multilayered RFID Partial Ownership Transfer With Blockchain

Yang

Hsu

2022

IEEE Access

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“…Tsai et al [22] discussed grouping-proof protocols and ownership transfer protocols, respectively. ey found that no protocol has been proposed which can achieve both requirements.…”

Section: Some Typical Rfid Grouping-proof Protocolsmentioning

confidence: 99%

The Lightweight RFID Grouping-Proof Protocols with Identity Authentication and Forward Security

Shi

Zhang

Liu

2020

Wireless Communications and Mobile Computing

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In many fields, multiple RFID tags are often combined into a group to identify an object. An RFID grouping-proof protocol is utilized to prove the simultaneous existence of a group of tags. However, many current grouping-proof protocols cannot simultaneously provide privacy preserving, forward security, and the authentication between reader/verifier and tags, which are vulnerable to trace attack, privacy leakage, and desynchronization attack. To improve the secure performance of the current grouping-proof protocols, we propose two provable lightweight grouping-proof protocols that provide forward security, identity authentication, and privacy preserving. Our protocols involve a trusted reader and an untrusted reader, respectively. In order to avoid verifying some invalid evidences, our protocols complete the authentication of the verifier to the trusted reader and the verified tags before the verifier verifies the grouping-proof evidence. Each tag uses parallel mode to complete its signature to improve the efficiency of the protocols. Moreover, the activate-sleep mechanism and the filtering operation are proposed to effectively reduce the collision probability and computing load of tags. Our protocols complete the authentication to tags twice by a verifier and a trusted reader, respectively. ey can resist various attacks such as eavesdropping, replay, trace, and desynchronization. e protocols are proven to be secure, flexible, and efficient. ey only utilize some lightweight operations. erefore, they are very suitable to the low-cost RFID systems.

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“…Tsai et al [30] proposed a new grouping proof authentication protocol that enables partial ownership transfer by guaranteeing the integrity of the tagged cargoes. The protocol was analyzed against the security attacks theoretically.…”

Section: Related Workmentioning

confidence: 99%

A novel grouping proof authentication protocol for lightweight devices:GPAPXR+

Aydın¹,

Dalkılıç²,

Kösemen³

2020

Turk J Elec Eng & Comp Sci

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Radio frequency identification (RFID) tags that meet EPC Gen2 standards are used in many fields such as supply chain operations. The number of the RFID tags, smart cards, wireless sensor nodes, and Internet of things devices is increasing day by day and the areas where they are used are expanding. These devices are very limited in terms of the resources they have. For this reason, many security mechanisms developed for existing computer systems cannot be used for these devices. In order to ensure secure communication, it is necessary to provide authentication process between these lightweight devices and the devices they communicate. The authentication process is the first step that allows the parties to trust each other for communication. Moreover, the authentication protocol should allow simultaneous verification of multiple lightweight devices. Therefore, grouping proof authentication protocol is required. In this study, a new grouping proof authentication protocol is developed for lightweight devices. The proposed protocol implemented on wireless identification and sensing platform passive RFID tag, uses embedded advanced encryption standard encryption method to encrypt transmitted data. Security of the protocol was first evaluated and verified theoretically, then by a tool used for automatic verification of security protocols, called Scyther tool.

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Novel Designated Ownership Transfer with Grouping Proof

Cited by 9 publications

References 22 publications

Dispute Resistance Multilayered RFID Partial Ownership Transfer With Blockchain

Dispute Resistance Multilayered RFID Partial Ownership Transfer With Blockchain

The Lightweight RFID Grouping-Proof Protocols with Identity Authentication and Forward Security

A novel grouping proof authentication protocol for lightweight devices:GPAPXR+

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