An Effencient Improvement of RFID Authentication Protocol Using Hash Function ZKP

Al-Adhami, Ayad; Ambroze, Marcel; Stengel, Ingo; Tomlinson, M.

doi:10.1109/sccs.2019.8852614

Cited by 4 publications

(2 citation statements)

References 17 publications

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“…Admittedly, the non-interactive Schnorr's protocol is highly similar to the interactive Schnorr's protocol. In short, the non-interactive Schnorr's protocol alternates the direction of info-transmission in 2nd step of communication in the interactive Schnorr's protocol, resulting in only one step of message transmission between P and V [6].…”

Section: Schnorr's Non-interactive Protocolmentioning

confidence: 99%

Examining Schnorrs protocol in the context of zero-knowledge proofs

Yue

2023

TNS

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The rise of technology has brought with it a heightened awareness of the necessity to shield personal data and maintain exclusive access to specific knowledge. A notable solution that emerged from this consciousness is Zero-Knowledge Proofs (ZKPs) and, more specifically, Schnorrs Protocol. Historically, Zero-Knowledge Proofs have a compelling lineage, tracing their roots back to the fervent discussions among cryptographers aiming to achieve a balance between information sharing and privacy. ZKPs are cryptographic methods that allow one party to prove to another that a statement is true, without revealing any specific information about the statement itself. In the midst of these developments, Schnorrs Protocol emerged as a renowned interactive proof system. It possesses an intuitive structure that has made it pivotal in the enhancement of digital security. The typical flow of Schnorrs Protocol begins with the prover sending a commitment to the verifier. The verifier then sends a random challenge back to the prover, who, in turn, produces a response. Whats captivating is that the verifier can ascertain the validity of the proof without gaining insight into the underlying secret. Interactive Schnorrs Protocol involves real-time back-and-forth communication between the prover and verifier. On the other hand, the non-interactive version eliminates this need by using a cryptographic hash function, thereby streamlining the process.

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Section: Schnorr's Non-interactive Protocolmentioning

confidence: 99%

Examining Schnorrs protocol in the context of zero-knowledge proofs

Yue

2023

TNS

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“…The Schnorr ZKAP has a higher authentication speed [43]. This result was achieved by reducing the number of rounds in the protocol.…”

Section: Zero-knowledge Authentication Protocols: Advantages and Disadvantagesmentioning

confidence: 99%

Adaptive Authentication Protocol Based on Zero-Knowledge Proof

et al. 2022

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Authentication protocols are expanding their application scope in wireless information systems, among which are low-orbit satellite communication systems (LOSCS) for the OneWeb space Internet, automatic object identification systems using RFID, the Internet of Things, intelligent transportation systems (ITS), Vehicular Ad Hoc Network (VANET). This is due to the fact that authentication protocols effectively resist a number of attacks on wireless data transmission channels in these systems. The main disadvantage of most authentication protocols is the use of symmetric and asymmetric encryption systems to ensure high cryptographic strength. As a result, there is a problem in delivering keys to the sides of the prover and the verifier. At the same time, compromising of keys will lead to a decrease in the level of protection of the transmitted data. Zero-knowledge authentication protocols (ZKAP) are able to eliminate this disadvantage. However, most of these protocols use multiple rounds to authenticate the prover. Therefore, ZKAP, which has minimal time costs, is developed in the article. A scheme for adapting protocol parameters has been developed in this protocol to increase its efficiency. Reductions in the level of confidentiality allow us to reduce the time spent on the execution of the authentication protocol. This increases the volume of information traffic. At the same time, an increase in the confidentiality of the protocol entails an increase in the time needed for authentication of the prover, which reduces the volume of information traffic. The FPGA Artix-7 xc7a12ticsg325-1L was used to estimate the time spent implementing the adaptive ZKAP protocol. Testing was performed for 32- and 64-bit adaptive authentication protocols.

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Developing “friend or foe” protocol in residue number system code for satellite authentication

Kalmykov

Mukhametshin

Tyncherov

et al. 2022

J. Phys.: Conf. Ser.

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Low-earth orbit (LEO) satellite communication systems are successfully used in control and monitoring systems for the production and transportation of hydrocarbons from fields located beyond the Arctic Circle. As the number of countries engaged in the development of such fields expands, the number of groupings of LEO satellite communication systems grows as well. To prevent the possibility of intercepting and imposing a delayed command to control the intruder satellite, it is necessary to use the “friend or foe” identification system for the LEO satellite communication systems. At the same time, it is proposed to use authentication protocols with zero knowledge to ensure high imitation resistance in such systems. To increase their efficiency, the article proposes to use the codes of the residual number system (RNS). The novelty of this idea lies in the fact that the use of parallel RNS codes will reduce the time spent on performing arithmetic operations implemented in authentication protocols. This will reduce the likelihood of an intruder satellite picking up the correct response signal. Therefore, the development of an authentication protocol for LEO satellite communication systems based on RNS codes, the use of which will reduce the time for satellite identification, is an urgent task.

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An Effencient Improvement of RFID Authentication Protocol Using Hash Function ZKP

Cited by 4 publications

References 17 publications

Examining Schnorrs protocol in the context of zero-knowledge proofs

Examining Schnorrs protocol in the context of zero-knowledge proofs

Adaptive Authentication Protocol Based on Zero-Knowledge Proof

Developing “friend or foe” protocol in residue number system code for satellite authentication

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