Cryptanalysis of security enhancement for the timestamp-based password authentication scheme using smart cards

Yang, Chou-Chen; Yang, Hung-Wen; Wang, Ren-Chiun

doi:10.1109/tce.2004.1309428

Cited by 26 publications

(2 citation statements)

References 9 publications

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“…In Lamport's scheme, password table was used to verify the legitimacy of users, but if this password table is compromised, stolen, or modified by an adversary, then the system could be partially or completely compromised [6], [7]. Some more recent smart card based password authentication schemes have been proposed in [8], [9]and many of the schemes have been broken as shown by [10], [11], [7]. Shoup-Rubin [12] proposed extension of Bellare-Rogaway model [13]which is based on three party key distribution protocol and smartcard is used to store the long term secret keys.…”

Section: Cloud Securitymentioning

confidence: 99%

Quantum Key Distribution Approach for Cloud Authentication: Enhance Tight Finite Key

Zukarnain¹,

Khalid²

2014

International Conference on Computer Science and Information Systems (ICSIS’2014) Oct 17-18, 2014 Dubai (UAE)

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The definite length of the key size has been a hot debate since 1940. How we are going to measure it? Most cryptographic mechanisms, such as symmetric and asymmetric cryptography, often involve the use of cryptographic keys. However, all cryptographic techniques will be ineffective if the key distribution mechanism is weak. The security of most modern cryptographic systems of key distribution mechanism is based on computational complexity and the extraordinary time needed to break the code. Quantum Key Distribution (QKD) or Quantum Cryptography is attracting much attention as a solution of the problem of key distribution; QKD offers unconditionally secure communication based on quantum mechanics. In this article we proposed the enhance method to secure the distribution key which we call enhance tight finite key scheme. We will identify either this approach it suitable with the cloud authentication mechanism.

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Section: Cloud Securitymentioning

confidence: 99%

Quantum Key Distribution Approach for Cloud Authentication: Enhance Tight Finite Key

Zukarnain¹,

Khalid²

2014

International Conference on Computer Science and Information Systems (ICSIS’2014) Oct 17-18, 2014 Dubai (UAE)

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“…In Lamport's scheme, password table was used to verify the legitimacy of users, but if this password table is compromised, stolen, or modified by an unauthorized party, then the system could be partially or completely compromised [2], [3]. Some more recent smart card based password authentication schemes have been proposed in [4], [5] and many of the schemes have been broken as shown by [6], [7], [3]. Shoup-Rubin [8] proposed extension of Bellare-Rogaway model [9]which is based on three party key distribution protocol and smartcard is used to store the long term secret keys.…”

Section: Cloud Securitymentioning

confidence: 99%

Enhanced Tight Finite Key Scheme for Quantum Key Distribution (QKD) Protocol to Authenticate Multi-Party System in Cloud Infrastructure

Khalid

Zulkarnain

2013

AMM

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This research is introducing an enhanced tight finite key scheme for quantum key distribution (QKD) protocol to authenticate multi-party system in cloud infrastructure. The main attraction is to provide a secure channel between a cloud client to establish a connection among them by applying the theories from Von Neumann and Shannon entropies and also Shor's algorithm. By generalizing these theories we will produce enhanced tight finite key scheme for quantum key distribution (QKD) protocol to authenticate multi-party system in cloud infrastructure. Hence we are using quantum channel and also quantum key distribution (QKD) together with BB84 protocol replacing common channel to distribute the key. We are proposing an authentication of multi-party Quantum Key Distribution (MQKD) protocol using an enhanced tight finite key scheme because it will involve a number of parties in cloud infrastructure. Significant of this research is to reduce the possibility of losing a private key by producing a high efficient key rate and attack resilient.

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Cryptanalysis of Timestamp-Based Password Authentication Schemes Using Smart Cards

Wang

Bao

2006

Information and Communications Security

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Cryptanalysis of security enhancement for the timestamp-based password authentication scheme using smart cards

Cited by 26 publications

References 9 publications

Quantum Key Distribution Approach for Cloud Authentication: Enhance Tight Finite Key

Quantum Key Distribution Approach for Cloud Authentication: Enhance Tight Finite Key

Enhanced Tight Finite Key Scheme for Quantum Key Distribution (QKD) Protocol to Authenticate Multi-Party System in Cloud Infrastructure

Cryptanalysis of Timestamp-Based Password Authentication Schemes Using Smart Cards

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