A Promising Key Agreement Protocol 1st edition by Eun-Kyung Ryu, Kee-Won Kim, Kee-Young Yoo – Ebook PDF Instant Download/Delivery. 3540206958, 978-3540206958
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ISBN 10: 3540206958
ISBN 13: 978-3540206958
Author: Eun-Kyung Ryu, Kee-Won Kim, Kee-Young Yoo
In 1999, Seo and Sweeney proposed a simple authenticated key agreement protocol(SAKA) that was designed to act as a Diffie-Hellman scheme with user authentication. However, the protocol was subsequently found to have security flaws and enhanced in the literature. Recently, Ku and Wang showed a variant of SAKA. This paper shows that the Ku and Wang’s scheme is still vulnerable to an off-line password guessing attack. The attack illustrates that extreme care must be taken when passwords are combined to provide user authentication in the key agreement protocols. This paper also presents a new key agreement protocol that resists the guessing attacks mounted by either passive or active network attackers, allowing low-entropy passwords to be used safely. The protocol has more efficient performance by reducing the number of protocol steps.
A Promising Key Agreement Protocol 1st Table of contents:
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Introduction
- 1.1 Background and Motivation
- 1.2 Importance of Secure Key Agreement Protocols in Modern Cryptography
- 1.3 Goals of the Proposed Key Agreement Protocol
- 1.4 Summary of Contributions
- 1.5 Structure of the Paper
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Background and Related Work
- 2.1 Overview of Key Agreement Protocols
- 2.2 Classical Key Agreement Protocols: Diffie-Hellman, RSA, and Elliptic Curve Methods
- 2.3 Recent Advancements in Key Exchange Protocols
- 2.4 Security Considerations in Key Agreement Protocols
- 2.5 Comparison of Existing Protocols: Strengths and Weaknesses
- 2.6 The Need for New Approaches in Key Agreement
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Problem Statement
- 3.1 Definition of the Key Agreement Problem
- 3.2 Security Requirements for Key Agreement Protocols
- 3.3 Constraints and Assumptions in the Protocol Design
- 3.4 Challenges in Designing a Secure and Efficient Protocol
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The Promising Key Agreement Protocol
- 4.1 Overview of the Proposed Protocol
- 4.2 Design Principles and Key Features
- 4.3 Step-by-Step Description of the Protocol
- 4.4 Key Agreement Mechanism and Participant Interaction
- 4.5 Handling Communication and Computational Efficiency
- 4.6 Protocol Variants for Different Use Cases
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Security Analysis
- 5.1 Formal Security Model for Key Agreement Protocols
- 5.2 Proof of Security: Confidentiality, Authentication, and Integrity
- 5.3 Resistance to Common Attacks (e.g., Man-in-the-Middle, Replay, and Eavesdropping Attacks)
- 5.4 Comparison with Security Guarantees of Other Protocols
- 5.5 Limitations and Potential Vulnerabilities
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Performance Evaluation
- 6.1 Performance Metrics: Time Complexity, Memory Usage, and Communication Overhead
- 6.2 Experimental Setup and Evaluation Methodology
- 6.3 Benchmarking the Protocol Against Established Methods (e.g., Diffie-Hellman, Elliptic Curve Diffie-Hellman)
- 6.4 Results and Analysis of Protocol Performance
- 6.5 Efficiency in Real-World Scenarios and Network Conditions
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Applications
- 7.1 Secure Communications in Wireless Networks
- 7.2 Key Agreement in Mobile and IoT Networks
- 7.3 Applications in Distributed Systems and Cloud Computing
- 7.4 Integration with Other Cryptographic Protocols (e.g., Digital Signatures, Authentication Protocols)
- 7.5 Use in Privacy-Preserving Systems and Blockchain Technologies
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Challenges and Limitations
- 8.1 Scalability Issues in Large-Scale Systems
- 8.2 Key Management and Distribution in Distributed Systems
- 8.3 Practical Implementation Challenges
- 8.4 Impact of Network Latency and Connectivity on Protocol Performance
- 8.5 Security Trade-Offs and Compromises in Resource-Constrained Environments
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Future Directions
- 9.1 Enhancing Protocol Efficiency for Resource-Limited Devices (e.g., Low-Power IoT Devices)
- 9.2 Integrating the Protocol with Post-Quantum Cryptography
- 9.3 Research on Multi-Party Key Agreement Protocols
- 9.4 Adaptive Protocols for Dynamic and Mobile Environments
- 9.5 Exploring Hybrid Cryptographic Techniques for Robust Key Agreement
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Conclusion
- 10.1 Summary of Key Contributions
- 10.2 Potential Impact of the Proposed Key Agreement Protocol
- 10.3 Final Remarks on the Future of Secure Key Agreement Techniques
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