Low-exponent RSA with related messages 1st edition by Don Coppersmith, Matthew Franklin, Jacques Patarin, Michael Reiter – Ebook PDF Instant Download/Delivery. 3540611868, 978-3540611868
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Product details:
ISBN 10: 3540611868
ISBN 13: 978-3540611868
Author: Don Coppersmith, Matthew Franklin, Jacques Patarin, Michael Reiter
In this paper we present a new class of attacks against RSA with low encrypting exponent. The attacks enable the recovery of plain- text messages from their ciphertexts and a known polynomial relationship among the messages, provided that the ciphertexts were created using the same RSA public key with low encrypting exponent.
Low-exponent RSA with related messages 1st Table of contents:
Chapter 1: Introduction
- Overview of RSA Cryptography
- The Significance of Low-Exponent RSA
- Motivation for Studying Related Messages
- Structure of the Paper/Book
Chapter 2: Background and Fundamentals
- Basics of RSA Encryption and Decryption
- Mathematical Foundation of RSA: Modular Arithmetic, Primes, and Euler’s Theorem
- Cryptographic Assumptions and Security Models
- Related Messages in Cryptography
Chapter 3: Low-Exponent RSA
- Definition and Properties of Low-Exponent RSA
- Common Exponent Values: e = 3, e = 5, etc.
- Security Risks of Low-Exponent RSA
- Theoretical and Practical Implications of Low Exponents
Chapter 4: Related Messages in RSA
- Concept of Related Messages in Cryptography
- How Related Messages Can Affect RSA Security
- Example Scenarios Involving Related Messages
- Potential Attack Vectors When Messages are Related
Chapter 5: Cryptanalysis of Low-Exponent RSA with Related Messages
- Attack Models Involving Related Messages
- Classical Cryptanalytic Techniques for Low-Exponent RSA
- Examples of Related Message Attacks (e.g., Hastad’s Broadcast Attack, Common Modulus Attack)
- Security Vulnerabilities Introduced by Low Exponents
- Mitigation Strategies for Low-Exponent RSA
Chapter 6: Attack Techniques on Low-Exponent RSA
- The Generalized Hastad’s Broadcast Attack
- Low-Exponent Attacks Using Chinese Remainder Theorem (CRT)
- Timing Attacks and Their Impact on Low-Exponent RSA
- Mathematical Models of Related Messages in Low-Exponent RSA Attacks
- Case Studies of Successful Attacks
Chapter 7: Countermeasures for Low-Exponent RSA Security
- Padding Schemes: OAEP, PSS, and Their Effectiveness
- Proper Key Management and Choosing Secure Exponent Values
- Hybrid Cryptographic Approaches: RSA with ElGamal, ECC
- Implementing Stronger Encryption Standards with High Exponent RSA
- Other Security Protocols to Mitigate Related Message Attacks
Chapter 8: Practical Applications and Considerations
- Real-World Use of Low-Exponent RSA (e.g., Digital Signatures, SSL/TLS)
- Trade-offs in Performance vs. Security
- Impact of Related Messages on the Efficiency of RSA
- Practical Examples of Low-Exponent RSA Usage in Systems
- Security Best Practices in Modern Cryptographic Implementations
Chapter 9: Open Problems and Future Research Directions
- Outstanding Questions in Low-Exponent RSA Cryptanalysis
- Potential Advances in Mathematical Cryptanalysis
- Research into Resilient RSA Key Management
- The Future of RSA with Respect to Quantum Computing
- Emerging Cryptographic Standards and Their Impact on Low-Exponent RSA
Chapter 10: Conclusion
- Recap of Key Concepts and Results
- Implications of Related Message Attacks on RSA Security
- Final Thoughts on the Practical Use of Low-Exponent RSA
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