Algorithmic Cryptanalysis 1st edition by Antoine Joux ISBN B00OD4PJV4 978-1420070026

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ISBN 10: B00OD4PJV4
ISBN 13: 978-1420070026
Author: Antoine Joux

Illustrating the power of algorithms, Algorithmic Cryptanalysis describes algorithmic methods with cryptographically relevant examples. Focusing on both private- and public-key cryptographic algorithms, it presents each algorithm either as a textual description, in pseudo-code, or in a C code program.Divided into three parts, the book begins with a

Algorithmic Cryptanalysis 1st Table of contents:

Chapter 1: Introduction to Cryptanalysis

1.1. What is Cryptanalysis?
1.2. The Role of Cryptanalysis in Security
1.3. Historical Background and Key Events in Cryptanalysis
1.4. Cryptography vs. Cryptanalysis
1.5. The Basic Types of Cryptanalytic Attacks
1.6. Overview of Classical and Modern Cryptography
1.7. Cryptanalysis Tools and Techniques

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Chapter 2: Classical Cryptanalysis Techniques

2.1. Substitution Ciphers: Caesar Cipher, Monoalphabetic Substitution
2.2. Transposition Ciphers: Rail Fence Cipher
2.3. Frequency Analysis and Statistical Techniques
2.4. Breaking Classical Ciphers
2.5. Example: Breaking the Vigenère Cipher
2.6. The Role of Key Space in Classical Cryptanalysis
2.7. Classical Cryptanalysis Case Studies

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Chapter 3: Modern Cryptography Foundations

3.1. Symmetric Key Cryptography
3.2. Asymmetric Key Cryptography
3.3. Hash Functions and Message Authentication Codes
3.4. Public-Key Infrastructure and Digital Signatures
3.5. Key Exchange Protocols
3.6. Security Properties of Cryptographic Systems
3.7. Mathematical Foundations: Group Theory, Number Theory, Lattices

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Chapter 4: Attacks on Symmetric Ciphers

4.1. Brute-Force Attacks
4.2. Differential Cryptanalysis
4.3. Linear Cryptanalysis
4.4. Meet-in-the-Middle Attacks
4.5. Side-Channel Attacks
4.6. Weak Keys and Keyschedule Attacks
4.7. Birthday Attacks
4.8. Case Study: Attacks on the DES (Data Encryption Standard)

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Chapter 5: Attacks on Public-Key Cryptography

5.1. Attacks on RSA
5.2. Factoring and Integer Factorization Problem
5.3. Attacks on Elliptic Curve Cryptography
5.4. Known Plaintext and Chosen Ciphertext Attacks
5.5. Key Recovery Attacks
5.6. Cryptanalysis of Digital Signature Schemes
5.7. RSA and ECC Security Models
5.8. Timing Attacks and Power Analysis

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Chapter 6: Cryptanalysis of Hash Functions

6.1. The Birthday Problem and Birthday Attack
6.2. Cryptanalysis of MD5 and SHA Families
6.3. Collision Resistance and Preimage Resistance
6.4. Finding Collisions in Hash Functions
6.5. Cryptanalysis of HMAC (Hash-based Message Authentication Codes)
6.6. Case Study: Attacks on SHA-1 and the Transition to SHA-2
6.7. Recent Advances in Cryptanalysis of Hash Functions

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Chapter 7: Quantum Cryptanalysis and Post-Quantum Security

7.1. The Impact of Quantum Computing on Cryptography
7.2. Shor’s Algorithm and Integer Factorization
7.3. Grover’s Algorithm and Symmetric Cryptography
7.4. Lattice-Based Cryptography and Its Resistance to Quantum Attacks
7.5. Quantum-Resistant Algorithms and the Future of Cryptography
7.6. Case Study: NIST’s Post-Quantum Cryptography Project
7.7. Cryptanalysis in the Quantum Age

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Chapter 8: Cryptanalysis of Cryptographic Protocols

8.1. Cryptographic Protocols and Their Vulnerabilities
8.2. Man-in-the-Middle Attacks
8.3. Replay and Downgrade Attacks
8.4. Attacks on SSL/TLS
8.5. Attacks on Authentication Protocols
8.6. Attacks on Key Exchange Protocols
8.7. Protocol Security Models and Formal Verification

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Chapter 9: Countermeasures Against Cryptanalytic Attacks

9.1. Increasing the Key Size
9.2. Using Stronger Encryption Algorithms
9.3. Implementation-Level Security Measures
9.4. Use of Salts and Nonces
9.5. Designing Secure Protocols
9.6. Post-Quantum Cryptography Solutions
9.7. Security Best Practices for Cryptographic Systems

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Chapter 10: Case Studies in Cryptanalysis

10.1. Case Study 1: Breaking WEP (Wired Equivalent Privacy)
10.2. Case Study 2: Attacks on SSL and TLS
10.3. Case Study 3: The Cryptanalysis of the Enigma Machine
10.4. Case Study 4: Attacking the RSA Key Exchange
10.5. Case Study 5: Cryptanalysis of Bitcoin’s Cryptographic Algorithms
10.6. Lessons Learned from Real-World Cryptanalysis Attacks

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Chapter 11: Future Directions in Cryptanalysis

11.1. Emerging Cryptographic Algorithms
11.2. The Role of AI in Cryptanalysis
11.3. The Challenges of Quantum-Resistant Algorithms
11.4. Cryptanalysis and Privacy Concerns in the Digital Age
11.5. Ethics and the Role of Cryptanalysis in National Security
11.6. The Evolving Landscape of Cryptography and Cryptanalysis

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