Applied Cryptography - Eristotle

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Course Content

Cryptography: Introduction

1. Algorithms, Schemes and Protocols 18 Topics

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1.1. Basic Concepts

1.2. Hash Functions

1.3. Block Ciphers

1.4. Stream Ciphers

1.5. Message Authentication Code Schemes

1.6. Authenticated Encryption (AE) Schemes

1.7. Public Key Encryption Schemes and Key Encapsulation Mechanisms

1.8. Diffie-Hellman Key Exchange

1.9. Digital Signatures

1.10. Cryptographic Diversity

1.11. The Adversary

1.12. The Role of Formal Security Definitions and Proofs

1.13. Key Sizes

1.14. Cryptographic Agility

1.15. Development of Standardised Cryptography

1.16. Post-Quantum Cryptography

1.17. Quantum Key Distribution

1.18. From Schemes to Protocols

2. Cryptographic Implementation 5 Topics

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2.1. Cryptographic Libraries

2.2. API Design for Cryptographic Libraries

2.3. Implementation Challenges

2.5. Random Bit Generation

3. Key Management 8 Topics

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3.1. The Key Life Cycle

3.2. Key Derivation

3.3. Password-Based Key Derivation

3.4. Key Generation

3.5. Key Storage

3.6. Key Transportation

3.7. Refreshing Keys and Forward Security

3.8. Managing Public Keys and Public Key Infrastructure

4. Consuming Cryptography 3 Topics

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4.1. The Challenges of Consuming Cryptography

4.2. Addressing the Challenges

4.3. Making Cryptography Invisible

5. Applied Cryptography in Action 3 Topics

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5.1. Transport Layer Security

5.2. Secure Messaging

5.3. Contact Tracing a la DP-3T

6. The Future of Applied Cryptography