Quantum Cryptography and AI Security
( 25 Modules )

Module #1
Introduction to Quantum Cryptography
Overview of quantum cryptography, its importance, and relevance in modern security

Module #2
Classical Cryptography vs. Quantum Cryptography
Comparison of classical cryptography methods with quantum cryptography

Module #3
Quantum Mechanics for Cryptography
Basic principles of quantum mechanics relevant to quantum cryptography

Module #4
Quantum Key Distribution (QKD) Principles
Fundamentals of quantum key distribution and its security advantages

Module #5
History and Evolution of Quantum Cryptography
Development and milestones in quantum cryptography research and implementation

Module #6
BB84 Protocol:The First QKD Protocol
In-depth analysis of the BB84 protocol, including its security proof

Module #7
B92 Protocol:A Simplified QKD Protocol
Understanding the B92 protocol and its advantages over BB84

Module #8
EK91 Protocol:A Practical QKD Protocol
EK91 protocols features, advantages, and security analysis

Module #9
Other QKD Protocols:SARG04, Coherent One-Way, and More
Overview of alternative QKD protocols and their characteristics

Module #10
QKD Protocols Comparison and Selection
Choosing the right QKD protocol for specific applications and scenarios

Module #11
Quantum Cryptography Systems:Types and Architectures
Design and implementation of quantum cryptography systems

Module #12
Free-Space QKD Systems:Implementation and Challenges
Free-space QKD systems, including satellite-based QKD

Module #13
Fiber-Based QKD Systems:Implementation and Challenges
Fiber-based QKD systems, including their advantages and limitations

Module #14
Hybrid QKD Systems:Combining Classical and Quantum Cryptography
Design and implementation of hybrid QKD systems

Module #15
Commercial Quantum Cryptography Systems:Overview and Case Studies
Existing commercial quantum cryptography systems and their applications

Module #16
Introduction to AI and Machine Learning for Cryptography
Fundamentals of artificial intelligence and machine learning in cryptography

Module #17
AI-Assisted Quantum Cryptography:Enhancing Security and Efficiency
Applications of AI and machine learning in quantum cryptography

Module #18
AI-Powered Quantum Cryptography Attacks and Countermeasures
AI-based attacks on quantum cryptography systems and defenses against them

Module #19
Security Analysis of Quantum Cryptography Systems
Methodologies for analyzing the security of quantum cryptography systems

Module #20
Side-Channel Attacks on Quantum Cryptography Systems
Understanding and mitigating side-channel attacks on quantum cryptography systems

Module #21
Quantum Computers and Post-Quantum Cryptography
Impact of quantum computers on classical cryptography and the need for post-quantum cryptography

Module #22
Future Threats and Challenges in Quantum Cryptography
Emerging threats and challenges in quantum cryptography, including quantum computers and AI-based attacks

Module #23
Quantum Key Distribution Networks and Quantum Internet
Building quantum key distribution networks and the concept of a quantum internet

Module #24
Quantum Cryptography for IoT and Edge Computing
Applications of quantum cryptography in IoT and edge computing scenarios

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Quantum Cryptography and AI Security career

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Quantum Cryptography and AI Security ( 25 Modules )

Quantum Cryptography and AI Security
( 25 Modules )