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Course Outline
Foundations of Quantum Cryptography <\/p>
- Quantum mechanical primitives for security <\/li>
- Quantum vs classical cryptographic assumptions <\/li>
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Use cases and threat landscape
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Introduction to Google Willow for Security Applications <\/p>
- Willow architecture and capabilities <\/li>
- Configuring a security-focused development environment <\/li>
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Willow APIs for cryptographic operations
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Quantum Key Distribution (QKD) Concepts <\/p>
- BB84 and related protocols <\/li>
- Photon-based key exchange principles <\/li>
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Designing QKD experiments in Willow
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Post-Quantum Cryptography and Quantum Resistance <\/p>
- Quantum-safe algorithms and standards <\/li>
- Hybrid quantum-classical key management <\/li>
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Evaluating algorithmic resilience using Willow simulations
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Secure Communication Architectures with Willow <\/p>
- Constructing encrypted communication pipelines <\/li>
- Quantum-enhanced authentication workflows <\/li>
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Integrating Willow components into enterprise systems
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Blockchain and Distributed Ledger Security in a Quantum Era <\/p>
- Quantum vulnerabilities in blockchain algorithms <\/li>
- Quantum-secure consensus mechanisms <\/li>
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Testing quantum-resilient blockchain designs on Willow
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Practical Quantum Security Implementations <\/p>
- Deploying prototype quantum-secure networks <\/li>
- Monitoring and analyzing cryptographic performance <\/li>
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Debugging and optimizing Willow-based security workflows
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Advanced Applications and Future Directions <\/p>
- Next-generation quantum communication paradigms <\/li>
- Emerging research trends in quantum cryptography <\/li>
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Preparing for large-scale quantum security adoption
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Summary and Next Steps <\/p>
Requirements
- A solid understanding of classical cryptography <\/li>
- Experience with Python programming <\/li>
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Familiarity with quantum computing concepts
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Target Audience<\/strong> <\/p>
- Cybersecurity professionals <\/li>
- Cryptographers <\/li>
- Blockchain experts <\/li> <\/ul>
14 Hours
