As quantum computing advances, the encryption that protects our sensitive data today may be broken tomorrow. Post-Quantum Cryptography (PQC) offers a proactive solution, combining classical algorithms with quantum-resistant techniques to secure information against emerging threats.

In this session, we’ll explore hybrid encryption approaches that blend proven classical methods with next-generation PQC algorithms, ensuring data remains secure even in a post-quantum world. Attendees will gain a practical understanding of how encrypted data can be compromised via quantum attacks, and how hybrid strategies mitigate these risks.

Through real-world examples, we’ll examine scenarios such as stolen ciphertext, intercepted communications, and future-proof key management. You’ll learn when and how to adopt PQC in your systems, and how hybrid algorithms act as a bridge while standards evolve. This session balances technical depth with actionable guidance, providing both engineers and security leaders with insights they can apply immediately.

Whether you’re responsible for secure communications, cloud services, or sensitive user data, this talk will give you the knowledge to stay one step ahead of quantum-enabled threats. Walk away understanding why hybrid PQC is not just theoretical — it’s a necessity for protecting the digital assets of today against the computational powers of tomorrow.