Code Your Way to Quantum-Safe Development by Solving Tomorrow’s Encryption Crisis

As quantum computers threaten to break traditional encryption, major banks like Shinhan Bank and DBS are already testing quantum key distribution (QKD) networks. Meanwhile, Singapore has deployed the world’s first national quantum-safe network, and China operates a 2,000-kilometer quantum communication backbone. Meanwhile, Java JEPs 496 and 497 implement quantum-resistant cryptographic algorithms.

In this session, you’ll discover the fascinating world of quantum key distribution through Java code examples that demystify this cutting-edge security technology. You’ll explore the core principles behind QKD with Java simulations that demonstrate how quantum mechanics enables theoretically unbreakable communication.

This session shows how companies like Toshiba and ID Quantique are leveraging quantum theory to create real-world applications. You’ll leave this session with valuable insights into why this technology matters for the future of secure software development.

Whether you’re curious about quantum computing’s impact on cybersecurity or want to understand the next generation of cryptographic protocols, this talk provides the practical foundation you need to engage with quantum-safe technologies as they move from research labs to production systems.