Post-quantum cryptography
New mathematical protections designed to run on ordinary computers while resisting attacks from powerful quantum computers.
Research
Helping digital security prepare for the quantum era.
We study how quantum technologies affect secure communication and how organizations can move toward protections designed to withstand future attacks.
Research priorities
From scientific ideas to safer systems.
Quantum key distribution
Ways to use quantum physics to exchange encryption keys and reveal certain kinds of interception.
Secure communications
Practical methods for bringing stronger protections into the networks, services, and infrastructure people depend on.
How we work
Careful research, tested in the real world.
Security does not improve through theory alone. Useful solutions must be understandable, testable, and practical to operate.
Explore
Study promising approaches and identify the questions that matter most for public safety and reliable communications.
Test
Evaluate how techniques perform, where they fail, and what is needed to deploy them responsibly.
Share
Publish useful findings, explain results clearly, and work with others who can turn knowledge into public benefit.
The goal
Make quantum-safe choices easier to understand and adopt.
We want decision-makers, builders, and communities to have trustworthy evidence they can use when planning for a changing security landscape.