About

The Challenge

The cryptographic foundations securing today's digital infrastructure face an unprecedented threat. Quantum computers are advancing rapidly, and with them comes the potential to break the mathematical assumptions underlying current encryption standards.

What We Do

We research and simulate post-quantum vulnerabilities in cryptographic systems. Our work focuses on understanding the timeline and impact of quantum threats, helping organizations prepare for a post-quantum world.

Why It Matters

Q-Day - the moment a quantum computer can break current encryption - is not a question of if, but when. Billions of dollars in digital assets, sensitive communications, and critical infrastructure remain protected by algorithms that quantum computers will eventually defeat.

Our Approach

Through simulation and analysis, we demonstrate how quantum algorithms like Grover's search and Shor's factoring reduce the complexity of breaking cryptographic keys. This educational work helps stakeholders understand the urgency of transitioning to quantum-resistant solutions.