Our Story
From academic research to practical post-quantum security.
QSPARC Labs was founded by researchers in mathematics, cryptography, and computer science with a focus on building reliable post-quantum cryptography. Our work includes ongoing development of the CHN cryptosystem (Can, Horowitz, and Naig), a code-based approach designed for long-term resilience and practical deployment.
What began as theoretical study evolved into a focused engineering effort bridging research and implementation. We aim to make quantum-safe cryptography usable, verifiable, and sustainable across modern systems.
Vision and Values
- Scientific integrity: grounded in peer-reviewed research and reproducible benchmarks.
- Transparency: clear assumptions, open communication, and accountable design.
- Collaboration: engaging with academia, industry, and standards groups to advance secure adoption.
- Longevity: creating systems that remain dependable as technology changes.
- Responsible deployment: focusing on safety, verification, and maintainability.
Why It Matters
Preparing for a quantum future.
Quantum computing will eventually challenge current public-key cryptography. Attackers can already collect encrypted data today and decrypt it once quantum machines mature. Post-quantum cryptography provides the mathematical foundation to protect information over time.
Our research in code-based cryptography supports this transition by emphasizing conservative design and operational reliability.
Looking Ahead
Building practical, long-term security together.
We are expanding collaborations for validation, benchmarking, and standardization of post-quantum cryptography. Our focus is to create systems that can be integrated safely and verified independently.
Interested in learning more or partnering with us? Visit our contact page to start a conversation.