2024
NIST finalized post-quantum standards
Federal agencies are mandated to migrate.
- Enterprise infrastructure built today must conform to new standards
- Non-compliant systems face a forced, costly overhaul on someone else's timeline
Post-Quantum Cryptography R&D
Cryptography for systems that cannot afford guesswork.
NIST finalized post-quantum standards in 2024. The migration window is closing. The math protecting your data today will not survive what's coming.
Get a Security Briefing
30-minute call focused on your exposure and next steps.
Standards
FIPS 203 / 204 / 205
Finalized by NIST, 2024
Threat model
Harvest now, decrypt later
Active today
Q-Day target
2029
Google's published estimate
01 / The threat landscape
The quantum threat is not theoretical. It is already operational.
If your organization handles financial data, health records, government contracts, or long-lived IP, your data is already a target.
Now
Your data is being collected today, for decryption later
Nation-state actors are harvesting encrypted data now, storing it until quantum computers arrive.
- Known as "harvest-now, decrypt-later"
- Any long-lived sensitive data is already at risk
2029
Google's Q-Day target
Google targets a cryptographically relevant quantum computer by 2029.
- Most organizations haven't started migrating
- The window to act before Q-Day is closing
We build the cryptography.
You build on it.
QSPARC develops post-quantum cryptographic primitives and licenses them directly to the teams that build on them. Each one comes with its security proofs, threat model, and benchmarks.
- 01No consulting retainers
- 02No managed services
- 03No lock-in
- 04Founded by active researchers with 70+ peer-reviewed publications and NSF/NSA funding
Research collaborators
Research funded by NSF, NSA, the Louisiana Board of Regents, and the Tulane Innovation Institute.
02 / Core capabilities
Security you can verify, not just believe.
01
Hardened Against Hardware Leaks
Implementations resistant to timing, power, and cache attacks, because algorithmic security means nothing if the hardware gives you away.
02
Formally Verified Security Boundaries
Explicit threat models and formal correctness proofs so you know exactly what’s protected and what isn’t. No ambiguity, no assumptions.
03
Decisions Based on Data, Not Vendor Claims
Benchmarked performance under realistic constraints so your integration trade-offs are measured, reproducible, and defensible.
03 / Research
Selected publications
Research from the founders. Further results are under patent review and will be listed here once the filings clear.
IACR ePrint 2026/665
IACR Cryptology ePrint Archive
2026 · Preprint
Applications of Bruhat-Chevalley-Renner Decomposition to Metric-Aware Code-Based Cryptography
Mahir Bilen Can, Eli Coe Naig
- Code-based cryptography
- Niederreiter cryptosystem
- NRT metric
- Sum-rank metric
04 / Founders
Active researchers, not a sales team.
05 / Advisory board
Advisory board
Zachary S. Brooks, PhD, EMBA
Advisor, Genomics & AI
Founder and CEO of UGenome AI, building genomic and multi-omic software (DNA2Health and Seq4Life) that makes genomic medicine affordable and easy to use. Founder and President of World Transplant Athletes, generating research on the benefits of exercise after transplantation with academic partners. A #1 best-selling Amazon author of Discovering Your Human Algorithm, with a focus on bringing validated technologies such as quantum computing to genomic medicine.
Jerry Gepner
Advisor, Business & Commercialization
Sports Broadcasting Hall of Fame inductee, five-time Emmy winner, and inventor on a dozen patents in virtual imaging and audio. Co-founder/COO of Sportvision and former CTO and division CEO at The Vitec Group. Now teaches applied entrepreneurship at the University of South Carolina's McNair Institute.