At QuantaCyber, our mission is to advance the science and practice of quantum-resilient cybersecurity through strategic advisory, applied research, and hands-on collaboration.
 
Headquartered in Texas, we’re committed to helping enterprises, public institutions, and critical-infrastructure providers across the state and beyond prepare for the quantum threat while contributing to the broader cybersecurity community that drives Texas innovation.
 
Founded by Quantum Cybersecurity professors and seasoned cybersecurity leaders, we combine academic discovery with enterprise strategy to help executive teams and boards navigate the transition to quantum-safe security.
 
We work closely with academic institutions that have strong quantum-engineering programs and advanced Cyber Autonomy Ranges, providing a controlled environment where enterprises and government agencies can model, test, and validate post-quantum encryption (PQC) before deploying it within live networks.
 
Our tailored advisory approach translates cutting-edge research in post-quantum cryptography and crypto-agility into actionable strategies that strengthen governance, reduce risk, and build long-term digital trust.

Advisory

 
✅ Quantum-Safe Strategy Development:
 
Collaborate with key stakeholders to define your organization’s strategic approach to Post-Quantum Cryptography (PQC) and crypto-agility, establishing an actionable framework that aligns with business priorities, compliance obligations, and long-term transformation goals.
 
Our approach integrates academic insight, standards participation, and practical enterprise experience to ensure your quantum-safety strategy is both scientifically sound and operationally achievable.
 
 
✅ Board-Level Readiness:
 
Develop board-ready briefings and materials that effectively communicate:
 

• The quantum-risk timeline,

• Texas-specific critical-infrastructure implications, and

• Regulatory expectations relevant to your industry.

These sessions help boards understand their fiduciary and governance responsibilities and define measurable milestones for achieving quantum-safe readiness.
 
✅ Cryptographic Discovery:
 
Identify cryptographic assets, dependencies, and vulnerabilities across your organization’s infrastructure to develop a Cryptographic Bill of Materials (CBOM) and prioritized exposure map.
 
This assessment helps leadership understand where cryptography is used, what’s at risk, and which systems must transition first in a PQC migration.
 
✅ Academic Validation & Cyber-Range Modeling:
 
Partner with our academic partners experienced in quantum cryptography and Cyber Autonomy Range testing to model and validate PQC implementations before deployment.
 
These partnerships provide controlled, evidence-based environments where enterprises and government agencies can evaluate PQC solutions for performance, resilience, and interoperability before full production rollout.
 
✅ Migration Roadmap:
 
Design a phased migration plan to NIST-approved PQC algorithms, maintaining compatibility with your existing PKI systems while enabling crypto-agility for future algorithmic updates.
 
Each roadmap is customized to your organizational structure, business model, and technology stack, ensuring a seamless transition that minimizes disruption and maximizes resilience.
 
✅ Risk-Mitigated Implementation:
 
Execute a step-by-step, risk-aware migration that prioritizes your most critical cryptographic exposures first.
 
This phased approach enables measurable progress while maintaining operational continuity, audit traceability, and executive confidence