Strategic advisory, applied research, and hands-on collaboration to prepare enterprises and government for the quantum era.
At QuantaCyber, our mission is to advance the science and practice of quantum-resilient cybersecurity through strategic advisory, applied research, and hands-on collaboration.
Based in North Texas, we help enterprises, public institutions, and critical-infrastructure providers across North America prepare for the quantum threat, while contributing to the broader cybersecurity community.
Built by veteran cybersecurity executives and anchored in leading academic post-quantum research, we combine enterprise strategy with academic discovery 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 cryptography (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.
Quantum, AI and Cybersecurity now move as one system. We call it the Digital Trust Triad™, and our advisory work treats it that way, from strategy through advisory oversight.
Define your organization's approach to post-quantum cryptography and crypto-agility in a framework that aligns with business priorities, compliance obligations, and the compressed timeline AI places on both attackers and defenders. We combine academic insight, standards participation, and enterprise experience so the strategy is scientifically sound and operationally achievable.
Deliverable: a board-aligned PQC and crypto-agility strategy framework.
Brief your board on the quantum-risk timeline, the critical-infrastructure implications specific to your sector, and the regulatory expectations that follow. These sessions clarify fiduciary and governance responsibilities and set the milestones that define readiness.
Deliverable: board-ready briefing materials and a set of measurable readiness milestones.
Translate quantum exposure into the language of SEC Rule 33-11216 disclosure, Caremark duty of oversight, and cyber-insurance coverage. For federal contractors, the June 2026 executive order on post-quantum cryptography (EO 14412) directs new acquisition rules requiring compliance with NIST post-quantum standards by the end of 2030, making cryptographic readiness a contract-level obligation. Its companion order (EO 14413) adds domestic supply-chain and workforce requirements for the broader quantum sector. Attorney-led, in partnership with our quantum counsel Robert Taylor, JD, this work produces a written disclosure assessment and surfaces the coverage gaps that most D&O and cyber policies leave on the balance sheet.
Deliverable: a written SEC disclosure assessment, plus an insurance and vendor-readiness gap review.
Begin with what the data protects and for how long. Sensitivity, retention, and regulatory obligation set priority, not where the algorithms sit. A cryptographic inventory matters only when mapped to the data it protects; on its own it is a list without risk context. At enterprise scale, AI is often the most practical way for your team or technology partners to run that discovery, finding where cryptography lives and mapping the machine identities and trust relationships that depend on it; we help interpret what it turns up and translate that into priorities, strategy, and a roadmap.
Deliverable: a prioritized exposure map built from a risk-based Cryptographic Bill of Materials (CBOM), mapped to data sensitivity and retention.
Validate PQC implementations before they reach production. Our academic partners run quantum-cryptography research and Cyber Autonomy Ranges, controlled environments where enterprises and government agencies test for performance, resilience, and interoperability.
Deliverable: evidence-based validation of PQC ahead of production rollout.
Sequence a phased migration to NIST-approved PQC algorithms that stays compatible with your existing PKI. We design for crypto-agility so future algorithm changes become routine maintenance rather than another migration project.
Deliverable: a phased migration roadmap mapped to your structure and technology stack.
Direct the migration in priority order, addressing your most critical cryptographic exposures first. We set the sequence and validate each step; your team or technology partners carry out the technical work in your environment. The phased approach preserves operational continuity and audit traceability at every step.
Deliverable: measurable migration progress with a complete audit trail.
Request a 30-minute Q-Day exposure assessment, scoped to your sector and regulatory posture. We will return a one-page gap analysis within five business days.
Request an assessment