Quantum Vision Holdings

Technology

Your data has a longer memory than your encryption

QVH builds the cryptographic hardware and software organizations need to protect long-lived data through the quantum transition, without replacing existing systems." The Company’s technology portfolio is designed to support systems that prioritize long-term data confidentiality, governance requirements, and operational continuity.

As cryptographic assumptions evolve, organizations may evaluate transitioning from static security models toward more adaptable architectures over time. Quantum Vision’s technology approach is designed to support such transition planning in a standards-informed manner and is intended to facilitate integration with existing systems and security controls.

quantum uncertainty

Quantum Vision's technology portfolio is designed to include secure hardware, cryptographic software, and control plane systems. These technologies may be deployed independently or combined as part of an integrated security architecture, depending on operational, regulatory, and infrastructure considerations.

This portfolio-based approach is intended to support incremental adoption of post-quantum protections and aims to facilitate compatibility planning with existing infrastructure while seeking to minimize operational disruption.

Foundational Technologies

Post-Quantum Cryptography

FIPS 203 · FIPS 204 · FIPS 205

QVH implements ML-KEM, ML-DSA, and SLH-DSA — the three algorithms NIST standardized in August 2024. These replace RSA and elliptic curve encryption in software and hardware environments. These primitives are designed to support potential transitions from certain classical public-key systems in light of evolving computational research.

Implementation efforts prioritize standardized, publicly reviewed algorithms that are widely discussed for practical deployment. These cryptographic components are intended to form part of Quantum Vision’s software and hardware-based security technologies and aim to support long-term interoperability and auditability within applicable regulatory frameworks.

Secure Hardware Foundations

R1 Chip · EPI-QS Chip · PhotonFlux

Hardware components establish device-level roots of trust. Keys are stored in isolated silicon that a compromised OS cannot access. Hardware entropy (TRNG/QRNG) removes dependency on software random number generation.

In environments where software-based cryptographic controls may not address all risk considerations, Quantum Vision intends to design secure hardware components aimed at establishing hardware-based roots of trust.

These components are designed to:

Enforce cryptographic operations within controlled execution boundaries
Reduce exposure to side-channel and fault-based attacks
Provide deterministic behavior in constrained or adversarial environments.

Hardware-enforced security is particularly relevant for embedded systems, medical devices, and regulated infrastructure where predictability, integrity, and assurance are required.

Control Plane Technologies

Cryptographic Lifecycle and Policy Management

Post-quantum readiness may involve more than the selection of new cryptographic algorithms. It can also involve processes for managing cryptographic assets over time. Quantum Vision intends to design control plane technologies aimed at supporting:

Key generation with verifiable provenance
Lifecycle management, including rotation and revocation
Policy-based enforcement of approved cryptographic standards
Auditability to support governance and compliance

By separating applications from fixed cryptographic implementations, these technologies are designed to facilitate greater flexibility in long-term cryptographic planning and risk evaluation.

Cryptographic Agility

Enqrypta Keystone

Enqrypta Keystone manages key generation, lifecycle, rotation, and revocation across the deployment. Policy enforcement ensures only approved algorithms are used. Full audit trail for regulated environments.

Cryptographic standards, threat models, and regulatory frameworks may evolve over time. Our technology emphasizes cryptographic agility, referring to architectural approaches designed to facilitate updates to algorithms, key policies, and security controls as requirements change.

This design approach is intended to support organizations as they evaluate emerging risks and updated standards within existing operational planning processes.

Why Software-Only Security Is Often Insufficient

Post-quantum algorithms can be implemented in software, but some environments may introduce operational constraints such as performance variability, side-channel considerations, or power and timing limitations.

In certain use cases, hardware-assisted cryptographic controls may provide architectural characteristics that differ from software-only implementations. By anchoring keys and selected operations in tamper-resistant hardware with isolated execution paths, hardware-based approaches may help reduce exposure to specific classes of attacks. Quantum Vision’s technology portfolio is designed to support both software and hardware-assisted models, depending on implementation needs.

How the Technologies Work Together

Our technology components are designed to function as part of a coordinated security architecture.

Hardware technologies are intended to support hardware-based roots of trust and contribute to cryptographic integrity controls. Software systems are designed to incorporate post-quantum cryptographic capabilities within data, communication, and application environments. Control plane technologies aim to coordinate key management, policy configuration, and lifecycle processes across implementation contexts.

This layered architectural approach is intended to support long-term security planning while facilitating flexibility and interoperability considerations.

Standards, Review, and Technical Rigor

Our technology development emphasizes publicly reviewed standards, interoperability considerations, and audit-related capabilities. Cryptographic implementations are informed by post-quantum standards published by recognized standards bodies, where applicable.

Technical documentation describing architecture, cryptographic design, and system integration is maintained to facilitate informed evaluation by partners, customers, and other stakeholders, including those operating within regulated environments.

Closing Statement

Quantum Vision’s technology portfolio is designed to support organizations as they evaluate post-quantum security considerations within existing systems.

By combining cryptographic approaches informed by publicly available standards, hardware-based security components, and software-defined control capabilities, the Company aims to provide architectural flexibility to help organizations assess emerging risk considerations within their operational planning processes.

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Quantum Vision Holdings Inc.

36 Toronto Street, Suite 701,

Toronto, ON M5C 2C5 Canada

Corporate Entities Established in:

United States

Quantum technology news you don't want to miss.

Content

Home

Company

Platform

Technology

Industries

News & Insights

Contact

Legal

Disclaimer

Contact

Mail

info@qvhinc.com

Address

Quantum Vision Holdings Inc.

36 Toronto Street, Suite 701,

Toronto, ON M5C 2C5 Canada

Corporate Entities Established in: United States

Quantum technology news you don't want to miss.

Content

Home

Company

Platform

Technology

Industries

News & Insights

Contact

Legal

Disclaimer

Contact

Mail

info@qvhinc.com

Address

Quantum Vision Holdings Inc.

36 Toronto Street, Suite 701,

Toronto, ON M5C 2C5 Canada

Corporate Entities Established in:

United States