Quantum Vision - Security Now, for a future of Quantum uncertainty.

Platform

Post-Quantum Security Infrastructure for the Digital Age

Quantum Vision Holdings provides a post-quantum security platform designed to protect critical data against emerging quantum and AI-driven threats. The platform integrates secure hardware, cryptographic software, and centralized control to deliver durable protection for regulated and mission-critical environments.

Today’s digital infrastructure relies on cryptographic systems that were not designed to withstand quantum-enabled adversaries. As quantum computing capabilities advance, data encrypted today may be vulnerable to future decryption. Quantum Vision addresses this risk by delivering security infrastructure purpose-built for the post-quantum era.

Why Post-Quantum Security Matters Now

Advances in quantum computing introduce the risk that encrypted data captured today may be decrypted in the future. This threat, commonly referred to as “harvest now, decrypt later,” has shifted post-quantum readiness from a theoretical concern to a governance, compliance, and risk-management issue for regulated industries.

For organizations responsible for long-lived, sensitive data, cryptographic decisions made today may be scrutinized for decades. Preparing for post-quantum security is no longer a future consideration. It is a present-day responsibility.

Platform Overview

Our platform brings together the core elements required for long-term cryptographic security:

Secure hardware roots of trust

NIST-aligned post-quantum cryptography

Cryptographic lifecycle and identity management

Software-defined integration with existing systems

Together, these elements form a security foundation designed to protect sensitive data over extended time horizons without requiring wholesale replacement of existing infrastructure.

Why a Platform Approach

Post-quantum security cannot be addressed through isolated tools.

Hardware-only solutions lack flexibility and operational reach. Software-only solutions face limitations related to performance variability, side-channel exposure, and long-term assurance. In environments where data confidentiality must be preserved for decades, security must be architectural rather than incremental.

Our platform approach unifies hardware, software, and cryptographic control into a cohesive foundation. This approach is designed to reduce long-term cryptographic risk while preserving operational continuity and regulatory alignment. It enables organizations to protect sensitive data today while adapting to evolving standards, threats, and regulatory expectations over time.

Platform Architecture

We provide an end-to-end cybersecurity ecosystem (Software + Hardware) that makes critical data invisible to quantum computers. We are the "digital concrete and steel" for the next generation of the internet.

Hardware Layer

Secure processing components and cryptographic hardware establish physical roots of trust. This layer enforces cryptographic integrity at the silicon level and provides deterministic behavior, side-channel resistance, and hardware-accelerated post-quantum cryptography, enabling fast, predictable execution of quantum-resistant encryption and signature algorithms that cannot be achieved through software alone.

Software Layer

Post-quantum cryptographic systems protect data across applications, networks, and storage environments. This layer enables quantum-resistant encryption, authentication, and verification while maintaining compatibility with existing infrastructure.

Control Plane

A software-defined cryptographic control layer manages key generation, lifecycle management, policy enforcement, and auditability. The control plane enables cryptographic agility, allowing organizations to evolve algorithms, policies, and deployment models without re-architecting applications. Together, these layers deliver security from silicon to the system.

platform components

Our platform includes hardware and software components that support different aspects of post-quantum security. These components may be deployed independently or as part of the broader platform.

Product Name

Type

Description

Ramanujan 1 Chip (R1 Chip)

Hardware

Secure cryptographic hardware designed to provide embedded roots of trust and post-quantum protection for advanced and constrained environments.

BloqWave Series XR1

Hardware

A secure hardware implementation leveraging Quantum Vision cryptographic components to provide tamper-resistant key storage and hardware-enforced cryptographic operations.

QOSS Theta

Software

A cryptographic control and lifecycle management system supporting post-quantum key generation, policy enforcement, and auditability across complex environments.

EPI-QS Chip (electronic patient information, quantum shield chip)

Hardware

A healthcare-focused hardware component designed to support secure identity, cryptographic enforcement, secure data transmission and post-quantum protection in regulated clinical and medical device environments.

QZKZN (Quantum Zero Knowledge Zeta Network)

Software

A software-based security layer designed to support secure communications, verification, and post-quantum protections in distributed systems.

EPI-QS Vault (electronic patient information, quantum shield vault)

Software

A software module designed to support post-quantum protection of sensitive healthcare data by integrating with existing electronic health record systems and regulated data environments.

Designed for Real-World Deployment

Quantum Vision’s platform is engineered for environments where uptime, compliance, and continuity are non-negotiable. The architecture integrates with existing systems rather than requiring wholesale infrastructure replacement.

The platform supports phased adoption, hybrid cryptographic models, and interoperability with current technologies, enabling organizations to begin post-quantum transition while managing operational risk and deployment complexity.

Built for Incremental Migration

Post-quantum readiness is not a single event. It is a multi-year transition. Our platform supports this reality by decoupling cryptographic capability from rigid hardware refresh cycles and static software dependencies. This enables incremental migration aligned with operational and regulatory constraints.

Organizations can:

Protect long-lived data now

Maintain compatibility with existing systems

Introduce post-quantum protections where risk is highest

Evolve security posture over time without disruption

A Foundation for the Post-Quantum Era

As cryptographic standards, regulatory frameworks, and threat models continue to evolve, Quantum Vision’s platform is designed to adapt. By combining cryptographic agility, hardware roots of trust, and software-defined control, the platform provides a durable security foundation for industries where data confidentiality, integrity, and trust must endure for decades.

Quantum Vision does not build quantum computers.
It builds the security infrastructure required to operate safely in a world that has them.

KEY TECHNICAL ARCHITECTURE

If you’re technically inclined, we invite you to review our public documents.

Click here to view our Technical Architecture White Papers

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Quantum Vision Holdings Inc.

36 Toronto Street, Suite 701,

Toronto, ON M5C 2C5 Canada

Quantum technology news you don't want to miss.

Content

Home

Company

Platform

Technology

Industries

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Documentation

Legal

Disclaimer

Contact

Mail

info@qvhinc.com

Address

Quantum Vision Holdings Inc.

36 Toronto Street, Suite 701,

Toronto, ON M5C 2C5 Canada

Quantum technology news you don't want to miss.

Content

Home

Company

Platform

Technology

Industries

News & Insights

Contact

Documentation

Legal

Disclaimer

Contact

Mail

info@qvhinc.com

Address

Quantum Vision Holdings Inc.

36 Toronto Street, Suite 701,

Toronto, ON M5C 2C5 Canada