The cryptography protecting sensitive data today was not designed for the quantum era
Quantum Vision provides proprietary hardware and software designed to support organizations transitioning their security infrastructure to post-quantum cryptographic standards.
The platform is designed to integrate hardware, cryptographic software, and centralized control capabilities within a unified architecture.
Much of today’s digital infrastructure relies on cryptographic systems developed based on current computational assumptions. As research in quantum computing progresses, some organizations are assessing how evolving capabilities may affect long-term data protection strategies. Quantum Vision’s approach focuses on infrastructure intended to support post-quantum transition planning.
Platform Overview
Our platform integrates key components designed to support evolving long-term cryptographic strategies:
Secure hardware roots of trust
Cryptography informed by NIST post-quantum standards
Cryptographic lifecycle and identity management
Software-defined architecture intended to integrate with existing systems

product components
Disclaimer: Certain components described in this table are under development, in testing, or may not be commercially available. Descriptions are provided for informational purposes only and do not constitute representations regarding availability, performance, or regulatory status.
product lifecycle
How our products map to the cryptographic key lifecycle
Software platform components are available for pilot deployment. Hardware components are in development or early manufacturing. No assurance can be given as to the timing or outcome of development activities.
Hover or tap a product row or lifecycle column to explore
Deployment Model
01
Available now
Software
Pilots
Deploy Enqrypta Forge and Keystone into existing environments.
03
POB in manufacturing
Hardware Trust Anchors
Deploy R1 Chip and EPI-QS Chip for device-level anchoring.
04
Roadmap
Full
Platform
Complete hardware and software stack across all
deployment environments.
05
Roadmap
Vertical
Expansion
Sector-specific deployments across healthcare, government, and critical infrastructure.
Why a Platform Approach
Post-quantum security considerations are often evaluated across multiple layers of infrastructure.
Hardware-based and software-based approaches each involve different operational characteristics and trade-offs. In environments managing long-lived or sensitive data, organizations may consider architectural strategies as part of broader risk planning discussions.
Quantum Vision’s 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.
01
Hardware Foundation
Device level trust anchors, hardware entropy, isolated key storage.
02
Cryptographic Software
ML-KEM, ML-DSA, SLH-DSA aligned algorithms integrated into existing environments.
03
Cryptographic Control Plane
Key lifecycle, policy enforcement, cryptographic agility, and audit visibility.
Designed for Real-World Deployment
Quantum Vision’s platform is engineered with the aim of supporting environments where uptime, compliance, and operational continuity are critical considerations.
The architecture is designed to integrate with existing systems, where applicable, 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 generally understood to involve planning over extended time horizons rather than a single implementation event. Our platform is designed to decouple cryptographic capabilities from hardware refresh cycles and static software dependencies. This architecture is intended to facilitate incremental migration approaches that organizations may evaluate in alignment with operational requirements and applicable regulatory considerations.
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