Quantum Computing is expected to challenge the systems that protect today's data.
QVH is working towards securing what comes next.
Technology Evolution & Infrastructure Planning
Certifications and standards alignment include current and in-progress initiatives and may vary by system and deployment. References to standards alignment do not imply regulatory approval or certification.
TECHNOLOGY PLATFORM
A unified, crypto-agile security stack. Together, these systems form the foundation of post-quantum security.
INDUSTRIES
Designed for environments requiring long-term security, resilience, and adaptability.
Organizations operating complex and security-sensitive systems require adaptable infrastructure designed to support evolving operational requirements.
Government & Public Sector
Public infrastructure, identity systems, and government networks navigating evolving cryptographic and cybersecurity considerations. Technologies designed to support organizations evaluating long-term transition planning and evolving security requirements.
Healthcare & Life Sciences
Patient, clinical, and research environments managing sensitive long-lived data with evolving privacy, security, and operational considerations. Technologies designed to support integration within healthcare environments and evolving security requirements.
Defense and Aerospace
Defense, aerospace, and satellite environments with extended operational lifecycles and evolving cryptographic considerations. Technologies designed to support organizations addressing long-term security, infrastructure, and operational requirements.
A Shift in Cryptographic Infrastructure
Digital infrastructure commonly relies on cryptographic systems developed for earlier computing environments.
These technologies have contributed to the development of Internet, digital commerce, and online identity ecosystems.
As computing capabilities evolve, cryptographic infrastructure is also expected to adapt.
The question is no longer whether cryptography will evolve, but how infrastructure will respond.
why now
Post-quantum cryptography remains an area of active standards development and infrastructure planning.
Organizations may evaluate migration considerations as cryptographic frameworks continue to evolve.
Long-term data protection considerations
Long-term data protection planning in response to evolving cryptographic considerations.
Infrastructure adaptation considerations
Existing environments may require adaptation as cryptographic frameworks evolve.
OUR MISSION
As computing capabilities continue to evolve, existing security infrastructure may require adaptation to address emerging cryptographic challenges.
QVH aims to ensures that transition does not compromise system integrity.
01
Data integrity
02
System trust
03
Global infrastructure
Cryptographic infrastructure continues to evolve.
Preparation may influence long-term operational resilience.

Security Must be Architectural
Certain standalone security approaches may present operational limitations in long-term cryptographic planning.
Post-quantum planning may involve considerations beyond algorithm replacement.
Organizations may evaluate infrastructure approaches intended to support evolving cryptographic standards within complex systems.
The R1 Chip and EPI-QS Chip are designed to support cryptographic assurance at the hardware layer and isolated execution environments.
EnQrypta technologies developed with reference to selected NIST post quantum cryptographic frameworks and intended to support existing operational environments.
EPI-QS Vault is designed to support key lifecycle management, policy administration, and audit visibility across distributed systems.
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