the transition is underway
We focus on industries where security must outlast the systems that created it.
The transition to post-quantum security is not theoretical.
It is already underway, and its impact will not be evenly distributed across systems that were not designed to adapt.
QVH focuses on sectors where data must remain secure for decades while systems are required to adapt to rapidly evolving technologies.
most immediate risks
These industries rely on long-lived data, regulated environments, and infrastructure that must continue eperating through technological shifts.
As quantum computing advances, the security models protecting them today will not be sufficient. QVH enables these systems to transition-without disruption.
Government & Public Sector
The Risk
Long-lived classified data secured today will not remain secure under future quantum compute.
Why It Matters
National security and citizen data depend on confidentiality that must endure for decades.
How QVH Fits
QVH develops systems designed to support migration toward post-quantum cryptographic standards, including Enqrypta Suite for crypto-agile encryption and Ramanujan-1 for hardware-based root-of-trust in sensitive environments.
Designed for integration into existing government systems.
defense & aerospace
The Risk
Mission-critical communications encrypbeded systems rely on encryption that can be broken,
Why It Matters
Compromised systems create long-term strategic and operational risk
How QVH Fits
QVH develops technologies intended to support secure system evolution in mission-critical environments, including Ramanujan-1 for device-level trust and PhotonFlux for high-integrity entropy generation in security-critical systems.
Built for environments where failure is not an option.
Critical Infrastructure
The Risk
Legacy control systems were not designed for evolving cryptographic threats.
Why It Matters
A compromise can disrupt essential services and impact economies and populations.
How QVH Fits
QVH develops infrastructure designed to support modernization without requiring full system replacement, including Ramanujan-1 for system integrity and Enqrypta Suite for crypto-agile security across operational environments.
Designed for long-term system integrity.
high longevity data risk
These industries rely on long-lived data, regulated environments, and infrastructure that must continue eperating through technological shifts.
As quantum computing advances, the security models protecting them today will not be sufficient. QVH enables these systems to transition-without disruption.
healthcare & lifescience
The Risk
Patient and research data must remain private for decades.
Why It Matters
Digital growth increases long-term exposure and compliance demands.
How QVH Fits
QVH supports compliance-driven healthcare environments through EPI-QS, which enables identity, auditability, and data integrity, alongside Enqrypta Suite for post-quantum encryption of sensitive data.
Designed for environments where data integrity and continuity are critical.
Data-Sensitive Enterprises
The Risk
Financial, identity, and proprietary data are being harvested today for future decryption.
Why It Matters
The value of sensitive data extends far beyond the lifespan of current encryption.
How QVH Fits
QVH supports long-term data protection by combining Enqrypta Suite for evolving cryptographic requirements with PhotonFlux to provide high-quality entropy for secure data systems.
Designed for long-term data protection.
STANDARDS & ALIGNMENT