Flexible Implementation
Whether you’re a government agency securing national infrastructure, a financial institution protecting transaction systems, or an enterprise safeguarding critical operations — the path to quantum-safe protection follows the same proven stages. We meet you where you are, with deployment approaches tailored to your operational requirements, regulatory environment, and risk profile.
Assessment & planning
Evaluation of your current cryptographic infrastructure, identification of quantum-vulnerable systems, and development of a prioritised roadmap for quantum readiness. This stage answers the fundamental question: where are you most exposed, and what should you protect first?
Pilot deployments
Limited-scope implementations demonstrating capability while building organisational confidence and technical expertise. Pilots are designed to prove value within existing infrastructure constraints, generating evidence for broader deployment decisions.
full integration
Comprehensive deployment across your networks, systems, and infrastructure with training, ongoing support, and continuous refinement through the Integrated Defence Loop. Full integration means the complete Qorsa platform configured for your operational environment — not a point solution bolted onto existing architecture.
Deployment Stages
For Government and Defence:
- Cryptographic inventory across classified and unclassified networks.
- Assessment of military-civilian interdependencies.
- Alignment with national quantum readiness mandates and allied interoperability requirements.
For Enterprise and Critical Infrastructure:
- Cryptographic audit across business systems, payment infrastructure, and operational technology.
- Identification of regulatory exposure (NIST, DORA, NIS2).
- Prioritisation by business risk and data sensitivity.
For Government and Defence:
- Controlled deployment on a defined network segment.
- Validation of zero-downtime cryptographic transitions under operational conditions.
- Evidence package for procurement and programme approval.
For Enterprise and Critical Infrastructure:
- Proof-of-concept on a representative system — payment infrastructure, SCADA network, or clinical system.
- Performance validation and integration testing.
- Business case documentation for executive approval.
For Government and Defence:
- National-scale deployment across government networks.
- Hardware security modules for legacy and extreme-environment systems.
- Allied interoperability configuration. Sovereign manufacturing options for nations requiring hardware chain-of-custody assurance.
For Enterprise and Critical Infrastructure:
- Organisation-wide deployment across business systems, operational technology, and customer-facing infrastructure.
- Inline hardware deployment for legacy systems that cannot be modified.
- Regulatory compliance validation and ongoing monitoring.
Why Timing Matters
The quantum threat operates today. Adversaries are harvesting encrypted communications right now — government records, financial transactions, intellectual property, healthcare data, infrastructure controls. Quantum-safe capability exists right now. Closing the gap between threat and protection requires action now — not waiting for quantum computers to arrive, but preparing while defensive advantages remain achievable.
Organisations that begin the assessment today position themselves to complete transition before the window closes. Those that wait face compressed timelines, reduced options, and the certainty that data harvested in the interim cannot be retroactively protected.
Proven. Validated. Deployed.
Cryptographic agility validated at NATO SHINE 2025 | Applied research partnership with the University of Waterloo | Headquartered in Waterloo, Ontario, with European operations in The Hague
