Discovery
Identify cryptographic dependencies, vulnerabilities and exposure across servers, applications and networks. Establish what is in use and where changes could affect connected systems.
ResultA cryptographic inventory and bill of materials.
Quantum Security.
Understand your exposure.
Plan your quantum-safe transition.
Prepare your organisation for post-quantum cryptography (PQC) by identifying dependencies across servers, applications and networks. Build a risk-based migration roadmap around your architecture, integration needs and operational continuity.
From cryptographic visibility to a practical migration plan.
Quantum Security is Quantissential’s approach to post-quantum cryptographic migration. It starts with an inventory of the cryptographic dependencies across your existing infrastructure, then turns that assessment into a roadmap based on risk and business priorities. The aim is to evolve protection while preserving compatibility, performance and operational continuity, with ongoing monitoring as standards and requirements change.
Cryptographic discovery and dependency mapping
Risk-based migration prioritisation
Hybrid cryptography and QRNG integration
Integration with existing enterprise systems
Ongoing monitoring and cryptographic agility
Know your dependencies.
Plan your next move.
Emerging quantum risks, AI-driven threats and evolving security requirements make visibility into your cryptography increasingly important. Quantum Security follows a staged approach: understand what is in use, decide what needs attention, and build a transition around the systems your organisation relies on.
Prioritisation
Rank systems by risk and plan the order of migration around your architecture and continuity needs. Turn the inventory into practical priorities for assessment, integration and deployment.
ResultA migration roadmap based on risk and business priorities.
Migration
Integrate standards-based hybrid cryptographic methods and plan QRNG integration as part of the wider security architecture. Structure deployment around compatibility, performance and the needs of existing systems.
ResultHybrid protection integrated into the target infrastructure.
Monitoring
Maintain oversight after deployment and review the design as standards, requirements and infrastructure evolve. Keep cryptographic change part of ongoing security management.
ResultSustained cryptographic agility.
Built around
your existing systems.
A successful transition has to account for interoperability and the continued operation of critical systems. The approach combines software and hardware considerations with a modular design that can adapt over time.
Classical and post-quantum methods together
Use a hybrid approach to bring post-quantum methods into an existing cryptographic environment. Plan for secure coexistence and a phased transition while addressing compatibility and integration requirements.
Software and hardware in the same design
Address cryptographic randomness alongside algorithm migration, with quantum random number generation (QRNG) included in the integration approach. Consider deployment and auditability across both software and hardware.
Integration shaped by your architecture
Align assessment, integration, deployment and ongoing management with your existing servers, applications and networks. Keep operational priorities and dependencies visible throughout the migration.
Cryptographic agility over time
Build around a modular approach so cryptographic methods can be reviewed and updated as standards and organisational requirements change. Treat adaptability as part of the security architecture.