IntegraQ — Cryptographic Resilience
A crypto-agility and post-quantum readiness platform for discovering cryptographic dependencies, prioritizing long-lived exposure and governing hybrid migration.
What this capability solves
Classical public-key cryptography creates long-term migration risk, especially where sensitive information has a long confidentiality lifetime. IntegraQ turns scattered cryptographic dependencies into a governed inventory, risk model and migration programme.
Technology is implemented as an operating capability: architecture, integration, governance, assurance, people, procedures and measurable outcomes are designed together.
Capability model
Modular building blocks allow the scope to start with a focused pilot and expand into an enterprise operating model.
Crypto Discovery
Inventory TLS, SSH, VPN, PKI, code signing, libraries, appliances, APIs, databases and embedded cryptography.
CBOM & Dependency Graph
Normalize algorithms, keys, certificates, protocols, owners, vendors and dependencies into an actionable cryptographic bill of materials.
HNDL/TNFL Risk
Prioritize exposure by data lifetime, migration effort, system criticality and threat horizon.
Readiness Scanner
Assess protocol, library, key-size and platform readiness for quantum-safe transition.
Hybrid Migration
Design classical + PQC interoperability patterns, fallback controls, key rotation and staged retirement.
IntegraQ Toolkit
Controlled developer/test components for PQC experimentation, interoperability checks and migration validation.
Crypto-Agility Dashboard
Track asset ownership, algorithms, remediation waves, exceptions, test evidence and target retirement dates.
How the capability fits together
Final topology, control placement and deployment model are validated during discovery and detailed design.
Controls & governance
- No uncontrolled algorithm swap
- Hybrid-first compatibility where appropriate
- Key lifecycle and fallback governance
- Vendor/firmware dependency tracking
- Approved algorithm/profile registry
- Independent assurance for high-criticality systems
Priority use cases
- Enterprise PQC readiness
- PKI modernization
- VPN/TLS/SSH migration
- Code-signing modernization
- Long-lived data protection
- IoT/OT crypto inventory
Key deliverables
- Cryptographic inventory/CBOM
- HNDL/TNFL prioritization
- Target crypto architecture
- Migration wave plan
- Pilot/test evidence
- Crypto-agility dashboard and governance
Integration considerations
- CMDB/asset inventory
- PKI, HSM and KMS
- CI/CD and source dependencies
- Network/security platforms
- IoT/OT device management
- Risk/GRC workflows
Phased delivery
Each phase ends with evidence, acceptance criteria and a decision gate before broader scale-out.