Tamper-resistant protection
Reduce the risk of key extraction or misuse by keeping critical key operations within dedicated hardware.
Technology Partners & Solutions
Utimaco
Protect cryptographic keys, identities and sensitive data with HSM, key-management and crypto-agility capabilities designed for high-assurance environments.
Overview
Cryptography for today—and for the transition ahead.
Utimaco provides technologies for hardware security modules, enterprise key management, digital identities and cryptographic infrastructure. These capabilities are used in environments where the compromise of keys or signing operations would create significant security or trust impact.
CRATOS CAN helps organizations assess cryptographic requirements, design appropriate trust architectures, integrate HSM and key-management capabilities and plan for crypto-agility as algorithms and regulatory expectations evolve.
Solution areas
Key Utimaco security capabilities.
Cryptographic controls can be applied across on-premises, cloud and hybrid architectures.
- Hardware Security Modules (HSM)Generate, protect and use cryptographic keys inside tamper-resistant hardware designed to provide a strong trust anchor.
- Enterprise key managementCentralize lifecycle management for keys, certificates and secrets across hybrid IT and cloud environments.
- Encryption solutionsProtect sensitive data at rest, in transit and in operational or production environments.
- PKI & digital identitiesSupport trusted certificate, signature, authentication and identity infrastructures.
- Post-Quantum Cryptography readinessPrepare migration paths toward quantum-resistant algorithms and improve crypto-agility before large-scale transitions become urgent.
HSM as a trust anchor
Protect the keys behind critical digital services.
A hardware security module separates sensitive cryptographic operations from general-purpose systems and provides stronger control over key material.
High-assurance architectures
Support regulated, payment, government, industrial and other environments with strong cryptographic requirements.
Flexible deployment
Integrate HSM capabilities into data-centre, cloud and hybrid architectures according to availability and trust requirements.
Standards alignment
Design solutions with recognized security standards and certifications such as applicable FIPS 140 requirements in mind.
Post-quantum & crypto-agility
Prepare before cryptographic migration becomes a crisis.
Long-lived sensitive data and infrastructure dependencies make cryptographic transition a multi-year architecture concern.
Cryptographic inventory
Identify algorithms, certificates, keys and dependencies across applications and infrastructure.
Migration strategy
Prioritize systems according to data lifetime, criticality and ability to adopt new algorithms.
Hybrid transition
Support architectures that can use current and emerging quantum-resistant approaches during migration periods.
Governance
Establish ownership and lifecycle processes so future cryptographic changes can be executed deliberately.
CRATOS CAN services
From selection to integration and enablement.
The engagement can cover both technical implementation and the operating model around cryptographic controls.
- Solution & license guidanceDetermine the HSM, key-management and cryptographic capabilities appropriate for the use case.
- Architecture & integrationIntegrate solutions with applications, PKI, cloud services, identity systems and operational environments.
- Training & knowledge transferEnable administrators and security teams to operate cryptographic infrastructure safely.
- Compliance & assurance supportConnect technical controls to applicable Canadian requirements, contractual needs and standards such as ISO 27001 or FIPS-based assurance where relevant.
Your direct benefits
Measurable value for security teams and decision-makers.
Maximum data trust
Strengthen protection for cryptographic keys, certificates and digital identities.
Assurance-ready design
Create traceable controls and architecture documentation around key-management processes.
Future readiness
Improve crypto-agility and prepare for the transition toward post-quantum cryptography.
Efficient rollout
Coordinate architecture, integration and enablement as one security workstream.