Yorizon offers European cloud infrastructure for security-critical and regulated applications — with regional data storage, open architecture, and geo-redundant operating models.
Yorizon offers European cloud infrastructure for security-critical and regulated applications — with regional data storage, open architecture, and geo-redundant operating models.
Security-related organizations and critical infrastructure operators are under growing pressure to operate digital platforms, communication systems, and data infrastructures in a resilient, traceable, and permanently controllable manner.
At the same time, the requirements for data storage, auditability, tenant separation, and geo-redundant operating models are increasing. European infrastructure approaches are therefore gaining importance, especially for sensitive and security-critical workloads.
Security-critical organizations often work with complex and historically grown IT landscapes
High requirements for traceability, tenant separation, and operational responsibility
Long-term procurement and security processes make rapid modernization more difficult
Proprietary platform dependencies are increasingly viewed critically
Security-critical organizations often work with complex and historically grown IT landscapes
High requirements for traceability, tenant separation, and operational responsibility
Long-term procurement and security processes make rapid modernization more difficult
Proprietary platform dependencies are increasingly viewed critically
Requirements for geo-redundant operating models and disaster recovery are increasing
Integration of existing control center, communications, and specialist applications remains complex
High requirements for network segmentation, logging, and access control
Security-critical platforms require controllable and traceable operating models
Requirements for geo-redundant operating models and disaster recovery are increasing
Integration of existing control center, communications, and specialist applications remains complex
High requirements for network segmentation, logging, and access control
Security-critical platforms require controllable and traceable operating models
Requirements from information security, data protection, and critical infrastructure environments increase the complexity of cloud projects
Auditability, risk management, and traceable operational processes are increasingly required
European data residency and reduced dependencies on third countries are gaining strategic importance
Requirements from information security, data protection, and critical infrastructure environments increase the complexity of cloud projects
Auditability, risk management, and traceable operational processes are increasingly required
European data residency and reduced dependencies on third countries are gaining strategic importance
Security-critical organizations often work with complex and historically grown IT landscapes
High requirements for traceability, tenant separation, and operational responsibility
Long-term procurement and security processes make rapid modernization more difficult
Proprietary platform dependencies are increasingly viewed critically
Requirements for geo-redundant operating models and disaster recovery are increasing
Integration of existing control center, communications, and specialist applications remains complex
High requirements for network segmentation, logging, and access control
Security-critical platforms require controllable and traceable operating models
Requirements from information security, data protection, and critical infrastructure environments increase the complexity of cloud projects
Auditability, risk management, and traceable operational processes are increasingly required
European data residency and reduced dependencies on third countries are gaining strategic importance
Yorizon supports organizations with security-critical and regulated requirements through open, European cloud infrastructure with controllable operating models.
European infrastructure for sensitive and regulated workloads.
Geo-redundant operating models for high availability and resilience.
Open and transparent infrastructure architecture for regulated environments.
European infrastructure for sensitive and regulated workloads.
Geo-redundant operating models for high availability and resilience.
Open and transparent infrastructure architecture for regulated environments.
European infrastructure for sensitive and regulated workloads.
Geo-redundant operating models for high availability and resilience.
Open and transparent infrastructure architecture for regulated environments.
Public Sector
Hosting of the backend systems for TETRA, Broadband PTT and dispatch control systems.
Two geo-redundant Yorizon data centers, Kubernetes clusters with dedicated tenant isolation, connectivity via secured VPN/MPLS links.
High availability, EU compliance, preparation for VS-NfD, minimization of regional outage risks.
Hosting of the backend systems for TETRA, Broadband PTT and dispatch control systems.
Two geo-redundant Yorizon data centers, Kubernetes clusters with dedicated tenant isolation, connectivity via secured VPN/MPLS links.
High availability, EU compliance, preparation for VS-NfD, minimization of regional outage risks.
Process and visualize real-time data from video, IoT, sensors, and geoinformation.
AI workbench with GPU, streaming data analysis in managed Kubernetes, integration of geodata APIs.
AI-based situation assessment without data export, better operational coordination, GDPR- and VS-compliant processing.
Process and visualize real-time data from video, IoT, sensors, and geoinformation.
AI workbench with GPU, streaming data analysis in managed Kubernetes, integration of geodata APIs.
AI-based situation assessment without data export, better operational coordination, GDPR- and VS-compliant processing.
Robust cloud infrastructure for fire departments, emergency services and BBK.
Two fully redundant data centers in DE/AT, self-service portal with role system.
Fail-safe, locally controlled environment, integration into existing control centers.
Robust cloud infrastructure for fire departments, emergency services and BBK.
Two fully redundant data centers in DE/AT, self-service portal with role system.
Fail-safe, locally controlled environment, integration into existing control centers.
Internal communication compliant with VS-NfD - architecturally prepared.
Open-source stack (Matrix, Nextcloud, Jitsi) on Yorizon Managed Kubernetes with end-to-end encryption.
European collaboration without US software, full data sovereignty.
Internal communication compliant with VS-NfD - architecturally prepared.
Open-source stack (Matrix, Nextcloud, Jitsi) on Yorizon Managed Kubernetes with end-to-end encryption.
European collaboration without US software, full data sovereignty.
Central security analysis platform for government and critical institutions.
AI Workbench with GPU for threat modeling, integration with CheckMK, Elastic, and OpenCTI.
Early attack detection, EU data storage, high performance.
Central security analysis platform for government and critical institutions.
AI Workbench with GPU for threat modeling, integration with CheckMK, Elastic, and OpenCTI.
Early attack detection, EU data storage, high performance.
Compliance & Regulatorik
BSI IT Baseline Protection and ISO 27001 (in certification)
BSI C5 (in preparation)
VS-NfD (prospectively)
NIS2 for critical infrastructure
EU Cloud Code of Conduct and Gaia-X Policy Rules
Currently not certified, but architecturally prepared. VS-NfD certification is planned for the future. ISO 27001 and BSI C5 are in the process of certification.
Geo-redundant locations in Germany and Austria. BMI cloud guidelines for geo-redundancy across two German locations are being addressed.
Tenant isolation at the hypervisor, network, and identity levels. Optional separate physical zones for restricted tenants. Zero-trust approach at the platform level.
Connectivity via dedicated VPN and MPLS links. SIEM integration via CheckMK and Elastic Stack. Open-source collaboration stack (Matrix, Nextcloud, Jitsi) for secure internal communication.
Yes, hosting of backend systems for TETRA, Broadband PTT, and dispatch control systems is possible. The architecture supports high availability (Active/Active or Active/Passive).
