SAP on AWS, Microsoft Azure and Google Cloud
Give SAP a cloud foundation worthy of a critical workload.
Cygnivo engineers secure, resilient and automated SAP cloud foundations across AWS, Microsoft Azure and Google Cloud, aligned to enterprise standards and the realities of SAP operations.
Translate certified patterns into a landscape that fits actual workload behavior.
Make infrastructure, policy and recovery repeatable through code.
Connect cloud, SAP Basis, security, resilience and cost governance.
The transformation challenge
Cloud infrastructure is only useful when SAP can run predictably on it.
The platform must reconcile enterprise landing zone standards with SAP specific availability, performance, maintenance and recovery requirements.
Shared architecture
Align cloud, network, identity, security and SAP teams on a single target architecture and responsibility model.
Resilience by design
Engineer availability, backup, recovery and observability against business service objectives.
Operational control
Automate provisioning and policy while making performance, capacity and cost visible.
Complete service coverage
SAP workload engineering across AWS, Microsoft Azure and Google Cloud.
Cygnivo combines SAP architecture, cloud platform engineering, security, resilience and operations so critical SAP workloads run predictably on the selected hyperscaler.
Cloud strategy and architecture
Select the provider and target design against enterprise requirements.
- Workload discovery and dependency mapping
- Provider and region evaluation
- SAP certified architecture patterns
- Sizing, capacity and performance planning
- Migration waves and commercial roadmap
Foundation engineering
Create repeatable cloud foundations for SAP landscapes.
- Landing zones and account structures
- Hybrid connectivity and network segmentation
- Enterprise identity and privileged access
- Infrastructure as code and policy automation
- Environment provisioning and transport paths
SAP workload resilience
Engineer availability and recovery around business service objectives.
- SAP HANA compute and storage design
- High availability architecture
- Backup, restore and disaster recovery
- Performance testing and optimization
- Recovery rehearsals and evidence
Security and operations
Operate SAP and cloud services through one accountable model.
- Monitoring, logging and observability
- Patching and vulnerability management
- Capacity and lifecycle management
- FinOps, tagging and cost allocation
- Runbooks, automation and service ownership
How we move forward
From landing zone to operated SAP platform.
Cloud design, workload migration and operations are developed as one platform product.
Shape the roadmapFrame
Confirm workload, service level, regulatory and enterprise cloud requirements.
Engineer
Build the landing zone, connectivity, security, automation and recovery patterns.
Migrate
Plan waves, validate performance and execute controlled workload transitions.
Operate
Monitor, secure, optimize and continually improve the SAP cloud platform.
What we bring together
Hyperscaler capability with SAP operational depth.
The service is platform neutral and pattern led, with engineering choices grounded in workload and operating model requirements.
Cloud landing zones
Accounts, subscriptions, projects, guardrails, logging and shared services.
Network & identity
Hybrid connectivity, DNS, segmentation, privileged access and identity integration.
SAP workload architecture
Compute, storage, scale, availability and SAP supported deployment patterns.
Infrastructure as code
Repeatable environments, policy automation and controlled change pipelines.
Resilience engineering
Backup, disaster recovery, rehearsals and service level evidence.
Cloud operations & FinOps
Observability, capacity, patching, cost allocation and optimization.
What good looks like
A cloud platform that reduces friction instead of moving it.
Well engineered foundations make environments repeatable, recovery testable, responsibilities clear and ongoing SAP operations more predictable.
- Repeatable SAP environments
- Testable resilience
- Visible performance and cost
Service FAQ
Engineering SAP on a hyperscaler.
Answers for architecture teams comparing providers, resilience patterns and operating responsibilities.
How should we choose AWS, Microsoft Azure or Google Cloud for SAP?
The choice should consider enterprise cloud commitments, regional availability, SAP certified infrastructure, network proximity, identity standards, data services, operating skills and commercial structure. Cygnivo evaluates the complete SAP landscape rather than selecting on infrastructure price alone.
Does Cygnivo use SAP certified infrastructure patterns?
Yes. Designs are aligned to current SAP and hyperscaler guidance, supported instance types and storage or network requirements. Each architecture is then adapted for the organization’s availability, recovery, security and operational constraints.
How are high availability and disaster recovery designed?
Recovery objectives, failure domains, replication, backup, network dependencies and operational procedures are designed as one system. Recovery is validated through runbooks and testing instead of being treated as an infrastructure diagram only.
Who operates the SAP cloud platform after migration?
Cygnivo can define a shared responsibility model for internal teams, the cloud provider, SAP operations and managed services. Monitoring, patching, backup, capacity, security, incident ownership and cost controls are assigned before production cutover.
Start with your decision