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Microsoft Certified: Azure for SAP Workloads Specialty remains active in 2026 and uses AZ-120. Microsoft's current skills outline, effective April 17, 2026, divides the exam across migration, infrastructure design, high availability and disaster recovery, and ongoing SAP operations. Microsoft classifies the credential as a specialty certification with a 12-month renewal cycle.
The target candidate is an architect or engineer who designs and manages SAP landscapes on Azure. Microsoft explicitly expects experience with SAP HANA, SAP Business Suite, SAP NetWeaver, virtualization, storage, networking, high availability, backup, disaster recovery, data protection, and Azure infrastructure. The current exam also expects candidates to use Azure Resource Manager and Bicep-based deployment approaches rather than treating the environment as a collection of manually configured virtual machines.
The first current domain asks candidates to identify target infrastructure requirements before the move begins. Compute, memory, storage throughput, network capacity, quota limits, subscription constraints, software licensing, support plans, and target architecture all have to be understood before a migration method is selected.
SAP workloads are unusually sensitive to sizing mistakes because database memory, storage latency, application-tier capacity, batch windows, and business peaks can all influence the design. A migration plan should therefore connect technical measurements to business timing and risk rather than assume that every source server maps directly to a similar Azure VM.
Azure cost optimization is relevant at this stage because reservations, right-sizing, storage tiering, nonproduction scheduling, and architecture choices can materially change the economics of a large SAP estate.
AZ-120 expects candidates to distinguish lift-and-shift, database migration, heterogeneous migration, and modernization scenarios. The correct method depends on source platform, database technology, network throughput, outage tolerance, rollback requirements, and the amount of data that has to move.
SAP on Azure is useful context when it helps candidates think about infrastructure design, migration constraints, and service ownership rather than treating cloud choice as a product comparison exercise.
SAP on Azure requires more than selecting certified VM sizes. Candidates need to understand storage layouts, accelerated networking, proximity and placement considerations, Azure virtual networks, DNS, private connectivity, Azure Load Balancer, identity, and how different SAP tiers communicate.
Azure Resource Manager matters because the SAP landscape is still an Azure resource architecture that benefits from consistent deployment, governance, access control, and repeatability. Azure Storage is equally important because database and application performance depend heavily on the selected storage design, redundancy, caching, and throughput characteristics.
The current exam gives substantial weight to high availability and disaster recovery. Candidates need to reason about SAP application servers, ASCS/SCS instances, database technologies such as SAP HANA, load balancing, clustering, zones, regions, replication, failover, and recovery.
Business continuity and disaster recovery provide the planning framework for those choices. Azure Backup is one operational component, but backup alone is not a high-availability strategy and should not be confused with replication or rapid failover.
SAP transactions cross database, application, client, integration, and management paths. Latency, name resolution, routing, load balancing, private connectivity, and hybrid links all influence user experience and migration behavior. Administrators should be able to distinguish a slow database from a slow network path rather than tuning the wrong layer.
Azure Load Balancer is relevant where highly available application components need stable traffic distribution and health checking.
The fourth domain covers maintaining SAP workloads on Azure. Monitoring, backup, patching, performance, cost, availability, capacity, security, and change all continue after cutover. The engineer needs to understand both SAP-specific signals and the Azure infrastructure underneath them.
Azure monitoring connects metrics, logs, alerts, and service health to sustained operations. It is especially important for distinguishing application symptoms from platform resource constraints.
Microsoft strongly recommends Azure Administrator Associate for AZ-120 candidates. That recommendation makes sense because SAP specialists still need operational fluency with subscriptions, identity, storage, networking, virtual machines, monitoring, backup, and governance.
Professionals whose responsibilities extend beyond SAP into wider Azure solution design can continue toward Azure Solutions Architect Expert. AZ-120 planning and administration can support exam-specific study once the underlying SAP and Azure architecture is already understood.
A useful way to evaluate an SAP-on-Azure design is to ask what happens when a component, zone, network path, storage layer, or region becomes unavailable. The answer should identify which workloads fail over automatically, which require orchestration, how state is protected, where recovery data comes from, and what business functions remain unavailable during the transition. High availability and disaster recovery are related but different: high availability reduces interruption from local failures, while disaster recovery provides a path when the primary environment cannot continue serving the business.
Those scenarios should be tied to recovery objectives. An SAP landscape that supports time-sensitive finance, manufacturing, or order processing may require a different replication and failover design from a nonproduction reporting system. Recovery-point objectives influence how much data loss is acceptable; recovery-time objectives influence how quickly service must return. Architects should know which Azure and SAP mechanisms contribute to each target and avoid assuming that backup frequency alone determines recoverability.
Performance engineering also needs an end-to-end view. HANA memory, VM sizing, storage throughput, queue depth, network latency, application-server placement, and batch schedules can interact. When a transaction is slow, the correct response is to follow the path and gather evidence rather than immediately increase compute. Capacity changes that solve one bottleneck may increase cost without addressing the actual constraint. The exam's architecture focus reflects that SAP specialists need to reason across layers rather than operate each service in isolation.
Change management is another operational requirement. Kernel updates, database changes, Azure maintenance, network changes, security policy, and infrastructure-as-code deployments all need coordination because SAP landscapes have dependencies that can turn a small infrastructure change into a business outage. Production environments benefit from repeatable deployment, staged validation, maintenance windows, rollback planning, and clear ownership between SAP Basis teams, cloud platform teams, database specialists, and network/security teams.
The specialty assumes that candidates can already navigate Azure resources, networking, storage, identity, monitoring, and governance. Without that foundation, SAP-specific decisions become difficult to evaluate because the candidate is trying to learn both the workload and the cloud platform at the same time. Hands-on experience with virtual networks, private connectivity, storage performance, virtual-machine operations, RBAC, logging, and backup makes the SAP-specific design questions much more concrete.
Likewise, SAP experience matters because the cloud platform cannot explain application-layer dependencies on its own. Candidates should be comfortable with concepts such as HANA, application servers, ASCS/SCS, database replication, sizing, maintenance, and business-critical batch or transaction behavior. The value of the certification lies in the intersection: knowing enough about both SAP and Azure to design a supported system that can be migrated, operated, secured, and recovered.
That is also why the credential remains distinct from the broader Azure Solutions Architect Expert path. An Azure architect may understand general landing-zone, identity, network, data, governance, and resiliency patterns, while AZ-120 goes deeper into how those decisions interact with SAP supportability and workload behavior. Practitioners who work in both roles benefit from understanding the overlap without treating either certification as a substitute for the other.
Governance and identity also affect day-to-day reliability. Subscription design, role assignments, policy, naming, tagging, and separation of duties determine who can change the environment and how easily teams can understand it during an incident. SAP landscapes often involve external support teams and multiple administrative roles, so overly broad permissions create both security and change-management risk. A good architecture gives each team enough access to do its work while protecting shared infrastructure and sensitive business data.
Cost optimization should be continuous rather than a one-time migration exercise. Production HANA capacity may need to remain available around the clock, while development, sandbox, or training systems can often use different schedules and sizing strategies. Storage growth, backup retention, data-transfer patterns, reservations, and nonproduction uptime can all influence long-term cost. Architects should know which savings are safe and which would compromise supportability, performance, or recovery objectives.
Because SAP programs are long-lived, documentation is part of the architecture. Teams need current diagrams, dependency maps, recovery runbooks, sizing assumptions, network flows, escalation paths, and records of why important design decisions were made. Those artifacts reduce the chance that operational knowledge disappears when staff change. They also make future migration, upgrade, or disaster-recovery testing more predictable because the environment can be reasoned about as a system rather than rediscovered during an outage.
Testing is what turns a resilience design into evidence. High-availability failovers, backup restores, regional recovery procedures, DNS changes, and dependency recovery should be exercised before an emergency. A runbook that has never been tested may hide assumptions about credentials, network access, replication lag, or application ordering. Regular exercises also expose whether monitoring and escalation are good enough to detect the failure and coordinate the response.
That operational discipline is central to why AZ-120 remains a specialist credential. SAP on Azure combines a business-critical application stack with a cloud platform whose services evolve continuously. The practitioner has to preserve SAP supportability while taking advantage of Azure automation, resilience, monitoring, and governance. Success comes from understanding the dependencies between those layers, not from memorizing isolated product facts.
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