Moving an enterprise resource planning (ERP) system to the cloud is easily one of the most high-stakes projects an IT team can tackle. When a company decides to migrate its core SAP environment—the system handling its supply chain, finance, and logistics—there is zero room for error. An outage isn't just an inconvenience; it costs real money every minute the system is down.

That is why traditional cloud generalists often struggle here. Knowing how to spin up a basic virtual machine or configure a standard load balancer isn't enough. You need to understand SAP NetWeaver architecture, SAP HANA memory demands, and how Linux clustering behaves on cloud infrastructure.

Microsoft created the AZ-120: Planning and Administering Microsoft Azure for SAP Workloads specialty exam to bridge this exact gap. It focuses on a simple premise: proving you can run mission-critical SAP systems on Azure without breaking them.

1. Why This Specialty Certification Is Worth It

Most cloud certifications cover a broad set of tools across an entire platform. The AZ-120 is different—it is a niche specialty badge that targets a specific, high-value intersection of enterprise technology. Earning this certification gives you a clear edge in a few distinct ways:

High Impact, High Visibility: SAP projects are sponsored by C-level executives. If you are the engineer who knows how to design and maintain these environments safely, you are directly involved in top-priority enterprise initiatives.

Proving Hard-to-Find Skills: SAP Basis engineers who understand cloud networking are rare. Cloud architects who understand SAP HANA storage rules are just as rare. This badge proves you speak both languages fluently.

Partner and System Integrator Demand: Microsoft partners and global consulting firms actively search for certified AZ-120 engineers because they need verified talent to bid on massive cloud migration contracts.

2. What the Exam Actually Tests

The test gives you 180 minutes to answer 40 to 60 questions, requiring a passing score of 700 out of 1000. It relies heavily on realistic case studies and complex scenarios rather than simple definition checks. The blueprint is split across four core operational areas:

（1）Infrastructure Design for SAP (25–30%)

This section is all about building the foundation. You need to pick the right HANA-certified virtual machine families (like M-series or Mv2-series), design storage layouts that hit strict IOPS targets, and set up dedicated virtual networks and subnets. You will also cover identity integration, governance policies, and licensing requirements.

（2）SAP Migration to Azure (25–30%)

Moving enterprise data to the cloud requires choosing the right path. This domain tests your ability to evaluate different migration strategies—whether that is a straight lift-and-shift, a database migration to HANA, or a hybrid cutover. You need to know how to calculate network bandwidth, pick the right migration tools, and keep business downtime as short as possible.

（3）High Availability and Disaster Recovery (20–25%)

Downtime on an SAP system can bring an entire company to a halt. This module tests your ability to set up high-availability architectures for SAP Central Services (SCS) and HANA databases. You need to master cross-region disaster recovery using Azure Site Recovery, database replication, and Linux clustering setups (like Pacemaker and fence agents).

（4）Operations, Maintenance, and Optimization (20–25%)

Once the system is live, you have to keep it running smoothly. This domain covers monitoring system health with Azure Monitor for SAP Solutions, managing backup and restore routines, analyzing performance bottlenecks, and managing costs through reserved instances.

3. Recent Exam Focus Shifts

Microsoft regularly updates the AZ-120 question pool to match how production environments are built today. The overall domain weights have remained steady, but recent updates emphasize a few clear practical trends:

Storage Evolution: Questions place much heavier weight on selecting high-throughput storage, like Premium SSD v2, Ultra Disks, and Azure NetApp Files, specifically tailored to SAP HANA data and log volumes.

Automation: Manual SAP deployments are largely out. The exam tests your familiarity with deploying SAP landscapes using automated tools like Terraform, Bicep, and Azure Resource Manager (ARM) templates.

Linux Clustering Nuances: Expect detailed scenario questions around configuring Pacemaker clusters, fence agents (STONITH), and SBD mechanisms on Linux VMs running in Azure.

4. Career Impact and Salary Expectations

Because the overlap of SAP and cloud expertise remains small, professionals who hold the AZ-120 specialty command strong leverage in the job market. Here is what compensation looks like in the current market:

SAP Cloud Infrastructure Engineer: Mid-level engineers handling day-to-day operations and cloud migrations typically earn between $115,000 and $138,000 per year.

Senior SAP on Azure Architect: Lead engineers with several years of hands-on migration experience regularly see base salaries from $145,000 to $180,000+.

Enterprise Principal Consultant: Senior leads at major consultancies or government contractors often see total packages pushing well past $195,000.

5. How to Prepare and Pass

The AZ-120 is not an exam you can pass by skimming documentation or memorizing slides. Because the questions drop you into complex, real-world scenarios, you need to understand how components interact when things go wrong—like a failed cluster node or a storage bottleneck during a database migration.

When you finish reviewing official technical guides, testing your knowledge against realistic scenarios is key. SPOTO provides up-to-date AZ-120 practice question sets and exam simulators built around the latest exam objectives. Working through these scenario-based questions helps you catch your technical blind spots, practice handling multi-step case studies, and enter the testing room with the confidence to pass on your first try.