AZ-120: MS Azure for SAP Workloads Specialty Practice Tests

AZ-120: Microsoft Azure for SAP Workloads Specialty certification Practice Exam is meticulously designed to equip candidates with the necessary knowledge and skills to excel in the certification process. This practice exam serves as a comprehensive resource for individuals preparing for the AZ-120 certification, which focuses on the integration of SAP workloads within the Microsoft Azure environment. The exam encompasses a wide range of topics, including the architecture of SAP on Azure, migration strategies, and operational governance, ensuring that candidates are well-versed in both theoretical concepts and practical applications.

This practice exam is crafted to reflect the actual exam format and difficulty level, providing an authentic testing experience. The exam covers critical areas such as SAP HANA on Azure, SAP NetWeaver, and the various Azure services that support SAP applications. Additionally, the practice exam includes detailed explanations for each answer, allowing candidates to understand their mistakes and learn from them. This feature is particularly beneficial for reinforcing knowledge and enhancing retention, as it encourages a deeper engagement with the material.

Microsoft Azure for SAP Workloads Specialty is a comprehensive certification designed for professionals who aim to validate their expertise in deploying and managing SAP solutions on the Azure cloud platform. This certification is particularly relevant in today’s digital landscape, where organizations are increasingly migrating their critical business applications to the cloud to enhance scalability, performance, and security. The updated syllabus reflects the latest advancements in Azure services and SAP technologies, ensuring that candidates are equipped with the most current knowledge and skills necessary to effectively leverage Azure for SAP workloads.

This certification practice exam covers a wide range of topics, including the architecture of SAP solutions on Azure, best practices for deployment, and strategies for optimizing performance and cost-efficiency. Candidates will delve into the intricacies of Azure infrastructure, including virtual machines, networking, and storage options tailored for SAP environments. Additionally, the syllabus emphasizes the importance of security and compliance, guiding professionals on how to implement robust security measures and adhere to regulatory requirements while managing SAP workloads in the cloud.

By obtaining the Microsoft Azure for SAP Workloads Specialty certification, professionals not only enhance their career prospects but also contribute to their organization’s digital transformation initiatives. This certification serves as a testament to their ability to integrate SAP applications with Azure services, thereby enabling businesses to harness the full potential of cloud computing. As organizations continue to seek skilled individuals who can navigate the complexities of cloud-based SAP solutions, this certification positions candidates as valuable assets in the ever-evolving tech landscape.

AZ-120: Microsoft Azure for SAP Workloads Specialty Exam Summary:

• Exam Name : Microsoft Certified – Azure for SAP Workloads Specialty

• Exam Code : AZ-120

• Exam Price :165 (USD)

• Number of Questions: Maximum of 40-60 questions,

• Type of Questions: Multiple Choice Questions (single and multiple response), drag and drops and performance-based,

• Length of Test: 120 Minutes. The exam is available in English and Japanese languages.

• Passing Score: 700 / 1000

• Languages : English at launch. Japanese

• Schedule Exam : Pearson VUE

AZ-120: Microsoft Azure for SAP Workloads Specialty Exam Syllabus Topics:

Migrate SAP workloads to Azure (25—30%)

Identify requirements for target infrastructure

• Estimate target sizing for SAP workloads (Microsoft Documentation: SAP workloads on Azure: planning and deployment checklist)

• Determine supportability of SAP workloads in Azure

• Evaluate compliance by using SAP HANA hardware and cloud measurement tools (Microsoft Documentation: SAP HANA Azure virtual machine storage configurations)

• Identify compute, storage, and network requirements for SAP workloads and HANA Large Instances (HLI) (Microsoft Documentation: SAP HANA on Azure (Large Instances))

• Assess constraints imposed by subscription models and quota limits (Microsoft Documentation: Azure subscription and service limits, quotas, and constraints)

• Evaluate licensing and pricing across SAP tiers (Microsoft Documentation: Explore licensing, pricing, and support for SAP)

• Identify an appropriate data integration service (Microsoft Documentation: Choose a data integration technology)

• Specify an Azure support plan for target infrastructure (Microsoft Documentation: Configure infrastructure)

Design and implement identity, access, and governance for SAP workloads

• Design and implement access control for SAP workloads (Microsoft Documentation: SAP workloads on Azure: planning and deployment checklist)

• Design and implement governance and compliance by using Azure Policy (Microsoft Documentation: Azure Policy)

• Design and integrate Azure Active Directory (Azure AD), part of Microsoft Entra, Azure Active Directory Domain Services (Azure AD DS), and Active Directory authentication for SAP workloads (Microsoft Documentation: Azure Active Directory Domain Services)

• Design and implement authentication for SAP software as a service–based (SaaS-based) applications (Microsoft Documentation: integrating SaaS applications with Azure Active Directory)

Design and implement an SAP migration strategy

• Choose between lift-and-shift, lift-shift-migrate, and lift-shift-migrate to HANA (Microsoft Documentation: Explore migration options for SAP on Azure)

• Choose an appropriate SAP workload migration strategy and tools (Microsoft Documentation: Migrate an SAP platform to Azure)

• Design and implement an SAP migration to Azure (Microsoft Documentation: Migrate an SAP platform to Azure)

• Configure storage to support migration Storage (Microsoft Documentation: Migration Service overview)

Design and implement an infrastructure to support SAP workloads on Azure (25—30%)

Design and implement a compute solution for SAP workloads

• Specify an appropriate compute platform, including Azure Virtual Machines and HLI (Microsoft Documentation: Choose an Azure compute service)

• Choose an SAP-certified Azure virtual machine for a given SAP workload (Microsoft Documentation: Use Azure to host and run SAP workload scenarios)

• Configure the Azure VM extension for SAP solutions (Microsoft Documentation: Implement the Azure VM extension for SAP solutions)

• Deploy an operating system by using an Azure Marketplace image (Microsoft Documentation: Find and use Azure Marketplace VM images with Azure PowerShell)

• Create and deploy a custom image to an Azure virtual machine (Microsoft Documentation: Create a golden image in Azure)

• Automate deployment of Azure Virtual Machines by using infrastructure as code (Microsoft Documentation: Use infrastructure automation tools with virtual machines in Azure)

• Request an Azure HLI

• Connect to an Azure HLI (Microsoft Documentation: Run SAP HANA on Azure (Large Instances))

• Configure license registration for an Azure HLI (Microsoft Documentation: Onboarding requirements)

• Configure and apply operating system updates to an Azure HLI (Microsoft Documentation: Operating System Upgrade)

Design and implement networking for SAP on Azure Virtual Machines or Azure HLI

• Design and implement virtual networks and subnets (Microsoft Documentation: Azure Virtual Network)

• Implement Accelerated Networking for Azure Virtual Machines (Microsoft Documentation: Create a Linux virtual machine with Accelerated Networking using Azure CLI)

• Design and configure proximity placement groups (Microsoft Documentation: Proximity placement groups)

• Design networking to minimize latency (Microsoft Documentation: Microsoft 365 network connectivity principles)

• Design and implement network security (Microsoft Documentation: Design and implement network security)

• Design and implement service endpoints and private endpoints for Azure Storage (Microsoft Documentation: Use private endpoints for Azure Storage)

• Design and implement network flow control (Microsoft Documentation: Traffic flow security in Azure)

• Design name resolution for integration with Azure DNS (Microsoft Documentation: Name resolution for resources in Azure virtual networks)

• Design and configure Azure ExpressRoute for hybrid connectivity (Microsoft Documentation: Extend an on-premises network using ExpressRoute)

• Configure Azure ExpressRoute for Azure HLI (Microsoft Documentation: Create and modify an ExpressRoute circuit)

• Design and implement networking for Azure HLI (Microsoft Documentation: SAP HANA (Large Instances) network architecture)

• Configure routing for Azure HLI

• Design and configure load balancing for a reverse proxy (Microsoft Documentation: Set up and configure reverse proxy in Azure Service Fabric)

Design and implement a storage solution for SAP on Azure Virtual Machines or Azure HLI

• Specify an appropriate storage option, including Managed, Premium, Ultra disk, SOFS with Storage Spaces Direct, Azure NetApp Files, and Azure shared disks (Microsoft Documentation: Azure managed disk types, Share an Azure managed disk)

• Specify when to use disk striping and simple volumes (Microsoft Documentation: Volume Object)

• Design for storage security considerations (Microsoft Documentation: Security recommendations for Blob storage)

• Design and implement data protection (Microsoft Documentation: Data protection considerations)

• Design and implement caching for disks (Microsoft Documentation: Caching guidance)

• Configure Write Accelerator (Microsoft Documentation: Enable Write Accelerator)

• Configure encryption for storage, disks, and data (Microsoft Documentation: Azure Storage encryption for data at rest)

Design and implement high availability and disaster recovery (HA/DR) (20—25%)

Design and implement a high-availability solution for SAP on Azure Virtual Machines or Azure HLI

• Design for service-level agreement (SLA) considerations (Microsoft Documentation: Using business metrics to design resilient Azure applications)

• Design and deploy availability sets and availability zones for SAP workloads (Microsoft Documentation: SAP workload configurations with Azure Availability Zones)

• Design and implement load balancing for high availability (Microsoft Documentation: High Availability and Disaster Recovery)

• Configure clustering for SAP HANA and SAP Central Services (Microsoft Documentation: Cluster an SAP ASCS/SCS instance on a Windows failover cluster)

• Configure Pacemaker and STONITH (Microsoft Documentation: Set up Pacemaker on SUSE Linux Enterprise Server in Azure)

• Configure an Azure fence agent or STONITH Block Device (SBD)

• Design and configure storage-level replication for SAP workloads (Microsoft Documentation: Azure Storage types for SAP workload)

• Design and configure high availability for Azure HLI (Microsoft Documentation: High availability of SAP HANA on Azure VMs on SUSE Linux Enterprise Server)

• Automate deployment by using the SAP deployment automation framework on Azure (Microsoft Documentation: SAP deployment automation framework on Azure)

Design and implement a disaster recovery solution for SAP on Azure Virtual Machines or Azure HLI

• Design and implement an Azure Site Recovery strategy for SAP infrastructure (Microsoft Documentation: Set up disaster recovery for a multi-tier SAP NetWeaver app deployment)

• Design a disaster recovery solution with regional considerations (Microsoft Documentation: Create business continuity and disaster recovery solutions with Azure Data Explorer)

• Specify network configurations for disaster recovery (Microsoft Documentation: Set up disaster recovery for Azure VMs)

• Design and implement policies for backups and snapshots (Microsoft Documentation: Backup cloud and on-premises workloads to cloud)

• Configure and validate snapshots and backups for SAP workloads (Microsoft Documentation: Perform backups and restores for SAP workloads on Azure)

• Perform backup and restore (Microsoft Documentation: Back up and restore environments)

• Test disaster recovery (Microsoft Documentation: Run a test failover (disaster recovery drill) to Azure)

Maintain SAP workloads on Azure (15—20%)

Optimize performance and costs

• Optimize performance and costs for an SAP workload by using Azure Advisor recommendations (Microsoft Documentation: Introduction to Azure Advisor)

• Analyze and optimize network performance (Microsoft Documentation: Plan and optimize network performance for Teams Phone)

• Optimize costs by configuring snoozing and deploying virtual machines (VMs) to reserved instances (Microsoft Documentation: Virtual machines)

• Optimize performance and cost by resizing VMs (Microsoft Documentation: Optimize costs from recommendations)

• Optimize storage costs (Microsoft Documentation: Optimize storage performance and costs using Blob storage tiers)

• Optimize performance and cost of SAP application servers and databases (Microsoft Documentation: SAP workloads on Azure: planning and deployment checklist)

Monitor SAP on Azure

• Monitor VMs (Microsoft Documentation: Monitor Azure virtual machines)

• Monitor HLIs (Microsoft Documentation: Azure Monitor overview)

• Monitor high availability (Microsoft Documentation: Monitor database availability groups)

• Monitor storage (Microsoft Documentation: Monitoring Azure Blob Storage, Monitoring your storage service with Azure Monitor Storage insights)

• Monitor networking (Microsoft Documentation: Azure Monitor Network Insights, Collect data using Network Monitor)

• Configure Azure Monitor for SAP Solutions (Microsoft Documentation: deploy Azure Monitor for SAP solutions in Azure portal)

Furthermore, the AZ-120 practice exam is an invaluable tool for both novice and experienced IT professionals seeking to validate their expertise in managing SAP workloads on Azure. By simulating the exam environment, candidates can assess their readiness and identify areas that require further study. The flexibility of the practice exam allows users to take it at their own pace, making it an ideal resource for busy professionals. Ultimately, this practice exam not only aids in preparation for the certification but also contributes to the overall professional development of individuals aiming to advance their careers in cloud computing and enterprise resource planning.

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