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Simulation test system
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Skills measured
- Design data storage (15-20%)
- Design monitoring (10-15%)
- Design infrastructure (25-30%)
- Design identity and security (25-30%)
- Design business continuity (10-15%)
Reference: https://docs.microsoft.com/en-us/learn/certifications/exams/az-304
What are the main details of the Microsoft AZ-304 exam?
Microsoft AZ-304: Microsoft Azure Architect Design is a 150-minute test. The number of questions varies from one exam to another, but the students can expect between 40 and 60 items in their test. To take this certification exam, you must first register with Pearson VUE and pay the fee of $165. This amount is for a single delivery of the test, which means that if a candidate does not pass the exam at the first attempt, he or she will have to pay another fee to retake it. Microsoft AZ-304 is available in English, Korean, Simplified Chinese, and Japanese.
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Microsoft AZ-304 Exam Syllabus Topics:
| Topic | Details |
|---|---|
Design Monitoring (10-15%) | |
| Design for cost optimization | -recommend a solution for cost management and cost reporting -recommend solutions to minimize costs |
| Design a solution for logging and monitoring | -determine levels and storage locations for logs -plan for integration with monitoring tools including Azure Monitor and Azure Sentinel -recommend appropriate monitoring tool(s) for a solution -choose a mechanism for event routing and escalation -recommend a logging solution for compliance requirements |
Design Identity and Security (25-30%) | |
| Design authentication | -recommend a solution for single-sign on -recommend a solution for authentication -recommend a solution for Conditional Access, including multi-factor authentication -recommend a solution for network access authentication -recommend a solution for a hybrid identity including Azure AD Connect, Azure ADConnect cloud sync and Azure AD Connect Health -recommend a solution for user self-service -recommend and implement a solution for B2B integration - NOT: federation with ADFS or PingFederate |
| Design authorization | -choose an authorization approach -recommend a hierarchical structure that includes management groups, subscriptions and resource groups - recommend an access management solution including RBAC policies, access reviews, role assignments, Privileged Identity Management (PIM), Azure AD Identity Protection, Just In Time (JIT) access |
| Design governance | -recommend a strategy for tagging -recommend a solution for using Azure Policy -recommend a solution for using Azure Blueprints - recommend a solution that leverages Azure Resource Graph |
| Design security for applications | -recommend a solution that includes Key Vault -recommend a solution that includes Managed Identities -recommend a solution for integrating applications into Azure AD |
Design Data Storage (15-20%) | |
| Design a solution for databases | -select an appropriate data platform based on requirements -recommend database service tier sizing -recommend a solution for database scalability -recommend a solution for encrypting data at rest, data in transmission, and data in use |
| Design data integration | -recommend a data flow to meet business requirements - recommend a solution for data integration, including Azure Data Factory, Azure Data bricks, Azure Data Lake, Azure Synapse Analytics |
| Select an appropriate storage account | -choose between storage tiers -recommend a storage access solution -recommend storage management tools |
Design Business Continuity (10-15%) | |
| Design a solution for backup and recovery | - recommend a recovery solution for Azure hybrid and on-premises workloads that meets recovery objectives (RTO, RLO, RPO) -design and Azure Site Recovery solution -recommend a solution for recovery in different regions - recommend a solution for geo-redundancy of workloads -recommend a solution for Azure Backup management -design a solution for data archiving and retention |
| Design for high availability | - recommend a solution for application and workload redundancy, including compute, database, and storage -recommend a solution for autoscaling -identify resources that require high availability -identify storage types for high availability |
Design Infrastructure (25-30%) | |
| Design a compute solution | -recommend a solution for compute provisioning - determine appropriate compute technologies, including virtual machines, App Services, Service Fabric, Azure Functions, Windows Virtual Desktop, Batch, HPC and containers -recommend a solution for containers -recommend a solution for automating compute management |
| Design a network solution | - recommend a network architecture (hub and spoke, Virtual WAN) -recommend a solution for network addressing and name resolution -recommend a solution for network provisioning -recommend a solution for network security including private Link, firewalls, gateways, network segmentation (perimeter networks/DMZs/NVAs) - recommend a solution for network connectivity to the Internet, on-premises networks, and other Azure virtual networks -recommend a solution for automating network management -recommend a solution for load balancing and traffic routing |
| Design an application architecture | - recommend a microservices architecture including Event Grid, Event Hubs, Service Bus, Azure Queue Storage, Logic Apps, Azure Functions, Service Fabric, AKS, Azure App Configuration and webhooks - recommend an orchestration solution for deployment and maintenance of applications including ARM templates, Azure Automation, Azure Pipelines, Logic Apps, or Azure Functions -recommend a solution for API integration |
| Design migrations | -assess and interpret on-premises servers, data, and applications for migration -recommend a solution for migrating applications and VMs -recommend a solution for migration of databases determine migration scope, including redundant, related, trivial, and outdated data - recommend a solution for migrating data (Storage Migration Service, Azure Data Box, Azure File Sync-based migration to hybrid file server) |
What topics are covered in the Microsoft AZ-304 exam?
The Microsoft AZ-304 exam is developed to measure one’s ability to design monitoring, data storage, identity & security, business continuity, and infrastructure. Each topic has a specific percentage related to it, which indicates the weight of questions that may be expected from each of them. Below are the details of these objectives:
Design Monitoring: 10-15%
- Design for cost optimization: this requires that the examinees know how to recommend solutions for cost reporting and cost management as well as solutions to reduce costs.
- Design solutions for monitoring and logging: this covers one’s skills in determining storage locations and levels for logs; planning for integration with the monitoring tools, which include Azure Sentinel and Azure Monitor. It also comes with the relevant skills in selecting mechanisms for event escalation and routing, as well as recommending the logging solution for compliance prerequisites.
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