Prasenjit Sarkar
By Prasenjit SarkarLast verified: 2026-09-07
Microsoft AzureCloud ComputingEXPERT

AZ-305 Certification: Complete Guide 2026

AZ-305

The az-305 certification page on HydraNode.ai is built for IT professionals aiming to earn the Microsoft Azure Solutions Architect Expert credential through Exam AZ-305. This expert-level exam focuses on designing Azure infrastructure solutions across identity, governance, monitoring, storage, business continuity, and core infrastructure. It is especially relevant for Solutions Architects, Cloud Architects, and Enterprise Architects who need to translate business requirements into secure, scalable Azure designs. With a 100-minute exam, 40-60 questions, and a passing score of 700 out of 1000, az 305 is a serious validation of advanced cloud architecture skills. Use this az305 hub to explore study resources, AI-generated practice tests, and focused prep materials aligned to the current Microsoft exam blueprint.

Exam Details

Exam CodeAZ-305
Duration100 min
Questions40-60
Passing Score700/1000
Exam Cost$165
Validity1 year
Avg. Salary$150,000/yr

Free Exam Dumps

AZ-305 practice questions

243 free questions with verified answers and an explanation for every option. A sample from each bank is below; every question has its own page.

AZ-305 exam dumps (243 questions)

All AZ-305 questions

AZ-305 Question 1

Select 2

Your organization manages workloads across multiple Azure subscriptions for different business units. They plan to centralize their monitoring data, such as metrics, activity logs, and resource diagnostic logs, in a single location to enable advanced analytics and custom alert configuration. You need to design a solution that ensures minimal duplication of data, reduces management overhead, and supports real-time insights across all workloads. Which two approaches should you include in your design? (Select two.)

  1. A

    A. Create a single Azure Monitor Log Analytics workspace in one subscription, and configure Diagnostic Settings at both subscription and resource levels to forward logs and metrics to that workspace.

  2. B

    B. Deploy a dedicated Log Analytics workspace in each subscription, then manually aggregate logs by exporting to a shared storage account whenever analysis is required.

  3. C

    C. Enable the Azure Monitor agent or Log Analytics agent on each VM and container, directing their logs and metrics to the centralized Log Analytics workspace for consolidated analysis.

  4. D

    D. Disable the default retention in Azure Monitor and rely solely on storing logs in Azure Storage for long-term archival and on-demand analysis.

Show answer and explanation

Correct answers: A, C

Explanation

By creating a single Log Analytics workspace and enabling the Azure Monitor agent or Log Analytics agent on each resource, you ensure a cloud-wide, centralized repository for advanced analytics, alerting, and dashboard creation. This approach aligns with Azure Monitor best practices highlighted in Microsoft’s documentation (https://learn.microsoft.com/azure/azure-monitor/overview) and significantly reduces management overhead compared to maintaining multiple workspaces or relying on storage accounts for primary logging.

  • A. Correct.

    A. Correct. Creating a single Log Analytics workspace and configuring Diagnostic Settings for each subscription and resource ensures logs, activity data, and metrics flow into one centralized workspace. This approach simplifies management and enables a unified view in Azure Monitor without creating multiple workspaces or duplicating data.

  • B. Incorrect.

    B. Incorrect. Although separate workspaces per subscription might initially seem organized, it introduces unnecessary complexity and duplicates effort when you need to query logs across the environment. Manual aggregation in a storage account also hampers real-time analysis and alerting.

  • C. Correct.

    C. Correct. Installing the Azure Monitor agent or Log Analytics agent on virtual machines and containers and pointing them to the same centralized workspace is a recommended best practice. This configures a consistent workflow for data collection and real-time analysis in Azure Monitor.

  • D. Incorrect.

    D. Incorrect. Disabling Azure Monitor’s default retention and relying solely on storage accounts complicates real-time monitoring and alerting. This might save on ingestion costs but undermines the ability to quickly correlate and analyze operational data for insights.

AZ-305 Question 2

Single answer

You are migrating a multi-region application consisting of Azure Kubernetes Service (AKS) containers, Azure Functions, and Azure Virtual Machines. The operations team requires a centralized logging solution across all components with at least 30 days of log retention and the ability to query logs for troubleshooting. They also need alert rules for performance anomalies. Which design approach best meets these requirements in a cost-effective manner?

  1. A

    Deploy a single Azure Monitor Log Analytics workspace in a central region, connect all resources to it for log ingestion, configure performance alerts, and set retention to 30 days.

  2. B

    Use local logs on each VM, enable Application Insights for Azure Functions, and rely on AKS default logging. Forward all logs to an on-premises SIEM through Event Grid.

  3. C

    Leverage Azure Storage for raw log files from each resource, parse them using a custom Azure Function for anomalies, and rely solely on Activity Log alerts for notifications.

  4. D

    Create separate Azure Monitor Log Analytics workspaces per resource type, manage log retention individually, and set up different alert rules in each workspace.

Show answer and explanation

Correct answer: A

Explanation

A single Azure Monitor Log Analytics workspace is a recommended best practice for collecting logs across multiple Azure resources like VMs, Functions, and containers. It enables unified querying, centralized retention settings, and straightforward alert configuration. By consolidating logs into one workspace, you reduce complexity and streamline troubleshooting. This approach is documented in Azure Monitor best practices and the official Microsoft documentation: https://learn.microsoft.com/azure/azure-monitor/.

  • A. Correct.

    Correct. A single Azure Monitor Log Analytics workspace provides a centralized portal for collecting and analyzing logs, setting consistent retention, and creating alerts. This approach simplifies management, optimizes cost, and meets the requirement for cross-resource troubleshooting.

  • B. Incorrect.

    Incorrect. Although local logs and individual service-based logging can capture events, scattering logs across multiple collection points complicates correlation, query, and alert configuration. An on-premises SIEM could be used, but it adds overhead and isn’t necessarily the most cost-effective.

  • C. Incorrect.

    Incorrect. Storing raw logs in Azure Storage and manually parsing them with Azure Functions is complex and prone to missing real-time alerts. Activity Log alerts alone offer limited insight into specific resource performance issues.

  • D. Incorrect.

    Incorrect. Deploying multiple workspaces increases management overhead, makes cross-resource troubleshooting more difficult, and may drive up costs. A separate workspace per resource type hinders a unified view of performance and anomalous behavior.

AZ-305 Question 3

Single answer

You manage a microservices-based application running in multiple Azure Kubernetes Service (AKS) clusters, Azure SQL Database instances, and Azure Storage accounts. The operations team is having difficulty troubleshooting performance bottlenecks because logs and metrics are collected in various locations without a unified view. They also want proactive alerts on high CPU usage in AKS pods and long-running queries in Azure SQL Database. Which solution design should you implement to ensure centralized logging, correlated insights, and effective alerting across all these Azure resources?

  1. A

    Deploy Azure Monitor agents on each resource, store logs in Azure Storage accounts, and schedule a daily job to parse them for dashboards and alerts.

  2. B

    Enable Azure Monitor for all resources and configure a single Log Analytics workspace to collect logs, metrics, and set up alerts in a unified environment.

  3. C

    Restrict logging to Azure Monitor for VMs only, because container logs and database logs require separate storage and cannot be combined.

  4. D

    Use built-in Azure Storage analytics for all resources and configure email notifications for alerting on performance issues.

Show answer and explanation

Correct answer: B

Explanation

Centralizing logs and metrics in a single Azure Monitor Log Analytics workspace is a best practice that allows for real-time alerting, unified dashboards, and simplified correlation across diverse Azure resources. According to Microsoft documentation (https://docs.microsoft.com/azure/azure-monitor/), using Azure Monitor ensures each resource’s telemetry is available for querying and analysis in one place, which greatly streamlines troubleshooting and improves operational visibility.

  • A. Incorrect.

    Option 1 is incorrect because while Azure Monitor agents and Azure Storage can capture logs, scheduling a daily parsing job does not provide real-time alerts or an easy way to correlate data across different services. This approach also complicates query and alerting configurations.

  • B. Correct.

    Option 2 is correct. By enabling Azure Monitor and funneling all logs and metrics into a single Log Analytics workspace, you can correlate data from AKS, SQL Database, and Storage. This setup also supports real-time alerts, dashboards, and deeper insights, facilitating a unified monitoring and logging strategy.

  • C. Incorrect.

    Option 3 is incorrect because container logs and database monitoring can be integrated into Azure Monitor. Container Insights can collect logs and metrics from AKS pods, and Azure Monitor can capture SQL Database diagnostics, so there is no need for separate solutions just for containers or databases.

  • D. Incorrect.

    Option 4 is incorrect because Azure Storage analytics provides basic metrics and logging for storage services, but does not offer the comprehensive and correlated insights necessary for complex microservices scenarios. Email notifications alone are insufficient for a robust alerting strategy.

Exam Content

Exam Domains & Topics

Master these 4 domains to pass your exam

1

Design Identity, Governance, and Monitoring

25%
2

Design Data Storage Solutions

20%
3

Design Business Continuity Solutions

15%
4

Design Infrastructure Solutions

30%

Who Should Take This Exam?

  • IT professionals seeking Microsoft Azure expertise
  • Cloud Computing practitioners
  • Cloud architects and engineers
  • DevOps and infrastructure specialists
  • Technical leads and solution architects
  • Career changers entering cloud computing

Study Timeline

8-12 weeks

Recommended duration

01

Foundation · Weeks 1-2

Review exam objectives & core concepts

02

Deep Dive · Weeks 3-6

Study each domain with hands-on labs

03

Practice & Review · Weeks 7-8

Take practice exams & target weak areas

View Full Study Plan

Study Guide

AZ-305 Study Plan

The AZ-305 exam validates advanced Azure architecture skills for designing cloud and hybrid solutions. This expert-level certification demonstrates your ability to design identity, governance, monitoring, data storage, business continuity, and infrastructure solutions on Microsoft Azure. Passing this exam earns you the Microsoft Certified: Azure Solutions Architect Expert credential, recognized globally as a premier cloud architecture certification.

  1. Week 1-2

    Foundation Review and Identity/Governance

    Review Azure fundamentals and dive deep into identity and governance solutions

    • Complete Azure Well-Architected Framework review
    • Master Azure AD authentication methods and conditional access
    • Understand management group hierarchy and Azure Policy
    • Practice creating custom RBAC roles and policies
  2. Week 3-4

    Monitoring and Data Storage Solutions

    Master Azure monitoring capabilities and storage decision-making

    • Learn Azure Monitor, Log Analytics, and KQL queries
    • Understand all storage service options and use cases
    • Practice database selection scenarios
    • Master Cosmos DB partition key design and consistency levels
  3. Week 5-6

    Business Continuity and High Availability

    Design resilient solutions with proper backup and disaster recovery

    • Master availability zones and region pairs
    • Design multi-region disaster recovery solutions
    • Calculate SLAs for composite architectures
    • Understand Azure Site Recovery and Azure Backup
    • Practice load balancing and traffic distribution scenarios
  4. Week 7-8

    Compute Infrastructure Solutions

    Deep dive into compute options, VMs, containers, and serverless

    • Understand VM sizing and scaling strategies
    • Master AKS architecture and networking
    • Design App Service and Function App solutions
    • Practice compute selection decision trees
    • Learn container orchestration patterns
  5. Week 9-10

    Networking and Hybrid Connectivity

    Master Azure networking, security, and hybrid scenarios

    • Design complex virtual network topologies
    • Understand hub-spoke and mesh networking patterns
    • Master ExpressRoute and VPN Gateway options
    • Configure network security with NSGs, ASGs, and Azure Firewall
    • Design Private Link and service endpoint scenarios
  6. Week 11

    Practice Exams and Weak Areas

    Take practice exams and focus on identified knowledge gaps

    • Complete at least 3 full practice exams
    • Review incorrect answers thoroughly
    • Revisit weak domain areas
    • Practice case study analysis
    • Review Azure Architecture Center reference architectures
  7. Week 12

    Final Review and Exam Preparation

    Final consolidation and exam readiness

    • Review all exam objectives systematically
    • Complete final practice exam
    • Review architecture decision flowcharts
    • Memorize key service limits and SKU differences
    • Schedule and take the exam

Study tips

Exam Format Understanding

  • AZ-305 uses case studies with multiple questions per scenario - read scenarios carefully before answering
  • Questions may include drag-and-drop, multiple choice, hotspot, and build list formats
  • You cannot skip and return to case study questions once you move to the next section
  • Expect 'choose all that apply' questions - read carefully to identify how many answers are required
  • Some questions test your ability to identify what WON'T work rather than what will

Architecture Decision-Making

  • Always consider the Well-Architected Framework pillars: reliability, security, cost optimization, operational excellence, and performance
  • When multiple solutions could work, choose based on the scenario's priority (cost vs. performance vs. security)
  • Understand the trade-offs: globally distributed vs. cost, serverless vs. control, managed vs. IaaS
  • Practice drawing architecture diagrams for common scenarios (hub-spoke networks, multi-region apps, hybrid connectivity)
  • Know the decision tree for choosing between similar services (Azure SQL Database vs. Managed Instance vs. SQL on VM)

Hands-On Practice

  • Create at least 10-15 hands-on labs covering each domain - reading alone is insufficient
  • Practice with Azure CLI and PowerShell, not just the portal - exam questions may reference cmdlets
  • Deploy reference architectures from Azure Architecture Center and understand every component
  • Set up Azure Policy, create custom RBAC roles, and configure monitoring alerts in your practice environment
  • Practice designing network topologies with NSGs, route tables, and Azure Firewall rules

Service-Specific Knowledge

  • Memorize Azure service limits and quotas - questions may test whether a design exceeds limits
  • Know SKU differences and when to use each tier (Basic, Standard, Premium) across services
  • Understand which services support availability zones and which are automatically zone-redundant
  • Learn the differences between Azure Load Balancer, Application Gateway, Front Door, and Traffic Manager
  • Know authentication methods for each service (managed identity, SAS tokens, connection strings, Azure AD)

Cost Optimization Focus

  • Understand Azure Reservations, Spot VMs, and savings plans for cost reduction
  • Know storage tier pricing differences and lifecycle management policies
  • Practice using the Azure Pricing Calculator for architecture scenarios
  • Understand the cost implications of data egress, especially for multi-region architectures
  • Learn Azure Hybrid Benefit and how to leverage existing on-premises licenses

Common Pitfalls to Avoid

  • Don't over-architect - choose the simplest solution that meets requirements
  • Watch for trick questions where the 'obvious' answer violates a stated requirement
  • Read every word in scenarios - details like 'must not require code changes' or 'minimize administrative effort' change the answer
  • Understand that 'high availability' and 'disaster recovery' are different requirements
  • Don't assume all Azure services are available in all regions - some questions test region awareness

Final Preparation

  • Take at least 3 full-length practice exams under timed conditions (100 minutes)
  • Review the official exam skills outline the day before and ensure you can explain each topic
  • Create comparison charts for similar services (storage options, compute options, database options)
  • Watch for updates to exam objectives - Azure evolves rapidly and exams are updated quarterly
  • Join study groups or find a study partner to discuss complex architecture scenarios

Exam day checklist

  • Arrive 15 minutes early for online exams to complete system checks and workspace scan
  • Read the entire case study scenario before attempting questions - don't rush
  • Budget approximately 1.5-2 minutes per question, but case studies may require more time
  • Flag difficult questions for review if you're in a non-case study section
  • Remember that case study sections are final - you cannot return once you proceed
  • Look for keywords in questions: 'minimize cost', 'maximize performance', 'highest availability'
  • If unsure between two answers, choose the most secure or most managed option
  • Don't panic if you see a technology you haven't studied - use architectural principles to reason through
  • Use the whiteboard feature (if online) to sketch network diagrams or list requirements
  • Trust your preparation - your first instinct is usually correct; don't second-guess excessively

Career

Career Opportunities

Roles and salary potential for Microsoft Azure Solutions Architect Expert certified professionals

Related Job Titles

Solutions ArchitectCloud ArchitectEnterprise Architect

$150,000

Average Annual Salary

Compare

Certification Comparisons

See how Microsoft Azure Solutions Architect Expert compares to other certifications

Prerequisites

There are no strict formal prerequisites for the Microsoft Azure Solutions Architect Expert certification. However, Microsoft Azure recommends having foundational knowledge of cloud computing concepts and some hands-on experience before attempting the exam. Candidates who invest time in study materials and practice exams typically perform best.

FAQ

Microsoft Azure Solutions Architect Expert FAQs

Common questions about the AZ-305 certification exam

The Microsoft Azure Solutions Architect Expert is a professional certification offered by Microsoft Azure that validates your expertise in the relevant technology domain. The exam code is AZ-305. This certification demonstrates your ability to design, implement, and manage solutions using Microsoft Azure technologies.

The Microsoft Azure Solutions Architect Expert exam typically contains 40-60 questions. These questions are a mix of multiple-choice and scenario-based questions designed to test both theoretical knowledge and practical application.

The passing score for the Microsoft Azure Solutions Architect Expert exam is 700/1000. Note that Microsoft Azure uses a scaled scoring system, so focus on understanding all exam domains thoroughly rather than just achieving the minimum score.

The Microsoft Azure Solutions Architect Expert exam duration is 100 minutes (2 hours). This includes time for reviewing your answers. We recommend practicing with timed mock exams to manage your time effectively.

The Microsoft Azure Solutions Architect Expert exam costs $165. Prices may vary by region and are subject to change. Microsoft Azure occasionally offers discounts or voucher programs for certification exams.

The Microsoft Azure Solutions Architect Expert certification is valid for 1 year. To maintain your certification, you'll need to recertify before it expires, either by passing the current exam version or through Microsoft Azure's continuing education program.

While Microsoft Azure doesn't always require formal prerequisites, we recommend having hands-on experience with the relevant technologies. Familiarity with core concepts and practical experience will significantly improve your chances of passing the exam.

Yes, the Microsoft Azure Solutions Architect Expert exam is proctored and can be taken either at a testing center or online through remote proctoring. Online proctoring allows you to take the exam from home while being monitored via webcam. Ensure you have a quiet, private space with a stable internet connection if choosing the online option.

If you don't pass the Microsoft Azure Solutions Architect Expert exam on your first attempt, you can retake it. Microsoft Azure typically has a waiting period between attempts (usually 14 days for the first retake). Use this time to review the areas where you struggled and take additional practice exams.

To prepare for the Microsoft Azure Solutions Architect Expert exam, we recommend: 1) Review the official exam guide and objectives, 2) Gain hands-on experience with the technologies, 3) Use practice exams to identify knowledge gaps, 4) Study each exam domain thoroughly, and 5) Join study groups or forums to discuss challenging topics with other candidates.

Sources

About the Microsoft Azure Solutions Architect Expert Certification

The Microsoft Azure Solutions Architect Expert (AZ-305) is a expert-level certification offered by Microsoft Azure. This certification validates your expertise in cloud computing and is recognized globally by employers seeking qualified professionals. The exam consists of 40-60 questions to be completed in 100 minutes, with a passing score of 700/1000. The exam fee is $165, and the certification is valid for 1 year.

Why Get Microsoft Azure Solutions Architect Expert Certified?

  • Career Advancement: Certified professionals earn an average of $150,000 per year. Microsoft Azure-certified professionals are among the most sought-after in the cloud computing industry.
  • Industry Recognition: Microsoft Azure certifications are respected worldwide by employers, demonstrating verified competency in cloud computing technologies and practices.
  • Skill Validation: The Microsoft Azure Solutions Architect Expert exam rigorously tests your knowledge across 4 domains, ensuring you have the practical skills employers demand.

Microsoft Azure Solutions Architect Expert Exam Format & Details

The AZ-305 exam is designed to test both theoretical knowledge and practical application. Candidates are given 100 minutes to complete the exam, which contains approximately 40-60 questions. A score of 700/1000 is required to pass. As an expert-level certification, it demands extensive experience and the ability to design complex solutions.

Exam Domains & Topics

The Microsoft Azure Solutions Architect Expert exam covers 4 key domains. Understanding the weight of each domain helps you allocate your study time effectively:

  • Design Identity, Governance, and Monitoring (25% of exam)
  • Design Data Storage Solutions (20% of exam)
  • Design Business Continuity Solutions (15% of exam)
  • Design Infrastructure Solutions (30% of exam)

Who Should Take the Microsoft Azure Solutions Architect Expert Exam?

This certification is designed for professionals in the following roles:

  • IT professionals seeking Microsoft Azure expertise
  • Cloud Computing practitioners looking to validate their skills
  • Professionals preparing for a career in cloud computing
  • Technical specialists aiming to advance their career with an industry-recognized credential
  • Team leads and managers who need to understand cloud computing concepts

Career Opportunities & Salary

Earning the Microsoft Azure Solutions Architect Expert certification opens doors to roles such as Solutions Architect, Cloud Architect, Enterprise Architect. Certified professionals earn an average salary of $150,000 per year, reflecting the high demand for cloud computing skills in today's job market.

Recertification & Renewal

The Microsoft Azure Solutions Architect Expert certification is valid for 1 year. To maintain your credential, you will need to meet Microsoft Azure's renewal requirements before your certification expires. This may include earning continuing education credits, passing a recertification exam, or earning a higher-level certification.

Exam Registration & Cost

The AZ-305 exam costs $165. You can register through Microsoft Azure's official website or an authorized testing center. Most candidates choose between in-person testing at a Pearson VUE or PSI center and online proctored exams taken from home. Be sure to review the exam policies, including identification requirements and prohibited items, before your test date.

How to Prepare for AZ-305

Most candidates need 4-8 weeks of dedicated study to prepare for the Microsoft Azure Solutions Architect Expert exam. Start by reviewing the official exam objectives, then work through each domain systematically. Regular practice with exam-style questions is essential for building confidence and identifying weak areas. Combine reading with hands-on practice to develop both theoretical knowledge and practical skills.

HydraNode publishes 243 free AZ-305 practice questions with answers and explanations, plus a timed practice exam drawn from the same bank. Every question is written to the published objectives, so what you practise matches the format and difficulty of the actual AZ-305 exam.