Master the Microsoft Certified: Azure Security Engineer Associate exam with our comprehensive Q&A collection. Review questions by topic, understand explanations, and build confidence for exam day.
Strategies to help you tackle Microsoft Certified: Azure Security Engineer Associate exam questions effectively
Allocate roughly 1-2 minutes per question. Flag difficult questions and return to them later.
Pay attention to keywords like 'MOST', 'LEAST', 'NOT', and 'EXCEPT' in questions.
Use elimination to narrow down choices. Often 1-2 options can be quickly ruled out.
Focus on understanding why answers are correct, not just memorizing facts.
Practice with real exam-style questions for Microsoft Certified: Azure Security Engineer Associate
Conditional Access policies with location-based conditions are correct because they allow you to enforce MFA based on the user's location (trusted vs. untrusted networks). You can define named locations for your corporate network and create a policy that requires MFA only when users connect from outside these trusted locations. Azure AD Password Protection focuses on preventing weak passwords, Identity Protection addresses risk-based scenarios, and Self-Service Password Reset is for password management, none of which provide location-based MFA enforcement.
Configuring role settings to require approval on activation and enabling audit history export is correct because PIM allows you to set activation requirements (including approval) directly in the role settings, and PIM automatically maintains a detailed audit trail of all role activations that can be exported. While Azure AD audit logs do capture PIM activities, option A directly addresses both requirements through PIM's native features. Access reviews are for periodic access certification, not activation approval. Conditional Access and security defaults don't provide role-specific activation controls or the detailed PIM audit trail needed.
Azure Security Center Adaptive Application Controls (now part of Microsoft Defender for Cloud) is correct because it uses machine learning to analyze running applications and create allowlists of known-safe applications, blocking unauthorized executables. It provides centralized management through Defender for Cloud and generates security recommendations and alerts. Azure Firewall controls network traffic, not application execution on VMs. NSGs and ASGs control network access between resources. While Azure Policy can deploy VM extensions, it doesn't provide the application whitelisting and machine learning capabilities needed for this scenario.
Configuring a virtual network service endpoint and adding firewall rules for the on-premises IP range is correct because service endpoints extend your VNet identity to Azure SQL Database, allowing access from specified subnets while removing public internet access from that path. Adding firewall rules for on-premises IP ranges (accessed via ExpressRoute) completes the solution. While Private Link is also valid, option A is the most straightforward solution that addresses both requirements. Azure Firewall would add unnecessary complexity for database access control. NSGs cannot be directly associated with PaaS services like Azure SQL Database.
Enabling soft delete and purge protection is correct because soft delete allows recovery of deleted keys for a retention period (up to 90 days), and purge protection prevents permanent deletion during this period, even by administrators. This two-layer protection ensures keys can be recovered from accidental or malicious deletion. Azure Backup doesn't support Key Vault keys and secrets. Access policies cannot create deny assignments (these exist at the subscription/resource group level). Resource locks can prevent deletion but don't provide the recovery capability that soft delete offers, and they can still be removed by administrators with sufficient permissions.
Review Q&A organized by exam domains to focus your study
30% of exam • 3 questions
What is the primary purpose of Manage Identity and Access in Cloud Computing?
Manage Identity and Access serves as a fundamental component in Cloud Computing, providing essential capabilities for managing, configuring, and optimizing Microsoft Azure solutions. Understanding this domain is crucial for the Microsoft Certified: Azure Security Engineer Associate certification.
Which best practice should be followed when implementing Manage Identity and Access?
When implementing Manage Identity and Access, follow the principle of least privilege, ensure proper documentation, implement monitoring and logging, and regularly review configurations. These practices help maintain security and operational excellence.
How does Manage Identity and Access integrate with other Microsoft Azure services?
Manage Identity and Access integrates seamlessly with other Microsoft Azure services through APIs, shared authentication, and native connectors. This integration enables comprehensive solutions that leverage multiple services for optimal results.
20% of exam • 3 questions
What is the primary purpose of Secure Networking in Cloud Computing?
Secure Networking serves as a fundamental component in Cloud Computing, providing essential capabilities for managing, configuring, and optimizing Microsoft Azure solutions. Understanding this domain is crucial for the Microsoft Certified: Azure Security Engineer Associate certification.
Which best practice should be followed when implementing Secure Networking?
When implementing Secure Networking, follow the principle of least privilege, ensure proper documentation, implement monitoring and logging, and regularly review configurations. These practices help maintain security and operational excellence.
How does Secure Networking integrate with other Microsoft Azure services?
Secure Networking integrates seamlessly with other Microsoft Azure services through APIs, shared authentication, and native connectors. This integration enables comprehensive solutions that leverage multiple services for optimal results.
25% of exam • 3 questions
What is the primary purpose of Secure Compute, Storage, and Databases in Cloud Computing?
Secure Compute, Storage, and Databases serves as a fundamental component in Cloud Computing, providing essential capabilities for managing, configuring, and optimizing Microsoft Azure solutions. Understanding this domain is crucial for the Microsoft Certified: Azure Security Engineer Associate certification.
Which best practice should be followed when implementing Secure Compute, Storage, and Databases?
When implementing Secure Compute, Storage, and Databases, follow the principle of least privilege, ensure proper documentation, implement monitoring and logging, and regularly review configurations. These practices help maintain security and operational excellence.
How does Secure Compute, Storage, and Databases integrate with other Microsoft Azure services?
Secure Compute, Storage, and Databases integrates seamlessly with other Microsoft Azure services through APIs, shared authentication, and native connectors. This integration enables comprehensive solutions that leverage multiple services for optimal results.
25% of exam • 3 questions
What is the primary purpose of Manage Security Operations in Cloud Computing?
Manage Security Operations serves as a fundamental component in Cloud Computing, providing essential capabilities for managing, configuring, and optimizing Microsoft Azure solutions. Understanding this domain is crucial for the Microsoft Certified: Azure Security Engineer Associate certification.
Which best practice should be followed when implementing Manage Security Operations?
When implementing Manage Security Operations, follow the principle of least privilege, ensure proper documentation, implement monitoring and logging, and regularly review configurations. These practices help maintain security and operational excellence.
How does Manage Security Operations integrate with other Microsoft Azure services?
Manage Security Operations integrates seamlessly with other Microsoft Azure services through APIs, shared authentication, and native connectors. This integration enables comprehensive solutions that leverage multiple services for optimal results.
After reviewing these questions and answers, challenge yourself with our interactive practice exams. Track your progress and identify areas for improvement.
Common questions about the exam format and questions
The Microsoft Certified: Azure Security Engineer Associate exam typically contains 50-65 questions. The exact number may vary, and not all questions may be scored as some are used for statistical purposes.
The exam includes multiple choice (single answer), multiple response (multiple correct answers), and scenario-based questions. Some questions may include diagrams or code snippets that you need to analyze.
Questions are weighted based on the exam domain weights. Topics with higher percentages have more questions. Focus your study time proportionally on domains with higher weights.
Yes, most certification exams allow you to flag questions for review and return to them before submitting. Use this feature strategically for difficult questions.
Practice questions are designed to match the style, difficulty, and topic coverage of the real exam. While exact questions won't appear, the concepts and question formats will be similar.
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