Become Microsoft Azure Certified Cloud Security Engineer AZ-500

Security Engineers are expected to have the ability to identify and resolve vulnerabilities with the help of different security tools and knowledge of Azure fundamentals. The ideal tool for candidates to gain knowledge about the basic concepts in Azure is Microsoft Azure Fundamentals certification. 

Microsoft Azure Fundamentals of AZ-900 exam helps the candidates to approach role-based Azure certifications by making the basics clear, thus boosting the confidence of candidates.

Who should take AZ-500 Exam?

The job of Security engineer is ideal for:

• Candidates involved with the implementation of security controls, security of data, networks, apps, identity and access management. 
• Candidates experienced enough to recognize and resolve vulnerabilities with the help of security tools. 
• Candidates who have experience in executing threat protection, and
• On-premises system security and management.

Skills Required to become Azure Security Professional

To begin their preparations for the AZ-500 exam, candidates should always concentrate on the fundamentals of Azure security engineer skills.

The primary skills that are essential to become a security engineer are: 

• Understanding of fundamentals of cloud security and infrastructure management.
• Basic concepts of executing security controls.
• Experience in sustaining security posture.
• Identity and access management.
• Candidates should have the capability to work in a team.
• Candidates should have the ability to protect data, applications, and networks.
• Candidates should be able to execute security operations for the Azure infrastructure.

These skills will allow the candidates to develop and strengthen their understanding of the essential principles of Azure Cloud Security. 

Role-Defined Skills

As Azure Security Engineer is a job role related to the designation of a security engineer, therefore there are certain skills that are similar to that of security engineers and works as important additions among Azure security engineer skills. 

The role-specific skills that are required to become Azure security engineering professionals are:

• In-depth knowledge of cloud features and services 
• Good flow in scripting and automation.
• Complete understanding of Microsoft Azure products and services.
• Acquaintance with operating in cloud and hybrid environments.
• Mastery in virtualization, networking and N-tier architecture.
• Experience with working in end-to-end infrastructure.

How to become Azure Security Engineer?

Microsoft Azure Security Technology exam is ideal for security professionals who are involved with implementation of security controls, security of data, networks, apps, identity and access management and threat protection. To secure a job as Azure Security Engineer, candidates must have the Azure certification AZ-500. 

Exam Information: 

What are the prerequisites to take AZ-500 Exam?

There are basically no prerequisites for AZ-500 Certification Exam. Microsoft Azure Fundamentals certificate proves your knowledge on Azure basics. Still, there are some prerequisites that are necessary to appear for the AZ-500 certification exam.

• Candidates are expected to be skilled in scripting and automation.
• Candidates must have a strong knowledge of N-tier architecture.
• Candidates should have a good expertise in networking and virtualization.

Microsoft AZ-500 Exam Course Outline

The objectives allow candidates to know the exact topics that will form the foundation of questions in the AZ-500 certification exam.  Here are the objectives of the AZ-500 exam:

1. Security operations management (15-20%)

• Configuration of Security Services
• Configuration of Security Policies
• Management of Security alerts

2. Data and application security. (30-35%)

• Configuration of security policies to manage data
• Configuration of security for data infrastructure
• Configuration of encryption for data at rest
• Implementation of security for application delivery
• Configuration of application security
• Configuration and management of Key Vault

3. Identity and access management. (20-25%)

• Configuration of Microsoft Azure Active Directory for workloads
• Configuration of Microsoft Azure Active Directory for Privileged Identity Management
• Configuration of Microsoft Azure tenant security

4. Implementing platform protection. (35-40%)

• Implementation of Network Security
• Implementation of Host Security
• Configuration of Host Security
• Implementation of Microsoft Azure Resource management security