Designing and Implementing Microsoft DevOps Solutions (AZ-400 Korean Version): AZ-400 Korean Exam Premium File as PDF & Test Engine

Microsoft AZ-400: Potential candidates

This expert-level badge is aimed at the professionals working with technologies, processes, and people to constantly deliver on business value. They have the roles of designing and implementing business strategies for infrastructure, collaboration, source control, code, compliance, security, testing, continuous integration, monitoring, delivery, and feedback. They are also conversant with Azure development and administration. It is recommended that they become the experts in a minimum of one of these domains before taking the certification exam.

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Major Exam Topics

To get the required score and obtain the expert-level certification, you need to master the certain topics, each having the particular percentage of the whole content. The domains include the following:

• Facilitate Communication and Collaboration (10-15%);
• Develop a Site Reliability Engineering Strategy (5-10%);
• Develop an Instrumentation Strategy (5-10%);
• Implement Continuous Integration (20-25%).
• Manage Source Control (10-15%);
• Design a Security and Compliance Plan (10-15%);
• Implement a Release Management and Continuous Delivery Strategy (10-15%);

It is important to know all the subtopics and vital details related to these areas so that you will be able to master them. Therefore, let’s look at this information.

Domain 1: This objective includes three main subtopics that are covering the least amount of the whole exam content. Thus, you should know how to design an actionable alerting strategy, a failure prediction strategy, and implement a health check. This means that it is important to know how to identify metrics and recommend them on which to base alerts, analyze combinations of metrics, as well as design the mechanisms of communication to notify the users of degraded systems. A potential candidate has to understand the behavior of a system, know how to analyze it, measure baseline metrics, and know which tools to use to prevent the system from failure. Analyzing system dependencies is also an important task to deal with.

Domain 2: This area proves that you are capable of designing authentication and authorization strategies, sensitive information management strategies, security and compliance, as well as governance enforcement mechanisms. These four subjects include the skills in organizing teams with the use of Azure AD groups, evaluating vault solutions, as well as assessing and reporting risks. Your knowledge also requires the ability to implement container scanning and Azure policies.

Domain 3: This topic covers the generation of DevOps process documentation, automation of communication with team members, and your ability to communicate with the business stakeholders about the deployment and release information. This means that you have to know how to integrate GitHub as repository with Azure Boards and notify the stakeholders about key metrics, alerts, and severity using Teams, Slack, SMS, or Email. One’s skills in documenting artifacts and external dependencies are also important.

Domain 4: This subject includes the students’ ability to develop logging and telemetry, implement them, and integrate monitoring and logging solutions. Thus, you need to know all about the integration of crash analytics such as Crashlytics or App Center Crashes and creation of the feedback loop from platform monitoring tools, including Event Grid, Azure Platform Logs, and Azure Diagnostics VM extensions. Your knowledge base should include your understanding of key metrics, such as Teams/Slack, network, webhooks, disk, SMS and Email, memory, and CPU, as well as your ability to define them, measure, and implement alerts on them.

Domain 5: The main subtopics of this area include the development of a modern source control strategy, implementation of branching strategies for the source code, integration of source control with tools, and configuration of repositories.

Domain 6: This section covers the learners’ skills in implementing an orchestration automation solution, planning a deployment environment strategy, and developing deployment scripts and templates. Load balancer, App Center, ARM, Azure Stack, Terraform, PowerShell DSC, GitHub Actions, IoT, CLI, multiregion, Azure Pipelines, DR, sovereign Cloud, Jenkins, Azure IoT Edge, CircleCI, mobile, and CDN are the technologies that you should know all about.

Domain 7: The last topic has the highest percentage of the exam content, which means that you will face with more questions from this section than others. It covers a wide area of subjects that include the maintenance of a build strategy, its implementation, as well as design of a package management strategy, build automation, and a process for standardizing builds across the organization.

Reference: https://learn.microsoft.com/en-us/credentials/certifications/exams/az-400/

What Are Roles, Responsibilities, and Salaries after Completing AZ-400 Exam?

The Microsoft AZ-400 test concerns developing and executing solutions for DevOps. Applicants who succeed in such a test and come into the possession of the Microsoft Certified: DevOps Engineer Expert certification can apply and interview for jobs in firms looking for qualified Azure DevOps engineers. Their work will involve necessitating development and execution strategies geared for code, infrastructure, collaboration, security, source control, compliance, testing, delivery, continuous integration, and monitoring in addition to feedback. Some of the commonly available career paths for these Azure professionals in the development field include a senior DevOps engineer, SRE engineer, and software engineer. The average pay for all paths per annum is $98,637 as divulged by PayScale.com. And when it comes to salaries for the specific paths, senior DevOps engineers are entitled to $117,417 yearly. On the other hand, an SRE engineer also qualifies to earn $117,417 while software developers take home $86,284 per year.

Microsoft AZ-400: Designing & Implementing Microsoft DevOps Solutions is a qualifying exam required for obtaining the Microsoft Certified: DevOps Engineer Expert certification. This test is designed to measure the competence of the candidates in developing instrumentation strategies; developing an SRE (Site Reliability Engineering) strategy; developing a compliance and security plan; defining and implementing a continuous delivery & release management strategy; defining and implementing continuous integration; facilitating collaboration and communication; handling source control.