Azure Developers are one of the most sought-after profiles in the cloud ecosystem. 58% of respondents stated that DevOps was among the most valuable skills to have when starting a career in Azure. Respondents used Terraform, Ansible and Jenkins as DevOps tools. Candidates for theDevOpsengineer specialist credential should understand the subject matter to gain expertise in working with people, using different methods, and using many technologies. These fundamental expertise perspectives will allow people to use AzureDevOps to calculate business value to the final results.
Responsibilities for a Microsoft Azure DevOps Engineer
The role of Microsoft Azure DevOps engineer involves designing and executing procedures to support collaboration, coding and source control, infrastructure, compliance and security, delivery, continuous integration, testing, monitoring and feedback.
Azure DevOps Engineer is a team of people, technologies, and methods that connect to provide valuable products and support that meet end-user needs and business goals.
These Azure DevOps Engineers streamline goods delivery by optimizing processes, enhancing connections, collaboration, and building automation. They design and implement plans for application code, foundation, and delivery that allow for continuous testing, integration, monitoring and feedback.
Essential Knowledge and Skills
Azure DevOps Engineers should have a view on creating, maintaining, testing, and developing cloud services and apps. This qualification allows for individuals to be involved in all aspects cloud-oriented development within a company. This includes design, development, maintenance, and deployment. They should also be responsible for execution monitoring and improvement.
This certification will confirm that the candidate can:
Create an instrumentation strategy
Create a (SRE-Site Reliability Engineering) strategy
A security and compliance plan
Managing source control
Facilitating collaboration and communication
Implementing constant integration through definition and implementation
Implementing and defining a continuous delivery and release management strategy
It’s time for you to learn about the most important topics and domains!
Examine the AZ-400 Course Outline
This is the most important part of the exam, the subject topics. Grab a pen and a notebook and note down all the important domains and topics.
1. Create an Instrumentation Strategy
Logging design and implementation
Assessing and Configuring a log framework (Microsoft Documentation:Overview of the Azure platform logs)
Designing a log aggregation and storage strategy (Microsoft Documentation:Designing and Implementing an Azure Storage Strategy)
Making a log aggregation and query using Azure Monitor (Microsoft Documentation:Aggregations in the Azure Monitor log queries)
Managing access control to the logs (workspace-centric/resource-centric) (Microsoft Documentation:Managing access to the log data and workspaces in the Azure Monitor)
Integration of crash analytics (Crashlytics and App Center Crashes) (Microsoft Docation:App Center,App Centre Diagnostics works)
Telemetry design and implementation
Designing and implementing the distributed tracing (Microsoft Documentation:Distributed Tracing,Configure distributed tracing)
Examining the application performance indicators
Infrastructure performance indicators (Microsoft Documentation:Monitoring your Kubernetes cluster performance with the Azure Monitor for containers)
Determining and measuring key metrics (CPU, network).
Implementing the alerts on key metrics (SMS, email, webhooks, Teams/Slack) (Microsoft Documentation:Create, view, and manage log alerts using Azure Monitor )
Integration of user analytics (e.g. Visual Studio App CenterTestFlight Application I