How to book the AZ-200 Exam

These are following steps for registering the AZ-200 exam. Step 1: Visit to Microsoft Exam Registration Step 2: Signup/Login to MICROSOFT account Step 3: Search for MICROSOFT AZ-200 Certifications Exam Step 4: Select Date and Center of examination and confirm with payment value of $165 (price may varies countrywise)

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AZ-200 Exam Reference

Reference: https://www.microsoft.com/en-us/learning/exam-az-200.aspx

AZ-200 Exam topics

Candidates must know the exam topics before they start of preparation. Because it will really help them in hitting the core. Our AZ-200 exam dumps will include the following topics:

1. Select the appropriate cloud technology solution (15-20%)

Select an appropriate compute solution

• May include but not limited to: Leverage appropriate design patterns; select appropriate network connectivity options; design for hybrid topologies

Select an appropriate integration solution

• May include but not limited to: Address computational bottlenecks, state management,and OS requirements; provide for web hosting if applicable; evaluate minimum number of nodes

Select an appropriate storage solution

• May include but not limited to: Validate data storage technology capacity limitations;address durability of data; provide for appropriate throughput of data access; evaluate structure of data storage; provide for data archiving, retention, and compliance

2. Develop for cloud storage (30-35%)

Develop solutions that use storage tables

• May include but not limited to: Connect to storage; design and implement policies to tables; query a table storage by using code

Develop solutions that use Cosmos DB storage

• May include but not limited to: Choose a consistency level; choose appropriate API for Cosmos DB Storage; create, read, update, and delete tables in Cosmos storage by using code; manage documents and collections in Cosmos DB Storage

Develop solutions that use file storage

• May include but not limited to: Implement quotas for File Shares in storage account; move items in file shares between containers asynchronously; set file storage container properties in metadata

Develop solutions that use a relational database

• May include but not limited to: Create, read, update, and delete database tables by using code; implement dynamic data masking

Develop solutions that use blob storage

• May include but not limited to: Create a shared access signature for a blob; move items in blob storage between containers asynchronously; set blob storage container properties in metadata

Developing for caching and content delivery solutions

• May include but not limited to: Develop for Azure Redis cache, storage on Content Delivery Networks (CDNs); develop code to address session state and cache invalidation

3. Create Platform as a Service (PaaS) Solutions (35-40%)

Create web applications by using PaaS

• May include but not limited to: Create an Azure app service web app by using Azure CLI, PowerShell, and other tools; create documentation for the API by using open source and other tools; create an App Service Web App for containers; create an App Service background task by using WebJobs

Create mobile apps using PaaS

• May include but not limited to: Add push notifications for mobile app; enable offline sync for mobile app; implement a remote instrumentation strategy for mobile devices Create an app service Logic App

• May include but not limited to: Create a custom connector for Logic Apps, a custom template for a Logic App; create a Logic App; package an Azure App Service Logic App

Create app or service that runs on Service Fabric

• May include but not limited to: Develop a stateful Reliable Service and a stateless Reliable Service; develop an actor-based Reliable Service; write code to consume Reliable Collections in your service

Create serverless functions

• May include but not limited to: Implement the bindings for the function (input and output); implement the function trigger by using a data operation, timer, webhook, or other tools;develop an Azure Function app for containers by using Azure Portal, CLI, and other tools;develop an Azure Service Fabric Mesh App

Schedule bulk operations

• May include but not limited to: Define the batch output and conditions by using Batch Service API; write code to run a batch job; run a batch job by using Azure CLI, Azure Portal, and other tools

Create solutions that use Azure Kubernetes Service

• May include but not limited to: Configure diagnostic settings on resources; create a container image by using a Docker file; create an Azure Container Service (ACS/AKS) cluster by using the Azure CLI and Azure Portal; publish an image to the Azure Container Registry; implement an application that runs on an Azure Container Instance; implement container instances by using Azure Container Service (ACS/AKS), Azure Service Fabric, and other tools; manage container settings by using code

Design and develop applications that use media services

• May include but not limited to: Implement an application using Video Indexer, Video API, Preview, and other media related services; implement file-based encoding and Azure Media Analytics; develop media solutions that use AI services (e.g., content moderation, optical character recognition, video summarization, face detection, etc.)

4. Secure cloud solutions (15-20%)

Implement authentication

• May include but not limited to: Implement authentication by using certificates, formsbased authentication, tokens, Windows-integrated authentication; implement multi-factor authentication by using Azure AD options

Implement access control

• May include but not limited to: Implement Claims-Based Access Control (CBAC) and RoleBased Access Control (RBAC) authorization

Implement secure data solutions

• May include but not limited to: Encrypt and decrypt data at rest; encrypt data with Always Encrypted; implement Azure Confidential Compute and SSL/TLS communications; manage cryptographic keys in the Azure Key Vault