In this course, students will learn the different cloud identity solutions that are provided by Azure Active Directory, and how to integrate them in a hybrid environment with your on-premises identity solution.
Students will first be introduced to the issues with identity in today’s cloud-first world. Then there will be a thorough examination of several Azure Active Directory features, across the different service tiers available today. Starting from the Azure AD Connect synchronization tool, we move to providing knowledge around the differences between Azure AD B2B/B2C and how to deploy them. Next subject is Azure Active Directory Domain Services, after which we detail the integration with Office 365. The course is ended with an extensive mapping of Azure AD connect with ADFS Federation and the newest Azure AD Pass-through authentication.
This course is also a good help for the Microsoft Azure Infrastructure exam (70-533) as well as for the Office 365 Identity exam (70-346).
Learn Azure Active Directory features: In this lab you will learn the different aspects and key features of Azure Active Directory, and more specifically how it integrates in a hybrid identity solution.
In this lab, you will create a Service Fabric solution in Visual Studio 2017 from start to finish and test it locally. The application you create will be a search engine designed to count keywords on websites. It will initially feature a stateless ASP.NET web site for HTTP load balancing and to serve as a web front end and a back-end service using the actor model for parallel execution of searches.
In a subsequent exercise, you will build on this application by adding a stateful service that self-hosts an ASP.NET Web API using OWIN pipeline libraries. The reason it will be hosting this API is so that other services, namely the web front end service from the first set of exercises, will be able to communicate with it. The stateful service will be used to hold a history (that history is its “state”) of search result numbers for the various websites that you query when using the application.
This course builds on the “Introduction to ARM Templates with Visual Studio” course. In this course, you will learn about design and creation best practices, you will also learn about the various functions available when authoring ARM Templates. Other topics covered are Nested Templates, Deployment, and Troubleshooting. Throughout the course, you will walk the authoring and deployment of a multi-tier architecture defined in a single ARM Template (which is then broken into multiple nested templates).
In this lab, you will process and query data using Azure Data Lake. You will deploy Azure Data Lake Analytics and Azure Data Lake Store. You will then transfer a data file from your lab machine to the Azure Data Lake Store. You will process the data in the store and save the results back out to a file. You will then run a federated query against the curated data and join it to a table stored in an Azure SQL Database. Finally, we will deploy an HDInsight cluster to query the same data stored in the Data Lake Store using Hive.
In this lab, you will build an HDInisght Spark cluster to support an interactive business intelligence workloads. You will leverage Visual Studio 2017 to customize an ARM template to automate your deployment. You will import data and process it in Spark using Jupyter notebooks and then convert your data into a Hive table. You will then connect to your Spark cluster and query the Hive table to build a report with Power BI.
This course gives you an introduction to AzureML and associated technologies, such as R, Power BI and RStudio. This course begins by covering an introduction to AzureML, and then we walk through AzureML as if we were working our way through a Data Science Project. Once the Data Science project is complete, we will look at how you can set up and report on the AzureML modelling process with Power BI.
In this introductory course, students are walked through building an enterprise web solution using Microsoft Azure Platform as a Service (PaaS) components and Visual Studio 2017.
Special Offer! $99 for a voucher and a practice test (a $279 value).
Included in the price is a Microsoft Azure Exam voucher and access to one practice test for 30 days.Your voucher and practice test will be delivered in a separate emails within 2-4 business hours (Monday-Friday) CST.
The exam voucher is only valid for the following Azure Exams:
Offer ends June 30, 2017
In this lab, you will gain hands-on experience building and deploying an enterprise web application in Azure by building a simple event management application written in ASP.NET MVC that uses Azure PaaS services for web, identity, data, and performance.
In this Azure Automation Lab, you will configure and deploy a fully automated environment with source control and module integration. Through this environment, you will gain the ability to centrally manage you’re on premises infrastructure, the public cloud in Azure as well 3rd party providers such as Amazon Web Services. You will also configure and deploy the Operations Management Suite for monitoring and change tracking. This will enable you to gain telemetry from a centralized console to take actions through automation based on repeated events and security alerts empowering you to be proactive instead of reactive. You will also gain the ability to have source control over yourself and manage users locally with their machines through Azure PowerShell and within the Azure Platform. As you progress throughout the Exercise your LABVM is where the execution of scripts written and confirmation will take place. WEBVM-1 and WEBVM-2 will be used to validate your autonomous configuration through DSC and Integration Modules. The Hybrid Worker VM will serve as the connecting point for you to leverage runbooks within the Automation account against resources in your local datacenter and 3rd party Cloud providers.
Ultimately at the end of this lab you will have the foundation not only built but verified from a Hybrid approach, how you can fully embrace the DevOps scenario within your organization.
|This training explores Microsoft Azure DNS Services and Azure Traffic Manager from the perspective of an IT Professional. Students are introduced to Azure Domain Name Services as a Service for DNS domains. The student will learn best practices for configuring Azure Domain Name Services. An overview of Azure Traffic Manager that allows you to control the distribution of user traffic to your services hosted in Azure is also made.|
In this lab, you will learn the basics of authoring and deploying an Azure Resource Manager (ARM) template using Visual Studio 2017 focused on infrastructure as a service (IaaS) technologies. You will author a template that deploys a virtual machine that automatically configures a web server with a sample app as well as a virtual machine with SQL Server and a database for the sample app.
This course covers managing Azure Web Apps. The topics discussed cover a broad overview of Azure App Service and Azure Web Apps, as well as more in-depth discussion into many of the various features of Azure Web Apps, PowerShell and the Azure CLI. The features covered in this course include: Continuous Deployment, Kudu, Diagnostics & Monitoring, Application Insights, Hybrid Networking, Deployment Slots, Testing, Scaling, Traffic Manager, and Azure CDN. This course should help in preparation for the 70-533 Implementing Microsoft Azure Infrastructure Solutions exam.
In this lab, you will create 3 virtual networks in two different regions. You will configure site-to-site connectivity between the regions using a VPN Gateway. You will next configure a client machine (the lab virtual machine) to connect to one of the virtual networks using point-to-site connectivity. Finally, you will configure virtual network to virtual network connectivity using virtual network peering. This will also allow traffic from the 3rd virtual network to transit over the VPN gateway.
Note: This lab is similar to the labs in the Azure Infrastructure as a Service class. It is designed for students that want to dive right in.
In this lab, you will learn the foundations of deploying and configuring virtual machines in Microsoft Azure. You will configure a web farm using availability sets, load balancing, and virtual machine extensions to deploy a web app. You will configure diagnostics and monitoring for the virtual machine as well as setup network security groups to lower any potential attack surface area.
Note: These are similar to the labs you will perform if you complete the Azure Infrastructure as a Service course too. Designed for students that just want to jump in and learn hands-on.
This course is intended for students who have experience building ASP.NET and C# applications. Students will also have experience with the Microsoft Azure platform and a basic understanding of the services offered. This course offers students the opportunity to take an existing ASP.NET MVC application and expand its functionality as part of moving it to Azure. This course focuses on the considerations necessary when building a highly available solution in the cloud. This course also prepares the students for the 70-532: Developing Microsoft Azure Solutions certification exam. OD20532C
This course is intended for IT professionals who are familiar with managing on-premises IT deployments that include AD DS, virtualization technologies, and applications. The students typically work for organizations that are planning to locate some or all of their infrastructure services on Azure. This course also is intended for IT professionals who want to take the Microsoft Certification exam, 70-533, Implementing Azure Infrastructure Solutions. NOTE: for this course, learning partners do not need to order Azure passes or distribute them to students. This process for students to access the On-Demand labs for OD20533 is different from the MOC Process (where the Learning Partner provides to the student). Student buys the OD20533 MOC On-Demand course from Learning Partner. In the first lab of the course, students will access the Azure pass required for hands-on labs from our lab hoster. OD20533C