Hybrid Cloud Architecture & Deployment: Adopting Migration Strategies
Hybrid Cloud Architecture & Deployment: Adopting Migration Strategies
- identify the subject areas covered in this course
- migrate web applications from on-premise platforms to Azure
- describe the lift and shift approach of migrating existing .NET web applications to Azure
- recognize the characteristics of the Data Migration Assistant tool that can be used to migrate services
- prepare on-premise infrastructure for migration and set up Azure infrastructure to complete the migration
- list Microsoft migration tools and services that can be used to simplify database migration to Azure
- recognize Azure Database Migration Service features
- migrate SQL servers to a single Azure SQL database offline using the Azure Database Migration Service
- migrate on-premise a web application to Azure, migrate sites to Azure using the Linux site migration tool, and migrate SQL Servers to an Azure SQL database using the Azure Database Migration Service
Discover how to migrate web applications, SQL servers, sites, and databases to Azure using migration tools and services such as Data Migration Assistant, App Service Migration Assistant, and Azure Database Migration Service. Key concepts covered in this cloud migration course include: how to migrate web applications from on-premise platforms to Azure; the lift and shift approach of migrating existing .NET web applications to Azure; characteristics of the Data Migration Assistant tool that can be used to migrate services; and use of on-premises infrastructure for migration and how to set up Azure infrastructure to complete the migration. You will learn about Microsoft migration tools and services that can be used to simplify database migration to Azure; Azure Database Migration Service features; and how to migrate SQL servers to a single Azure SQL database offline with Azure Database Migration Service. Next, learners see how to migrate on-premises a web application to Azure, migrate sites to Azure using the Linux site migration tool, and migrate SQL servers to an Azure SQL database using the Azure Database Migration Service.
Hybrid Cloud Architecture & Deployment: AWS Data & Service Migration
Hybrid Cloud Architecture & Deployment: AWS Data & Service Migration
- identify the subject areas covered in this course
- distinguish between replatforming and refactoring migration approaches using real-time scenarios
- describe rehosting for cloud migration and AWS rehosting tools
- identify the essential drivers of repurchasing along with the benefits associated with the approach of repurchasing
- recognize the AWS services that make migrating servers and databases easier and faster
- recognize the essential approaches of managing data migration in AWS using Amazon S3 Transfer Acceleration, AWS Snowball, and Amazon Kinesis Firehose
- import virtual machine images from existing on-premise environments to Amazon EC2 instances and export them back to on-premises environments
- list the steps involved in migrating web applications to AWS
- recall the AWS featured services that are used during cloud migration processes
- migrate enterprise web applications to AWS
- demonstrate the steps involved in migrating dockerized monolithic applications to containerized Microservices on AWS
- list cloud migration tools provided by AWS, recall AWS tools used to manage data migration, and specify benefits associated with repurchasing
Explore the concepts of cloud, database, and server migration using various tools and services provided by Amazon Web Services (AWS). Examine concepts such as refactoring, replatforming, rehosting, and repurchasing. Key concepts covered in this course include: differences between replatforming and refactoring migration approaches using real-time scenarios; rehosting for cloud migration and rehosting tools; and the essential drivers of repurchasing and the benefits associated. Next, learn about services that make migrating servers and databases easier and faster; essential approaches of managing data migration in AWS using Amazon S3 Transfer Acceleration, AWS Snowball, and Amazon Kinesis Firehose; and how to import virtual machine (VM) images from existing on-premises environments to Amazon EC2 instances and export them back. Then study steps involved in migrating web applications to AWS and AWS featured services used during cloud migration processes. Learners will see how to migrate enterprise web applications to AWS; steps involved in migrating dockerized monolithic applications to containerized microservices on AWS; and using cloud migration tools provided by AWS to manage data migration, and specify benefits associated with repurchasing.
Hybrid Cloud Architecture & Deployment: AWS Migration Management
Hybrid Cloud Architecture & Deployment: AWS Migration Management
- identify the subject areas covered in this course
- migrate data from MongoDB to DynamoDB
- list components and features of AWS Database Migration Service
- describe how to implement security in AWS Database Migration Service
- recognize the process of migrating large data stores using AWS Snowball Edge
- describe best practices that should be applied when working with the AWS Database Migration Service
- work with AWS Cloud Readiness Assessment tool
- demonstrate the steps involved in migrating on-premise workloads to AWS
- list the various on-premise and AWS services used to efficiently migrate various components
- specify approaches of managing secure server workload migration on AWS
- recall the process of migrating large data stores using AWS Snowball Edge, migrate data from MongoDB to DynamoDB, and migrate on-premise workloads to AWS
Examine the approach of migrating data and services to AWS using the data, service, and server migration services provided by Amazon Web Services (AWS). In addition, this course explores how to work with the Cloud Readiness Assessment tool and secure migration services. Key concepts covered include: how to migrate data from MongoDB to DynamoDB; the components and features of AWS Database Migration Service and how to implement its security; and the process of migrating large data stores using AWS Snowball Edge. You will examine best practices that should be applied when working with the AWS Database Migration Service; working with AWS Cloud Readiness Assessment tool; and steps involved in migrating on-premises workloads to AWS; the various on-premise and AWS services used to efficiently migrate various components. Then learn to specify approaches of managing secure server workload migration on AWS; and the process of migrating large data stores using AWS Snowball Edge, migrate data from MongoDB to DynamoDB, and migrate on-premises workloads to AWS.
Hybrid Cloud Architecture & Deployment: AWS Services & Application Migration
Hybrid Cloud Architecture & Deployment: AWS Services & Application Migration
- identify the subject areas covered in this course
- describe the phases involved in migrating existing applications to the cloud
- describe the migration tools and services provided by Amazon Web Services
- list the essential features provided by AWS Direct Connect to connect and transfer critical data from an on-premise environment to the cloud
- demonstrate the steps involved in migrating e-mail services to AWS
- demonstrate how to migrate DNS from GoDaddy to AWS Route 53
- migrate single-tier applications to AWS using the rebuild and rearchitect approaches
- migrate multi-tier applications to AWS using the refactor and rehost approaches
- demonstrate an end-to-end migration of web enterprise applications from an on-premise environment to AWS
- migrate services from ECS containers to AWS Fargate
- migrate e-mail services to AWS, enterprise applications to AWS, and services from ECS containers to AWS Fargate
Explore cloud migration strategies, tools, and services involving Amazon Web Services (AWS), as well as how to migrate critical services and implement end-to-end migration of enterprise applications. The key concepts in this course include phases involved in migrating existing applications to the cloud; migration tools and services provided by AWS; and essential features provided by AWS DirectConnect to connect and transfer critical data from an on-premises environment to the cloud. Next, survey steps involved in migrating e-mail services to AWS; how to migrate Domain Name System (DNS) from GoDaddy to AWS Route 53; and how to migrate single-tier applications to AWS with rebuild and rearchitect approaches. You will learn how to migrate multi-tier applications to AWS with the refactor and rehost approaches; end-to-end migration of web enterprise applications from an on-premises environment to AWS; and how to migrate services from ECS containers to AWS Fargate. Finally, learn how to migrate e-mail services to AWS, enterprise applications to AWS, and services from Elastic Container Service (ECS) containers to AWS Fargate.
Hybrid Cloud Architecture & Deployment: Azure IaaS & Data Migration tools
Hybrid Cloud Architecture & Deployment: Azure IaaS & Data Migration tools
- identify the subject areas covered in this course
- use Microsoft Data Migration Assistant to upgrade to a modern data platform
- migrate an Azure virtual machine to another region
- describe Azure Resource Manager and the benefits of migrating IaaS to Azure Resource Manager
- recognize scenarios where IaaS resources can be migrated from Classic Azure to Azure Resource Manager
- migrate virtual machines in a virtual network
- migrate storage accounts
- rebuild monolithic applications into containerized microservices
- create Azure Resource Manager templates using the Azure Docker extension
- migrate on-premise resources to Azure using ARM templates
- create an ARM template with Azure Platform to host application using Azure Docker Extension and migrate it to the cloud
- migrate an Azure web app to Azure Service Fabric using rearchitecting
- migrate an Azure VM to another region, migrate an AWS VM to an Azure VM, and create an ARM template using the Azure Docker extension
Explore Microsoft tools for migrating cloud data, services, and platforms to Azure, as well as implementing Azure Resource Manager (ARM) templates to migrate virtual machines (VMs) and storage accounts. In this course, key concepts include: using Microsoft Data Migration Assistant to upgrade to a modern data platform; how to migrate an Azure VM to another region; and benefits of migrating IaaS to Azure Resource Manager. Learn to recognize scenarios where IaaS resources can be migrated from Classic Azure to Azure Resource Manager; to migrate VMs in a virtual network; and to migrate storage accounts. Then learn to rebuild monolithic applications into containerized microservices; create Azure Resource Manager templates using the Azure Docker extension; and migrate on-premises resources to Azure using ARM templates. Next, create an ARM template with Azure Platform to host applications using Azure Docker Extension, and migrate an Azure web app to Azure Service Fabric with rearchitecting. Finally, learn to migrate an Azure VM to another region, migrate an AWS VM to an Azure VM, and create an ARM template with Azure Docker extensions.
Hybrid Cloud Architecture & Deployment: Azure Migration Tools & Best Practices
Hybrid Cloud Architecture & Deployment: Azure Migration Tools & Best Practices
- identify the subject areas covered in this course
- migrate MongoDB to Azure Cosmos DB using DMS
- recognize security recommendations that should be applied when working with Azure Security Center
- recall best practices for setting up virtual networks
- recognize Azure Migrate features
- list common issues of Azure Migration and approaches for troubleshooting them
- recall types of Azure logs and their relevance in cloud migration
- recall the Azure Migrate features, migrate MongoDB to Azure Cosmos DB, and migrate SSIS to Azure
Explore practical migration scenarios involving MongoDB to Cosmos DB, and SQL Server Integration Services (SSIS) and network workloads to Microsoft Azure. In this cloud migration course, discover how to work with Azure Migrate, and how to troubleshoot, secure, and manage cloud migration logs. Key concepts covered in this course include: practical migration scenarios of MongoDB to Azure Cosmos DB using DMS and the types of migration that can be configured; security recommendations that should be applied when working with Azure Security Center, a unified infrastructure security management system; and best practices used for setting up virtual networks and to help migrate business elements to the cloud. You will learn how to use Azure Migrate features and common issues of Azure Migration and approaches for troubleshooting them, including bandwidth issues, compatibility, portability or unsupported boot types or operating systems. Finally, study the types of Azure logs and their relevance in cloud migration, and the Azure Migrate features: migrate MongoDB to Azure Cosmos DB, and migrate SSIS to Azure.
Hybrid Cloud Architecture & Deployment: Cloud Migration Essentials
Hybrid Cloud Architecture & Deployment: Cloud Migration Essentials
- identify the subject areas covered in this course
- recognize the challenges businesses face when migrating to the cloud
- list cloud migration strategies that can be adopted to migrate business applications to the cloud
- recall the 6R approach of cloud migration and list the essential factors used to decide the right approach to adopt
- describe the 7-step methodology of cloud migration that can enable migration from on-premise platforms to cloud platforms
- describe the prominent cloud deployment models along with their associated advantages and disadvantages
- recall the cloud assets that can impact the inbound and outbound data transfer costs
- describe the approach of building migration roadmaps using cloud migration framework
- list the tools that can be used to implement cloud migration
- describe the steps involved in deriving architectures and migrating applications to the cloud using based on a scenario
- describe the prominent components, models, and decision matrix involved in cloud migration using generic cloud reference architecture
- list cloud migration tools and recall the challenges and benefits associated with cloud migration
Explore the various challenges, benefits, strategies, tools, and deployment models associated with cloud migration. In addition, examine essential components, models, and decision matrix using cloud reference architecture. The key concepts in this course include: challenges businesses face when migrating to the cloud; cloud migration strategies that can be adopted to migrate business applications to the cloud; and the 6-R approach of cloud migration and essential factors used to choose the right approach. Learners will also learn about the 7-step methodology of cloud migration that can enable migration from on-premise platforms to cloud platforms; cloud deployment models, their advantages and disadvantages; cloud assets that can affect inbound and outbound data transfer costs; and the approach of building migration roadmaps with cloud migration framework. Next, examine tools to implement cloud migration; steps involved in deriving architectures and migrating applications to the cloud using based on a scenario; and prominent components, models, and decision matrix involved in cloud migration using generic cloud reference architecture. Finally, you will learn about cloud migration tools and their challenges and benefits.
Hybrid Cloud Architecture & Deployment: Implementing Migration in Azure
Hybrid Cloud Architecture & Deployment: Implementing Migration in Azure
- identify the subject areas covered in this course
- evaluate the Azure Cloud reference model for Azure scalability, availability, manageability, and security features
- list the steps involved in adopting Microsoft Cloud Adoption Framework for Azure
- describe the process flow of Azure cloud migration
- assess cloud migration plans in order to adopt appropriate roadmap of cloud migration
- compare Azure cloud migration strategies (rehost, refactor, rearchitect, and rebuild)
- compare the capabilities of Azure cloud migration tools
- specify the Azure tools that can be used to migrate data to Azure
- work with Azure Storage Explorer to migrate data to Azure
- recall the process flow for Azure cloud migration, specify Azure cloud migration strategies, list the Azure compliant cloud migration tools, and migrate data to Azure using Azure Storage Explorer
Explore the Azure cloud reference model, Cloud Adoption Framework, and use of cloud architecture in migration. Cloud migration is moving data, application, and various other business elements from an on-premises environment or platforms to cloud environments or platforms. In this course, examine prominent Azure cloud migration tools and cloud migration strategies for Azure. Key concepts covered include: how to use the Azure Cloud reference model for scalability, availability, manageability, and security; the steps involved in adopting Microsoft Cloud Adoption Framework for Azure; and the process flow of Azure cloud migration. You will learn about cloud migration plans in order to adopt appropriate roadmap of cloud migration; Azure cloud migration strategies (rehost, refactor, rearchitect, and rebuild); and capabilities of Azure cloud migration tools. Next, see Azure tools that can be used to migrate data to Azure; demonstrations of working with Azure Storage Explorer to migrate data to Azure; and the process flow for Azure cloud migration. Learn about Azure cloud migration strategies and Azure-compliant cloud migration tools, and data migration to Azure with Azure Storage Explorer.
