This document provides an overview of migrating on-premises workloads to Azure using Azure Migrate. It discusses the benefits of moving to the cloud, such as cost savings, increased agility and new capabilities. It also covers Azure Migrate features for discovering, assessing and migrating virtual machines, databases, app services and containers to Azure. Specific migration strategies and phases are outlined. Demo screenshots showcase assessing and migrating VMs and databases with Azure Migrate tools.

1. Migrating On-Premises Workloads
with Azure Migrate
Dinusha Kumarasiri

2. About Me
 Microsoft MVP for Microsoft Azure
 Microsoft Certified Trainer (MCT)
 Senior Consultant at Dialog Information Technology
 Cloud Enthusiast
 Love to share what I learn

3. Agenda
 Why Moving to Cloud?
 Cloud Adoption Framework (CAF)
 Cloud Migration Strategies
 Cloud Migration Phases
 Overview of Azure Migrate
 Migrating to Azure Virtual Machines
 Migrating to Azure Databases
 Migrating to Azure App Services
 Migrating to Containers

4. Why Moving to Cloud?
Cost Savings
Optimization of
Internal Operations
Increase Business
Agility
Improve Customer
Experiences
New Technical
Capabilities
 CapEx to OpEx. No upfront capital expenditure
 Pay-as-You-Go pricing model
 Reduced operational costs
 Scale down resources with the usage
 Cost optimization techniques
$-
$500,000.00
$1,000,000.00
$1,500,000.00
1 2 3 4 5
TCO Over Time
On-Premises On-Premises AVG
Azure Azure AVG

5. Why Moving to Cloud?
Cost Savings
Optimization of
Internal Operations
Increase Business
Agility
Improve Customer
Experiences
New Technical
Capabilities
 Improved collaboration
 Streamlined processes with automations
 Enhanced security with proven solutions
 Better insights with monitoring and visualizations

6. Why Moving to Cloud?
Cost Savings
Optimization of
Internal Operations
Increase Business
Agility
Improve Customer
Experiences
New Technical
Capabilities
 Rapid resource provisioning/deprovisioning
 Geographic reach
 Agility in development and testing

7. Why Moving to Cloud?
Cost Savings
Optimization of
Internal Operations
Increase Business
Agility
Improve Customer
Experiences
New Technical
Capabilities
 Improved availability
 Enhanced security
 Low latency backed with SLA

8. Why Moving to Cloud?
Cost Savings
Optimization of
Internal Operations
Increase Business
Agility
Improve Customer
Experiences
New Technical
Capabilities
 Resources to implement AI solutions
 Resources to implement IOT solutions
 Resources to implement Big Data and Analytics
 Many more…

9. Cloud Adoption Framework (CAF)
 Guide for organizations to adopt cloud effectively
 Focus on Strategic, Financial and Technical factors
 Consist of six key pillars: Strategy, Plan, Ready, Adopt, Govern and Manage
 Offers set of best practices and tools

10. Cloud Migration Strategies
 5R’s of cloud migration strategies
• Lift & shift
• Migrate directly to
Azure VMs
• Reduce CAPEX
• Free Data Center
Space
• Quick ROI
• Consume PaaS
cloud features
• No code change:
e.g.. Change to
Azure SQL
• Greater cloud
efficiency
• Some code
changes: e.g.. Add
Azure Functions to
existing solution
• App Scale and
Agility
• New cloud
capabilities
• Build from scratch
• Use Azure cloud
services to
implement the
solution
• Accelerate
innovation
• Replace with SaaS
service
• Move to solutions
like Microsoft 365

11. Cloud Migration Phases
• Discover Workloads
• Discover Performance
Requirements
• Discover Dependencies with
Other Workloads
• Discover Business Value
• Can we move to Cloud?
• What is the right size?
• Can we group resources based
on dependencies?
• What is the cloud migration
strategy (5Rs)
• What is the Migration Plan?
• Test the Migration
• Perform the Migration

12. Overview of Azure Migrate Service
 Central Hub to Discover, Assess and Migrate resources to Microsoft Azure
 Built-in tools and third-party tools
 Plan, Test and Migrate workloads to Azure
• VMWare
• Hyper-V
• Physical Servers
• Databases • Web Apps • Azure Data Box
• Virtual Desktop
Infrastructure (VDI)

13. Migrating to Azure Virtual Machines
 Discover Hyper-V or VMWare or Physical Servers with appliances
 Group discovered resources and perform dependency analysis
 Determine target VM size with confidence
 Calculate Total Cost of Ownership (TCO)

14. Migrating to Azure Virtual Machines
 Dependency analysis
 Group related servers together
 Agents installed in each server

15. Migrating to Azure Virtual Machines
 Server Assessment
 Assess servers with target costing and VM sizes
 Provide migration readiness
 Each server with confidence rating

16. Demo

17. Migrating to Azure Databases
 Migrate databases with Database Migration Service (DMS)
 Assess and Migrate with Azure Data Studio with SQL Migration Extension
 Assess databases with Data Migration Assessment (DMA) tool for classic experience

18. Migrating to Azure Databases
 Database Assessment

19. Migrating to Azure Databases
 Select the Database Migration service and Self-hosted integration runtime

20. Migrating to Azure Databases
 Select desired tables and perform the migration

21. Migrating to Azure App Service
 Assess web applications with Web App Assessment tool
 Migrate web applications with Web App Migration tool

22. Migrating to Containers
 Azure Migrate App Containerization tool to containerize existing applications and move
to Azure

23. dinushaonline.blogspot.com @kumarasiri048 dinushak Dinusha Kumarasiri