Becoming the
Master of Disaster…
(By using Azure Site Recovery)
Peter De Tender – PDT IT
Microsoft Cloud Solution Architect
@pdtit
April 28th New-York City
Thanks to our Organizers!
Tome Tanasovski PowerShell MVP
Blog: http://powertoe.wordpress.com/
Twitter: @toenuff
Ken Reid
Website: http://www.nyewin.org
Eric Fellen
Website: http://www.nyewin.org
4/28/2017 – New-York City
Ben Serebin Exchange Junkie
Blog: http://blog.reefsolutions.com
Twitter:@bserebin
David Sebban Windows IT Pro MVP
Blog: http://dsebban.wordpress.com
Twitter: @davidsebban
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User Group Communities
NYC PowerShell User Group
•
Meetings: Second Monday of the month, 6:00PM, Microsoft NYC Office
•
Web: http://powershellgroup.org/nyc
New York Exchange User Group (NYExUG)
•
Meetings: Second Tuesday of the month, 5:45PM to 9PM, Microsoft NYC Office
•
Web: www.nyexug.com
Devices and Datacenter User Group New York (DDUGNY)
•
Meetings: First Thursday of the month, 6:00PM, Microsoft NYC Office
•
Web: http://www.meetup.com/ddugny
4/28/2017 – New-York City
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Event Sponsors
4/28/2017 – New-York City
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Event User Groups
4/28/2017 – New-York City
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In this session, I will cover:
• Why Disaster Recovery matters to you/your customers
• What is Disaster Recovery, and what solutions are available?
• Azure Site Recovery for complex workloads infrastructure – in-depth
• Demos and Q&A
4/28/2017 – New-York City
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Introduction
Microsoft Cloud Solution Architect
Microsoft Certified Trainer – MCT
Microsoft Learning Regional Lead - BE
Microsoft Azure MVP (Reconnect)
Ex-Microsoft Azure Engineering PM
Azure Certified Architect
Azure Advisors member
Book author for Packt Publishing & Apress
Courseware Author
Technical Writer
Peter De Tender
[email protected]
@pdtit
4/28/2017 – New-York City
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Tweet Tweet Tweet Tweet Tweet Tweet
Follow me on Twitter and you might win a free
e-book copy of my “Implementing Operations
Management Suite” – Apress.
@pdtit #OMS @techstravaganza
… and if you’re not on Twitter, GET ON TWITTER
4/28/2017 – New-York City
Page 8
Becoming the Master of
Disaster...
By using Azure Site Recovery
In this session, I will cover:
•
Why Disaster Recovery matters to you/your customers
•
What is Disaster Recovery, and what solutions are available?
•
Azure Site Recovery for complex workloads infrastructure – in-depth
•
Demos and Q&A
Why Disaster/Recovery
Matters
is not
Backup <>Disaster Recovery
Backup is all about Data Availability
Disaster Recovery is all about Application Availability
What is
Disaster/Recovery
“Familiar” DR Solutions
• Storage replication
• Stretch cluster using single
vLAN with single address
space
Geo-Load Balancing
• Active / passive
• Dynamic incoming
connection failover
 Effective, although expensive to
deploy and maintain
Stretch cluster – Single vLAN
Compute nodes
SAN replication
Fault tolerant data storage
 Normally tied to hardware
vendor specific technologies
 Difficult to perform partial
failovers
Compute nodes
DataCenter 1
Fault tolerant data storage
DataCenter 2
Azure Site recovery
(ASR)
Azure Site Recovery
One solution for multiple infrastructures
Replication
Replication
SAN
Hyper-V
1
Hyper-V
Hyper-V to Hyper-V
(on-premises)
Hyper-V
2
Hyper-V
Hyper-V to Hyper-V
(on-premises)
Replication
VMware or Physical
4
Replication
SAN
Hyper-V
3
Hyper-V to Microsoft Azure
Replication
VMware
VMware or Physical to
VMware (on-premises)
VMware or Physical
5
VMware or Physical to
Microsoft Azure
Microsoft
Azure
Microsoft
Azure
Azure Site Recovery
One solution for multiple infrastructures
Replication
Replication
SAN
Hyper-V
1
Hyper-V
Hyper-V to Hyper-V
(on-premises)
Hyper-V
2
Hyper-V
Hyper-V to Hyper-V
(on-premises)
Replication
VMware or Physical
4
Replication
SAN
Hyper-V
3
Hyper-V or SCVMM to
Microsoft Azure
Replication
VMware
VMware or Physical to
VMware (on-premises)
Microsoft
Azure
VMware or Physical or AWS to
Microsoft Azure
VMware or Physical
5
Microsoft
Azure
Azure Site Recovery as MIGRATION Tool
One solution for multiple infrastructures
Replication
Replication
SAN
Hyper-V
1
Hyper-V
Hyper-V to Hyper-V
(on-premises)
Hyper-V
2
Hyper-V
Hyper-V to Hyper-V
(on-premises)
4
Hyper-V
3
Hyper-V or SCVMM to
Microsoft Azure
One Time
Replication
Replication
VMware or Physical
One Time
Replication
SAN
VMware
VMware or Physical to
VMware (on-premises)
Microsoft
Azure
VMware or Physical or AWS to
Microsoft Azure
VMware or Physical
5
Microsoft
Azure
Azure Site Recovery
ASR Replication
ASR Replication
ASR Replication
Azure Site Recovery
SQL Availability Group
ASR Replication
AD & ASR Replication
ASR Configuration
walkthrough
ASR for Hyper-V workloads
Configuration Step
Description
1. Configure ASR Vault
Create the ASR Security Vault configuration + download Vault registration Key
2. Prepare on-premises infrastructure
Download and install ASR Provider on Hyper-V/SCVMM/VMware infra
3. Create Azure Storage Account
Create Azure Storage Account for ASR
4. Configure Cloud Protection
Set up protection for the SCVMM/HyperV cloud
5. Map Networks
Map on-premises network to Azure VNets
6. Enable Protection for VMs
Create ASR protection group + enable protection for VMs
7. Configure Recovery Plans
Configure Recovery Plans with detailed steps (scripts / automation)
8. Perform Test Failover
Run a test failover to verify Recovery Plans are complete
9. Perform DR simulation
Run through a full DR simulation (planned / unplanned failover)
10. Update DR documentation
Update DR documentation with observations
DEMO: ASR for Hyper-V
Step 1: Create Recovery Vault
•
Create Azure Recovery Services Vault
•
Configure Site Recovery Vault
•
Specify Source and Target environments
Quick Start Wizard
Azure PowerShell “New-AzureRMSiteRecovery…”
Step 2: Create a Hyper-V Site
Create a Hyper-V Site to group one or more Hyper-V
servers belonging to the same physical location (eg.
New York Site)
A Hyper-V Server can only belong to 1 Hyper-V Site
Step 2: Create a Hyper-V Site
Step 3: Prepare Hyper-V Servers
• Download & Install a “Registration Key”
• Download & Install the Azure Site Recovery Provider
• The Registration Key links the Hyper-V Server to the Azure
Hyper-V Site
• Install both on each server you want to group to the same
Hyper-V Site
• If Hyper-V cluster nodes, install on all nodes
Step 3: Prepare Hyper-V Servers
Step 3: Prepare Hyper-V Servers
Step 4: Prepare Resources
•
Create Storage Account
•
Create Azure Virtual Network
Step 4: Prepare Resources
Step 5: Enable Replication
Define common protection requirements:
Step 5: Protection Groups
Step 6: Enable protection for VMs
Add Virtual Machines to the configured protection
groups
A VM can only be member of 1 protection group
Step 6: Enable protection for VMs
Step 7: Test Deployment
•
Test Failover without Azure Network
•
Test Failover with Azure Network
•
Verify Test Failover Process from “Jobs” tab
Step 7: Test Deployment Process
The following steps occur during the test process:
Step 7: Test Failover
Step 7: Test Failover
DEMO: ASR Failover
ASR for non-hyper-v
workloads
(AWS, Vmware, physical, azure classic)
ASR for non-Hyper-V workloads (VMware / AWS / Physical / AzClassic)
Configuration Step
Description
1. Configure ASR Vault
Create the ASR Security Vault configuration + download Vault registration Key
2. Prepare on-premises infrastructure
Download and install ASR Configuration Server / Process Server in
Vmware/AWS/physical/AzClassic infra
3. Create Azure Storage Account
Create Azure Storage Account for ASR
4. Configure Cloud Protection
Add Configuration Server to Azure ASR
5. Map Networks
Map on-premises network to Azure VNets
6. Enable Protection for VMs
enable protection for VMs
7. Configure Recovery Plans
Configure Recovery Plans with detailed steps (scripts / automation)
8. Perform Test Failover
Run a test failover to verify Recovery Plans are complete
9. Perform DR simulation
Run through a full DR simulation (planned / unplanned failover)
10. Update DR documentation
Update DR documentation with observations
ASR Protection plans
Step 8: Fine-tune Protection Plans
• Protection Plans = Grouped set of VMs/Actions
• Actions = Customized PowerShell scripts
• Examples: RDP Endpoints, DNS updates, File copy,…
• Protection Plan Gallery or custom build
DEMO: ASR Protection
Plans
Backup & Site
Recovery
Log analytics
•
•
Effortless log collection
Integrated fast search
and queries with custom
dashboard
•
•
Integrated cloud backup
Seamless disaster
recovery and workload
migration
Automation
•
•
Hybrid runbook worker
Graphical workbook
authoring and
automation DSC
Security & Compliance
•
•
Malware assessment
Security posture and
system update
assessment
With OMS capabilities customers can…
Spot problems fast
Protect data &
Applications easily
Automate tasks quick
Recognize threat early
extending System Center capabilities, as an all-in-one management solution!
Tweet Tweet Tweet Tweet Tweet Tweet
Follow me on Twitter and you might win a free
e-book copy of my “Implementing Operations
Management Suite” – Apress.
@pdtit #OMS @techstravaganza
… and if you’re not on Twitter, GET ON TWITTER
In this session, I covered:
•
Why Disaster Recovery matters to your customers
•
What is Disaster Recovery, and what solutions are there?
•
Azure Site Recovery for complex workloads infrastructure – in-depth
•
Demos and Q&A
Demo
Demo name
4/28/2017 – New-York City
Page 50
4/28/2017 – New-York City
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Other information
• All slide decks will be posted on http://www.techstravaganza.com
• Grand Prize Raffle at 5:15pm
• Join us for Cash Bar & Free Food @ Guys American @ 5:45pm
4/28/2017 – New-York City
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