The document discusses disaster recovery solutions on Microsoft technologies, focusing particularly on Azure Site Recovery for various infrastructures like Hyper-V, VMware, and physical servers. It outlines the configuration steps for implementing Azure Site Recovery, emphasizing its advantages over traditional disaster recovery methods, including cost-effectiveness and simplified management. Additionally, it highlights the importance of recovery plans, test failovers, and integration with other Microsoft services for enhanced data protection and availability.

1. Soyez le maître du PRA
avec Azure Site Recovery
Marius Zaharia @lecampusazure
Aymeric Weinbach @aymericw
(Peter de Tender @pdtit)

2. Vos speakers
Marius ZAHARIA
Senior Cloud Architect chez Cellenza
MVP Azure
@lecampusazure
Aymeric Weinbach
ZeCloud
MVP Azure
@aymericw

3. • Disaster Recovery solutions available today on Microsoft
technologies
• Azure Site Recovery for complex workloads infrastructure
• Hyper-V to Azure
• VMWare / Physical / AWS / Azure to Azure
• Failover & Failback Strategy
• Recovery Plans

4. Architect to
Architect

7. - Monthly scheduled reboots “aka maintenance plan”
- Backup or long term data solution
(but having a backup already helps… )
- “I can blame it on the IT guy anyway”
Disaster Recovery does not mean…

8. • Backup is all about Data Availability
• Disaster Recovery is all about Application Availability

9. Architect to
Architect

10. Effective, although expensive to
deploy and maintain
Normally tied to hardware vendor
specific technologies
Difficult to perform partial failovers
Stretched cluster – Single vLAN
DataCenter 1
Fault tolerant data storage
Compute nodes
SAN replication
DataCenter 2
Compute nodes
Geo-Load Balancing
Fault tolerant data storage

12. • Historically challenging
• Complicated solutions
• Required end-to-end planning and design
• Vendor lock-in
• Hard to test
• In most cases “pretty” expensive
• Commodity solutions are now in the market
• Public cloud offerings like Azure 
• OPEX vs. CAPEX for your D/R = it’s way cheaper!!!!
reconsider

13. Microsoft DR & BC solutions
Hyper-V Failover
Clustering for VM
Resilience
1
Hyper-V Guest Clustering for app-
level HA, i.e. SQL Server AlwaysOn FCI
2
Centralized backup with
Data Protection Manager 4
Simplified protection with
Windows Server Backup 3
Integration of WSB/DPM
with Microsoft Azure Backup 5
Orchestrated Physical, Hyper-V &
VMware VM Replication & Recovery
using Azure Site Recovery, between on-
premises locations, or between on-
premises & Microsoft Azure
6
MicrosoftAzure

14. Azure Site Recovery
One solution for multiple infrastructures
Hyper-V to Hyper-V
(on-premises)1
Hyper-V Hyper-V
Replication
Hyper-V to Microsoft Azure3
Hyper-V
Microsoft
Azure
Replication
VMware or Physical to
VMware (on-premises)4
VMware or Physical VMware
Replication
VMware or Physical to
Microsoft Azure
5
VMware or Physical
Microsoft
Azure
Replication
Hyper-V to Hyper-V
(on-premises)2
Hyper-V Hyper-V
Replication
SAN SAN

15. Azure Site Recovery
One solution for multiple infrastructures
Hyper-V to Hyper-V
(on-premises)1
Hyper-V Hyper-V
Replication
Hyper-V or SCVMM to
Microsoft Azure
3
Hyper-V
Microsoft
Azure
Replication
VMware or Physical to
VMware (on-premises)4
VMware or Physical VMware
Replication
VMware or Physical or AWS
to Microsoft Azure
5
VMware or Physical
Microsoft
Azure
Replication
Hyper-V to Hyper-V
(on-premises)2
Hyper-V Hyper-V
Replication
SAN SAN

16. Azure Site Recovery as MIGRATION Tool
One solution for multiple infrastructures
Hyper-V to Hyper-V
(on-premises)1
Hyper-V Hyper-V
Replication
Hyper-V or SCVMM to
Microsoft Azure
3
Hyper-V
Microsoft
Azure
One Time
Replication
VMware or Physical to
VMware (on-premises)4
VMware or Physical VMware
Replication
VMware or Physical or AWS
to Microsoft Azure
5
VMware or Physical
Microsoft
Azure
One Time
Replication
Hyper-V to Hyper-V
(on-premises)2
Hyper-V Hyper-V
Replication
SAN SAN

17. 









Disaster Recovery | Migration| Dev/Test

18. Active Directory | IIS | RDS/VDI | File Server

19. ASR Replication
Azure Site Recovery
ASR Replication
ASR Replication

20. ASR Replication
Azure Site Recovery
SQL Availability Group
AD & ASR Replication

21. Architect to
Architect

22. Azure Datacenter IP Ranges

23. 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

24. Architect to
Architect

41. Architect to
Architect

42. Architect to
Architect

44. 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

45. Migrate and disaster recover Azure workloads using Operations Management Suite

46. Architect to
Architect

47. Architect to
Architect

49. Architect to
Architect

52. Log analytics Automation
Backup & Site
Recovery
Security & Compliance
• Effortless log collection
• Integrated fast search
and queries with custom
dashboard
• Integrated cloud backup
• Seamless disaster
recovery and workload
migration
• Hybrid runbook worker
• Graphical workbook
authoring and
automation DSC
• Malware assessment
• Security posture and
system update
assessment
Spot problems fast Automate tasks quick
Protect data &
Applications easily
Recognize threat early
With OMS capabilities customers can…
extending System Center capabilities, as an all-in-one management solution!

53. +Windows LinuxAny OS
App Aware SharePoint | SQL Server | Exchange | SAP | Oracle | and more..
Cloud On-Ramp Disaster Recovery | Migration| Dev/Test
Power of Azure Hyper-Scale| Enterprise Grade | Hybrid | Agile
VMware, HYPER-V, Physical,
AWS, AzClassic
Any Cloud DR to Azure DR to Alternate Site
Part of a Broader Cost Effective Management StoryOMS

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