in this presentation, we will go over azure site recovery and explore the different DR scenarios

1. Azure Site
Recovery
Asaf Nakash
CTO & P-TSP Azure
Asaf@cloudvalley.io
054-9700780
Yaruslav Minialov
Sr. Cloud Solution Architect
yaroslav.m@cloudvalley.io
054-6613216

2. Leader
opportunity
momentum

3. Source: Forrester “The State of Business Technology Resiliency Q2 2014”, May 12, 2014
Operational Failures Natural Disasters Human-caused events Other

4. Single
provider
Simplicity Hybrid
design
Unlocks Azure
Services

5. Costs
Protecting few
Workloads
Difficult to protect complex environments and applications
Testing DR policies can become disruptive to production workloadsComplexity
Extensive recovery times result in loss of revenue
Protecting an entire environment with traditional DR solutions is expensive.
Some workloads that could benefit from protection go unprotected due to
costs and complexity

6. Any OSWindows Linux
Site to Azure Site to Site

7. 







Disaster Recovery | Migration | DevTest

9. Enhanced Architecture
Source: VMware VMs
& Physical Servers
Data
Channel
OMS Site
Recovery
Microsoft Azure
Process
Server
Config
Server
Process Server Configuration Server
Mobility Service

10. NEW FEATURES
Streamlined Getting Started experience designed to ensure customer success
Coexistence of Classic and Azure Resource Manager (ARM) deployment models
Achieve better Recovery Time Objective (RTO) with Resource Manager
Achieve better IOPS for workloads post recovery in Azure
Support for Locally Redundant Storage (LRS)
Replicate workloads to ARM-based standard storage accounts with Storage Service Encryption

11. NEW FEATURES
Exclude ‘tempdb’, ‘pagefile’ or disks that you don’t want to replicate to Azure
Combine high-margin offerings with Microsoft cloud products
First step towards offering a converged Backup and Disaster Recovery experience
HOT OFF THE PRESS RHEL 7.1, 7.2, CentOS 7.0+

12. ASR Replication
Azure Site
Recovery
ASR Replication
App Tier
Web Tier
DB Tier
Primary Site Azure
Azure Storage
Active
Directory
ASR Replication
Application DR with ASR

13. ASR Replication
SQL Availability Group
App Tier
Web Tier
DB Tier
Primary Site Azure
Azure
Storage
IaaS VM
Active
Directory
AD & ASR Replication IaaS VM
Azure Site
Recovery

14. Active Directory | IIS | RDS/VDI | File Server
additional license charge for DR of 1st party workloads

15. Config & Process Server – Used for
Caching, Compression, Encryption &
Management
Mobility Service –
Captures all data writes
from memory
Microsoft Azure
https 443
Config &
Process Server
On Premises Datacenter
https 443, 9443
Source: VMware & Physical Servers
Microsoft Azure
Site Recovery
Azure Storage

16.  Up to 10 Gbps network

17. Customer Datacenter
Azure Public Services
(Storage)
Azure Compute
Customer
Connectivity
Azure
Edge
Partner
Edge
Connectivity to IaaS Virtual Network post failover (Private Peering)
Site Recovery replication traffic (Pubic Peering)

18. Data Reduction
Average: 72.1%
Peak: 99.7%
3.6x capacity increase
LAN Throughput
Total: 95.4 GB
WAN Throughput
Total: 26.6 GB
Source: Microsoft and Riverbed whitepaper: https://gallery.technet.microsoft.com/Optimizing-Azure-Recovery-8da50893

19. More details
More details
More details

21. More details

22. Microsoft Azure Recovery Services
Agent - Replicates data to Azure
Microsoft Azure
Site Recovery
Microsoft Azure
https 443
Azure Storage
On Premises Datacenter
SCVMM
https 443
Disaster Recovery Adapter (DRA) –
Coordinate management tasks
Source: Hyper-V Servers

24. When replicating workloads into Azure, execute tests to ensure
readiness
Move a single application or an entire datacenter to the cloud
with minimal impact to production users

25. Source: Hyper-V VMs
Data
Channel
Microsoft Azure Recovery
Services Agent
OMS Site
Recovery
Microsoft Azure
Hyper-V
Server

26. Enhanced Architecture
Source: AWS AMIs
Data
Channel
OMS Site
Recovery
Microsoft Azure
Mobility Service
Process
Server
Config
Server
Process Server Configuration Server

27. • Scenarios
• Migrate On Premises infrastructure to Azure (ARM)
• Reporting available to monitor migration and report status.
• Disaster Recovery of On Premises infrastructure to Azure.
• Migrate between Azure Data centers.
• Results
• In the first 90 days, Microsoft IT has been able to migrate 1500+ VMs to Azure.
• Plans are to expand the usage to migrate/DR multiple thousands of additional VMs.
• Quotes
• “The ASR tools are great. I was able to migrate our VMs with minimal downtime to the business.”
• - Director, Finance IT
• “It’s like magic pixie dust. You configure ASR, let it run in the background, and are able to do the failover during a standard
maintenance window of your choosing. This is exactly the tool we needed to provide our internal customers flexibility while
performing migrations to Azure.”
• - Service Manager ,Microsoft IT for Azure

28. NEW FEATURES
Move applications permanently to Azure and stop Site Recovery billing
No Site Recovery charges if migration is completed within 31 days
HOT OFF THE PRESS Move Windows Server licenses covered under Software Assurance to Azure
HOT OFF THE PRESS Site Recovery HUB support limited to Azure Resource Manager deployments
only

29. Source Target Availability Supported Guest OS
Types
Hyper-V 2012 R2 Azure Available All Guest OS types supported by
Azure
Hyper-V 2008 R2 SP1 and 2012 Azure Available Windows* and Linux*
VMware vSphere 5.1, 5.5, 6.0 and
Physical Servers
Azure Available Windows* and Linux*
Amazon Web Services (Windows
AMIs)
Azure Available Windows Server 2008 R2 SP1+ (HVM
only)
Amazon Web Services (Linux
AMIs)
Azure Available RHEL 6.7 HVM JUST ANNOUNCED!
Hyper-V 2012 Hyper-V
2012R2
Available All Guest OS types supported by
Hyper-V
*Limited to Windows Server 2008 R2 SP1+, Red Hat 6.7, 7.1, 7.2, CentOS 6.5, 6.6, 6.7, 7.0+
Oracle Enterprise Linux 6.4, 6.5, SUSE Linux Enterprise Server 11 SP3

30. • Azure does not support virtual machines running a UEFI / Generation 2 firmware. Site Recovery
cannot directly migrate a virtual machine from VMware to Azure IaaS, when that virtual
machine is using UEFI firmware
• Option 1: Convert the VMware VM from UEFI to BIOS firmware and use Site Recovery to
migrate a BIOS virtual machine from VMware to Azure IaaS
• Option 2: Migrate the VMware VM from UEFI to a Generation 2 Hyper-V virtual machine and
use Site Recovery to migrate the virtual machine from the Hyper-V host to Azure IaaS
• Option 3: Use an external vendor tool or manual process that can convert and migrate the
virtual machines between formats in VMware and Azure IaaS

31. Pay-as-you-go Suites – requires annual pre-commitment
(All prices are monthly prices without any customer discounts)
Service Price (per
month)
Insight & Analytics
(includes Log Analytics)
$15/ node
Automation & Control $10/ node
Security & Compliance or
Azure Security Center
$15/ node
Backup $10/ node
Site Recovery – E2E $16/ node
Site Recovery – E2A $25/ node
Log Analytics $2.3 per GB
Automation $0.002 per min
Suite Price (per
month)
Insight & Analytics suite
• Insight & Analytics
• SCOM
$15/ node
Automation & Control
suite
• Automation & Control
• SCCM & Orchestrator
$10/ node
Security & Compliance
suite
• Azure Security Center or
• OMS Security &
Compliance
$15/ node
Protection & Recovery
suite
• Backup
• Site Recovery – E2E & E2A
• VMM & DPM
$30/ node
Suite Price (per
month)
OMS E1
• Insight & Analytics
• Automation & Control
• All of System Center
$20/ node
OMS E2
• Insight & Analytics
• Automation & Control
• Security & Compliance
• Backup
• Site Recovery – E2E &
E2A
• All of System Center
$35/ node
For E2A in addition to above ASR charges,
customer will pay Storage charges for the
replicated data and Azure IAAS charges for the
duration of failovers.

32. Site Recovery Documentation https://aka.ms/siterecovery_documentation
Site Recovery Blogs https://aka.ms/siterecovery_blogs
Site Recovery Microsoft Virtual Academy Course https://aka.ms/siterecovery_mva
Support Forum https://aka.ms/asrforum
Feedback (User Voice) https://aka.ms/ASRuservoice