Transcript Disaster Recovery tothe Cloudwith Azure Site

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disaster
balance
survival
Overview of end-to-end DR solution for the cloud
Learn how to setup protection and recover to Microsoft Azure
Planning guidance on choosing approaches for common applications
Business continuity challenges
Backup datacenter data to cloud using
System Center Data Protection Manager
Backup and recover files/folders from
Windows Server 2012 and 2012 R2
Your On-Premises Datacenter
Benefits
Reliable offsite data protection
Simple, familiar, integrated
Efficient backup and recovery
Easy set up
Backup and restore database
to the cloud
SQL Server Management Studio
Benefits
Reliable off-site data backup
for SQL images
Easily restore databases
using VMs
StorSimple
Virtual
Appliance
Microsoft Azure
Cloud Snapshots
StorSimple 8000
iSCSI Appliance
Production Data
Datacenter-1
Periodic VSS consistent cloud snapshots
of production data
Production Data
StorSimple 8000
iSCSI Appliance
Datacenter-2
Location independent recovery from
cloud snapshot
Cross-Premises Networking
Cross-Premises Networking
Public
Internet
Data Channel
Microsoft Azure
Compute
Data Channel
Storage
Networks
At Scale Protection Configuration
Automatically enable replication of virtual machines in VMM
Cross site Configuration with network and storage mapping
Azure based Recovery Plans for DR orchestration
Test Failover support for Recovery Plans
Remote monitoring for DR protection
PowerShell integration in Recovery Plans
In-Box Hyper-V VM Replication
Near Sync support, low RPO of 30 secs
Storage Agnostic
Support for DR scenario (Planned, Unplanned, Test Failover)
Tertiary Replication Support
Near Sync Replication to Azure (via Azure Site Recovery)
Multi-database Failover across SQL Server Instances
Multiple secondary copies (4/8)
Sync (max 2) / Async support
Available in SQL 2012 and SQL 2014
Supports Site-to-Site or Site-to-Azure IaaS VM
No shared storage needed
Fast Manual/Automatic Failover
PowerShell Support
Workload Type
SQL Tier
App Tier
SQL Tier DR
Recommendation
App Tier DR
Recommendation
DR Orchestration
Recommendation
Tier 1
Workload/Business
Critical
Physical/Clustered
Physical
SQL Always On
Availability Groups
Storage DR/Active
App Tier on
Secondary
Azure Automation
Tier 1
Workload/Business
Critical
Physical/Clustered
Virtual
SQL Always On
Availability Groups
Hyper-V Replica
Azure Site Recovery
Tier 1
Workload/Business
Critical
Virtual/Clustered
Virtual
SQL Always On
Availability Groups
Hyper-V Replica
Workload Type
SQL Tier
App Tier
SQL Tier DR
Recommendation
App Tier DR
DR Orchestration
Recommendation Recommendation
Tier 2 Workload
Virtual/Clustered
Virtualized
Hyper-V Replica
Hyper-V Replica
Tier 2 Workload
Virtual/Standalone
Virtualized
Hyper-V Replica
Hyper-V Replica
Azure Site
Recovery
• Microsoft partnered with Riverbed®
for early tests
• ~70% data reduction on traffic to Azure
• On-prem WAN optimization appliance sends
optimized traffic to virtual appliance in Azure
• Replication always over HTTPS
Overview of end-to-end DR solution for the cloud
Learn how to setup protection and recover to Microsoft Azure
Planning guidance on choosing approaches for common applications
For More Information
KeithMayer.com
http://keithmayer.com
Microsoft Azure
http://azure.microsoft.com/en-us/
Azure Site Recovery
http://azure.microsoft.com/en-us/services/site-recovery/
Microsoft Virtual Academy
http://microsoftvirtualacademy.com
Become a “Hybrid Cloud” Early Expert!
http://earlyexperts.net
Paul Smith
reduced recovery time from 48 hours to 5 minutes for its mission-critical applications.
Aston Martin
minimizes downtime to a matter of minutes
United Airlines
continuity
consolidate two different IT infrastructures
reduced costs while improving business
Dartmouth-Hitchcock Medical Center
costs
cost-effective, ensured uninterrupted healthcare delivery, and reduced IT
Sika AG
cost-effective disaster recovery solution
Convergent Computing
flexibility/agility and their IT costs have been cut in half
Marquette University
highly automated disaster recovery solution in place, and workloads that previously took days to
recover can now be restored in minutes
Pošta Slovenije
dramatically simpler DR administration, and improved security – all at lower costs than before
increased availability,
Unit that fails over together
• Defines a collection of VM
that will be recovered
together.
• Typically models an
application.
Dependency modelling
• Specify the order in which
the VMs of a recovery plan
need to be booted by using
groups.
• VMs of same group failover
in parallel.
• Shutdown is in reverse
order of recovery to ensure
0 data loss.
Extensible Recovery plans
• Add custom actions to a
recovery plan in between
the groups.
Test Failover
Planned Failover
• Recover the VM to
Azure without
affecting the
primary site
workload.
• VM can come up in
an isolated
environment.
• Recover VM by
safely turning off
the VM on the
primary site and
sending latest
changes.
• Ensures 0 data loss.
• VM boots up on
Azure. Active
location changes to
Microsoft Azure.
Unplanned Failover
Without primary
site operations
• Recover VM when
the primary site is
no longer
reachable.
• May have data loss.
• VM boots up on
Azure. Active
location changes to
Microsoft Azure.
Unplanned failover
with primary site
operations
• Attempts to
shutdown VM and
send latest
changes.
• If attempt fails,
goes ahead with
the recovery to
ensure better RTO.