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Leveraging SAN Replication for Enterprise- Grade Disaster Recovery with Azure Site Recovery and System Center Abhishek A Hemrajani Program Manager, Microsoft Corporation
Session Objectives and Takeaways Overview of Microsoft s BC/DR Solutions Explain benefits of supporting SAN based replication technology with Azure Site Recovery and SCVMM Perform Hyper-V VM protection and recovery with Storage Partner solutions Explain the standards-based work that enables this solution Availability and TAP Sign Up
Microsoft s BC/DR Solutions
Business Continuity Challenges As data grows exponentially, impact on business continuity is magnified
Business Continuity Challenges Bypassing the obstacles
Microsoft Solutions Breadth and depth solutions for BC/DR Integration of WSB/DPM with Microsoft Azure Backup Orchestrated Physical, Hyper-V & VMware VM Replication & Recovery using Azure Site Recovery, between on-premises locations, or between on-premises & Microsoft Azure Centralized backup with Data Protection Manager Simplified protection with Windows Server Backup } Hyper-V Guest Clustering for applevel HA, i.e. SQL Server AlwaysOn FCI Hyper-V Failover Clustering for VM Resilience
Azure Site Recovery
Azure Site Recovery The year so far GA Jan 2014 GA July 2014 GA Oct 2014 Replication Replication Replication Hyper-V Hyper-V to Hyper-V (on-premises) Hyper-V VMware/Physical VMware VMware/Physical to VMware (on-premises) Hyper-V Microsoft Azure Hyper-V to Microsoft Azure
Azure Site Recovery: TechEd Europe Just announced! NEW Service Provider Scenarios for Hyper-V 2012+
Azure Site Recovery: TechEd Europe Just announced! Replication Public Preview of Azure Site Recovery with Storage Array-Based Replication and Disaster Recovery Preview Nov 2014 SAN SAN Hyper-V Hyper-V Hyper-V to Hyper-V (on-premises)
On-premises to On-premises Protection to Azure Microsoft Azure Site Recovery Microsoft Microsoft Azure Azure Site Site Recovery Recovery Microsoft Azure Site Recovery Orchestration Channel Replication channel: Hyper-V Replica, SQL AlwaysOn Download Scout Orchestration and Replication: Hyper-V Replica, SQL AlwaysOn InMage Scout Replication channel: InMage Replication InMage Scout Communication and Replication InMage Scout 2015 Windows Server Primary Site SAN Windows Server Recovery Site Physical/ VMware Primary Site Windows VMware Server Primary Recovery Site Site VMware/ Physical Primary Site
Azure Site Recovery One solution for your entire infrastructure DR Support for any Infrastructure on your on-premises (Hyper-V, VMWare, Physical) Zero RPO/Near sync RPO solutions with Azure Site Recovery Support for Enterprise Class Applications Business Continuity Support for Enterprise scenarios: Shared Storage, raw devices, clustering, group consistency Low TCO DR to Public Cloud or Service Provider Cloud Simple, consistent, unified management experience
SAN Storage Array-Based Replication and DR
Standards Based Storage Management Windows Server Server Manager ISV or Storage Vendor Applications System Center Virtual Machine Manager Storage Management API (WMI) CIM Pass Through
Introducing ASR with SAN Replication SAN Replication Take advantage of SAN Replication capabilities provided by enterprise storage partners with support for both FC & iscsi storage Supports synchronous replication for the lowest RPO/RTO and asynchronous replication for flexibility Key Value Propositions Full Disaster Recovery orchestration for SAN storage Support for applications that require multi-vm consistency, guest clustering, and shared storage, such as SQL Server, SharePoint, SAP etc. Integrated with Azure Site Recovery for streamlined, consistent experience Integration Integration with SAN via SMI-S SCVMM discovers and enumerates existing storage SCVMM provides comprehensive SAN management and provisioning capabilities within console Microsoft Azure Site Recovery
Azure Site Recovery with SAN Replication How it works: Initial Configuration Primary Site 1. Sign up System Center Virtual Machine Manager 2. Create Recovery Vault 3. Deploy 4. VMM Provider Metadata pushed to Azure Site Recovery, outbound, over HTTPS System Center Virtual Machine Manager Secondary Site
Azure Site Recovery with SAN Replication How it works: Initial Configuration Primary Site 7. Configure Protection of Clouds 8. Continuous Health Monitoring System Center Virtual Machine Manager AD SQL LOB 5. On 9. Primary Map VM Site, Networks create VMM from Primary Clouds & to add RG Secondary 6. On Secondary Site, create corresponding VMM DR Clouds System Center Virtual Machine Manager Secondary Site
Azure Site Recovery with SAN Replication How it works: Enable Replication and VM Protection 10. Enable RG Replication in Azure Portal and Create Protected VM System Center Virtual Machine Manager Primary Site AD SQL LOB 11. ASR selects suitable host that meets requirements & starts Storage Replication System Center Virtual Machine Manager AD SQL LOB Secondary Site
How does it work? Discover and Enumerate Storage in SCVMM Discover Storage via SMI-S Provider Bring Storage Pools and LUNs under management Create Replication Group Add Replication Group to SCVMM Cloud Streamline Orchestration via Azure Site Recovery Create Site Recovery Vault and register DR Provider Configure Clouds ASR verifies SAN configuration Map Storage Arrays and Pools Enable Replication on RG Map Networks Enable VM Protection Develop SAN based Recovery Plans for one-click Test, Planned or Unplanned Failovers
Demo Configure Shared Storage Create Replication Groups Configure Clouds Configure Storage Mapping Enable Storage Replication
Configuring SAN Replication
Initial Storage Discovery and Enumeration Configure SAN devices for replication Install SMI-S Provider Add Provider to start managing the SAN device via SCVMM Discover Computer System Enumerate Properties Enumerate Storage Pools Enumerate Endpoints Enumerate Initiators
Storage Provisioning Bring Storage Pools under management Allocate Storage Pools to Host Groups in SCVMM Assign storage to Hyper-V Host Clusters
What is a Replication Group? N-Tier Multi-VM Application Consistency by grouping LUNs into a Replication Group Support for applications that need Shared Storage for Guest Clusters Shared VHDX, iscsi SAN Replication guarantees replication consistency across the arrays Replication Groups are allocated to Clouds, which are used by Azure Site Recovery
Replication Group Let s take it slow
Replication Group Let s take it slow
Replication Group Let s take it slow
Protection and Recovery of Virtual Machines
Workload Protection and Recovery Protect Virtual Machines using SCVMM SCVMM Smart Placement ensures that VM data is placed on protected storage ASR reserves capacity on recovery site for each VM Create SAN Recovery Plans Configure boot order Automated scripts and manual actions Perform DR Drills, Failovers, and Failback Support for Test, Planned, and Unplanned failovers Reverse Replication to primary site
Azure Site Recovery with SAN Replication How it works: SAN Recovery Plans Primary Site 12. Create Recovery Plan System Center Virtual Machine Manager AD SQL LOB System Center Virtual Machine Manager AD SQL LOB Secondary Site
Azure Site Recovery with SAN Replication How it works: Execute SAN Recovery Plans Primary Site 13. Execute Recovery Plan System Center Virtual Machine Manager AD SQL LOB 16. 15. When When Reverse Primary Replication Site is back completes, online, execute a Planned a Reverse Failover returns Replication 14. active Site Recovery VMs to Primary Orchestrates Site VMs starting on Secondary Site System Center Virtual Machine Manager AD SQL LOB Secondary Site
Demo Deploy VMs on Protected Storage Create Recovery Plans Failover RGs and VMs using Recovery Plans SQL Guest Cluster Failover
Workload Protection Let s take it slow VM Deployed or Migrated onto Protected Storage Shadow VM Created and Capacity Reserved LUNs Remain Masked
Workload Failover Planned Failover and Reverse Replication VM Deployed or Migrated onto Protected Storage Shadow VM Created and Capacity Reserved LUNs Remain Masked Shadow VM Created and Capacity Reserved LUNs Remain Masked Real VM Created Using Configuration LUNs Unmasked
Workload Failover Unplanned Failover VM Deployed or Migrated onto Protected Storage Shadow VM Created and Capacity Reserved LUNs Remain Masked Real VM Created Using Configuration LUNs Unmasked
Workload Failover Test Failover and DR Drills VM Deployed or Migrated onto Protected Storage Shadow VM Created and Capacity Reserved LUNs Remain Masked Test VM Created
Recovery Plans: Orchestrated Recovery Orchestrated Steps for Recovery Script Integration Manual Actions
Partners
SAN Replication Storage Partners Harness the power of your SAN Investments Partner EMC NetApp HP HDS Fujitsu Dell Huawei IBM Device VMAX VNX & VNX/e FAS (8.2 C-MODE) 3PAR VSP Eternus Compellent OceanStor XIV
Session Objectives and Takeaways Overview of Microsoft s BC/DR Solutions Explain benefits of supporting SAN based replication technology with Azure Site Recovery and SCVMM Perform Hyper-V VM protection and recovery with Storage Partner solutions Explain the standards-based work that enables this solution TAP Sign Up: abhemraj@microsoft.com
Recommended / Related Sessions 1 Azure Site Recovery: Leveraging Microsoft Azure as your Disaster Recovery Site Data Center Trends, Day2 11:45 AM 12:40PM 2 3 Cloud Integrated Backup: Protect your Microsoft Workloads on Hyper-V, VMWare and Azure with SC DPM and Azure Backup Data Center Trends, Day1 06:05PM 07:00PM Migrate your workloads to Microsoft Azure using the Microsoft Migration Accelerator Azure - Track A, Day2 04:00PM 04:55PM 4 Protect your business running in Azure using Microsoft Azure Backup Service Online Services, Day2 04:00PM 04:55PM
References Related references for you to expand your knowledge on the subject Documentation Tutorial Planning Guide Deployment Guide Configuration Tutorials Forum User Voice Wiki WAN Optimization with Riverbed Team Blog Azure Site Recovery System Center Virtual Machine Manager Windows Server - Hyper-V Replica technet.microsoft.com/en-in aka.ms/mva msdn.microsoft.com/
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