2. Pierre Roman @pierreroman Sleep tight knowing you’re prepared for outages Protect your environment with Azure ARC32 4

4. Looking for more info? HTTP://CANITPRO.NET

5. Disasters

7. Superstorm Sandy – New York

8. Source: http://www.datacenterknowledge.com/archives/2012/10/30/major-flooding-nyc-data-centers/  Offline, no power and generators flooded  Partially offline, no power and one generator failed  Stayed online with generators

9. Fires Flooding Winter Storms

10. Why Business Continuity?

11. Overview of Availability on Demand Solution Protect Physical Machines with Azure ASR Prerequisites Capacity Planning Migration to Azure with ASR ASR Preview Logistics and Resources Agenda

12. Session Objectives And Takeaways

13. Availability on Demand Long-Term Retention Cloud Backup Recovery Analytics/Reporting Cloud Bursting Cloud Migration DevTest Empower your business with cloud services from Microsoft Azure

14. Business Continuity

15. Heterogeneous workload support Automated discovery of VMware vSphere ESXi VMs Manual discovery of physical machines Continuous Data Protection for near zero RPOs Multi-VM consistency using Protection Groups Features – Heterogeneity, Discovery, Protection

16. Protection between two datacenters with VMM Protection between two datacenters with VMware Protection between a datacenter with VMM and Azure Protection between a Hyper-V site and Azure Protection between an on-premises physical server or VMware virtual machine and Azure Supported Scenarios

17. Features – Security, Recovery, Monitoring

18. Deployment Architecture Microsoft Azure Data Channel Microsoft Azure Site Recovery Process Server – Used for Caching, Compression & Encryption Config Server – Used for Centralized Management Master Target – Used as a repository & for retention Source: VMware VMs & Physical Machines Process Server Datacenter 1 Process Server Datacenter 2 Source: VMware VMs & Physical Machines Mobility Service – Captures all data writes from memory Microsoft Azure Customer 1 Target: Microsoft Azure

19. Microsoft Confidential

20. Summary of Actions Customer selects recovery region CREATE VAULT 1 Define DR plan CREATE RECOVERY PLAN 7 Register vCenter Server REGISTER 4 Replicate disks to Azure PROTECT VIRTUAL MACHINES 6 View step-by-step guidance QUICK START 2 Infrastructure servers needed SETUP SERVERS (CS, MT, PS) 3 Define protection policy CONFIGURE PROTECTION 5 Perform failover FAILOVER 8

21. On-premisesDeployed in customer’s Azure subscription Windows Server 2012 R2 physical or virtual machine Same network and subnet as source machines VMware vSphere CLI 5.5 for automatic discovery of VMware vSphere ESXi VMs Sufficient resources in customer’s subscription Deploy the following in the same region Azure virtual network Geo-redundant Azure Storage account Azure Site Recovery vault Standard A3 Configuration Server Standard A4 or standard D14 Master Target Servers Process Server – Used for Caching, Compression & Encryption Config Server – Used for Centralized Management Master Target – Used as a repository & for retention Infrastructure requirements when enabling protection for VMware and physical machines

22. Windows Source Machine Prerequisites

23. Linux Source Machine Prerequisites

24. Common Source Machine Prerequisites

25. Azure Capacity Planning - Compute

26. Azure Capacity Planning - Storage

27. On-Premises Capacity Planning Data Change Rate Per Day CPUMemoryCache Directory Disk Size Minimum Total Disk Throughput Required Minimum Network Throughput Required NIC < 250 GB 2 CPUs [1 socket * 2 cores @ 2.50 GHz] 4 GB Minimum of 300 GB 4 to 6 MBps12 to 15 MBps 1 GigE NIC 250 GB to 600 GB 12 CPUs [3 sockets * 4 cores @ 2.50 GHz] 12 GB Minimum of 1 TB 8 to 10 MBps18 to 22 MBps 1 GigE NIC 600 GB to 1 TB 24 CPUs [6 sockets * 4 cores @ 2.50 GHz] 24 GB Minimum of 1 TB 12 to 15 MBps28 to 35 MBps 1 GigE NIC > 1 TBRecommend multiple Process Servers

28. How Much??? Microsoft Azure Site Recovery

29. Migration to Azure with ASR

30. Comparison and Similarities Uncontrolled transition Requires failover and failback (2-way) Focus on Protection, Failover, Availability and Compliance Ability to recover to a known-good point Goal of minimal disruption and data loss Business Continuity and Disaster Recovery Controlled transition Requires transition and possible rollback (1- way) Focus on Cutover, Transition and Migration Ability to transition on-demand Expectation of minimal to no disruption and data loss Migration Transition Process Recovery Processes Transition Planning Recovery Planning Core Assessment – Application Discovery and Rationalization (ENDR) Technology and Tools – Azure Site Recovery Service (ASR) Skillsets – Technical skills transfer across both disciplines (migration and BCDR)

31. Free technical training resources: On-demand online training: http://aka.ms/learnhybridhttp://aka.ms/learnhybrid Learn more with FREE IT Pro Resources Expand your Hybrid Infrastructure Knowledge Free ebooks: Rethinking Enterprise Storage: A Hybrid Cloud Model: http://aka.ms/hybrid-storage-ebook http://aka.ms/hybrid-storage-ebook Microsoft Azure Essentials: Fundamentals of Azure: http://aka.ms/azure-fundamentals-ebook http://aka.ms/azure-fundamentals-ebook

33. Continue your Ignite learning path Visit Microsoft Virtual Academy for free online training visit https://www.microsoftvirtualacademy.com Visit Channel 9 to access a wide range of Microsoft training and event recordings https://channel9.msdn.com/ Head to the TechNet Eval Centre to download trials of the latest Microsoft products http://Microsoft.com/en-us/evalcenter/