
Explore cloud disaster recovery as a service with Azure Site Recovery. Compare tapes and data center replication, and note rapid recovery, pay-as-you-go scalability, bandwidth needs, and data security.
Explore how Azure site recovery provides disaster recovery as a service by replicating VMs and workloads to Azure, with test failover, recovery plans, and per-instance pricing.
Identify on-premises recovery prerequisites, including config server, process server, master target server roles, and mobility service agents, and provision Azure subscription, virtual network, storage, and Recovery Service vault for replication.
Learn how the azure site recovery deployment planner tool analyzes on-prem vm data from hyper-v or vmware, reports bandwidth, storage needs, compatibility, rpo, and migration cost.
Set up the Azure site recovery lab by connecting on-premises VM workloads to Azure resources, including a config server and a VM to migrate via internet.
Set up the Azure site recovery environment by creating a resource group, a virtual network, a storage account, and a recovery services vault in Central US.
Prepare the on-prem infrastructure for Azure Site Recovery by configuring the recovery services vault, deploying the configuration server, installing the process server, and registering the on-prem VM for initial replication.
Set up the configuration server and replication policy for Azure Site Recovery. Replicate the on-premises Windows 2008 VM to Azure and run a test failover to validate readiness.
demonstrates setting up an azure recovery plan in the recovery services vault and performing a failover (including test failover) of a vm from on-prem to azure, with recovery point options.
Azure Site Recovery provides a simple automated solution to move an on-prem VM to Azure, with customizable plans, testing without disrupting the primary site, and cost-effective support for varied workloads.
Welcome to Microsoft Azure Site Recovery course.
Azure Site Recovery (ASR) is a DRaaS offered by Azure for use in cloud and hybrid cloud architectures. A near-constant data replication process makes sure copies are in sync. The application consistent snapshot feature of Azure Site Recovery ensures that the data is in usable state after the failover.
ASR offers support for multiple scenarios:
Replication of physical servers from on-premises and third party service providers to Azure
Windows and Linux VMs hosted in VMware and Hyper-V to Azure
Windows VMs hosted in AWS to Azure
Windows and Linux VMs in Azure Stack to Azure
The Advantages of ASR
Cost effective
Data resilience
Heterogeneous workload
App consistent
Non-disruptive testing
Microsoft Azure Site Recovery is essential for your business continuity strategies. This course will guide you through the design considerations you should keep in mind when planning to deploy Azure Site Recovery. We will go over on what is Azure Site Recovery, Requirements and the features & pricing model of Site Recovery. Also we will work on a real lab scenario of migrating and failover of a VM from on premises to Azure.
Owing to its cost-effectiveness, ease of use, and support for an extensive list of workloads, ASR has established itself as a world-leader in business continuity and disaster recovery solutions.