Cloud Disaster Recovery 6 Week Implementation

WHAT THE MODEL ENGINEER WILL DO:

• Configure Recovery Services Vault and Azure Site Recovery replication policies
• Deploy Azure Site Recovery agents to hypervisor hosts
• If needed, deploy Azure Site Recovery server roles and agents needed for VMware and physical machine protection
• Enable protection for up to 30 workloads, including up to 200 total servers (virtual or physical machines) and up to 2.5 terabytes of total data across all workloads
• Configure up to 30 recovery plans, one per workload, to coordinate multi-server failover
• Integrate Azure Site Recovery with Azure Automation Account and illustrate runbook integration in recovery plans
• Perform test failover of protected servers to an isolated network
• Document Proof-of-Concept implementation architecture, functionality, and usage.

DELIVERABLES:

• Functional Proof-of-Concept implementation of Azure Site Recovery protecting up to 30 workloads
• Configuration of Recovery Services Vault and integration with Azure Automation Account for fail-over automation

WHAT WE NEED FROM YOU:

• Identify up to 30 workloads to be protected via the Proof-of-Concept implementation, each meeting the following requirements:
  • Up to 200 total servers (virtual or physical machines) (across all identified workloads), each meeting Azure Site Recovery technology prerequisites
  • Hypervisors hosting workloads' servers must be on versions and patch levels supported by Azure Site Recovery
  • Up to 2.5 terabytes of total data across all identified workloads' servers
  • Adequate network bandwidth and storage IO for timely initial replication of data to Azure
• Provide access to an Azure subscription to be used for the Proof-of-Concept implementation
• Provide access to the environment, either through a designated staff member with the appropriate permissions or via creating credentials for the Model engineer, to deploy agents and server roles and to enable protection for identified servers