| Troubleshooting | L37-L64 | Diagnosing and fixing Azure Site Recovery replication, failover, agent/extension, network, and appliance issues for Azure VMs, Hyper-V, VMware, and physical servers. |
| Best Practices | L65-L70 | Guidance on tuning Azure Site Recovery performance: analyzing high data churn on VMs, and monitoring/troubleshooting process server health, capacity, and throughput. |
| Decision Making | L71-L88 | Planning and sizing Azure Site Recovery: choosing tools vs Azure Migrate, VMware/Hyper-V DR capacity and cost estimation, managed disk pricing, failover/failback options, and classic-to-modern migration. |
| Architecture & Design Patterns | L89-L98 | Designing Azure Site Recovery architectures for specific workloads (AD/DNS, SAP, Dynamics AX, SharePoint, IIS, SQL, VMware, file servers) and multi-tier app DR patterns. |
| Limits & Quotas | L99-L108 | Limits, capacity planning, and compatibility for Azure Site Recovery: churn limits, safe use with Backup, planner limitations, VMware/physical support, scaling, and Mobility service resource usage. |
| Security | L109-L119 | Securing Azure Site Recovery: NSGs, TLS, encryption changes, secure replication (incl. VMware), RBAC access control, managed identities, and hardened replication appliance deployment. |
| Configuration | L120-L178 | Configuring Azure Site Recovery for Azure VMs, VMware, Hyper-V, and physical servers, including networking, encryption, policies, appliances, monitoring, and replication/failback setup. |
| Integrations & Coding Patterns | L179-L193 | Automating Azure Site Recovery setup and DR workflows with PowerShell, ARM/Bicep/Terraform, plus integrating ExpressRoute, Traffic Manager, and shared disks for Hyper-V/VMware scenarios |
| Deployment | L194-L202 | Support matrices and validation guidance for Azure Site Recovery deployments, including VM DR support (Azure, Hyper-V, VMware, physical), shared disks, and replication appliance compatibility. |