| Troubleshooting | L37-L65 | 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 | L66-L71 | Guidance on tuning Azure Site Recovery performance: analyzing high data churn on VMs, and monitoring/troubleshooting process server health, capacity, and throughput. |
| Decision Making | L72-L89 | 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 | L90-L99 | 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 | L100-L114 | Site Recovery scale, capacity, and support limits: VM/Hyper‑V/VMware matrices, high‑churn limits, shared disks, Mobility service usage, planner limits, and safe use with Azure Backup. |
| Security | L115-L125 | Securing Azure Site Recovery: NSGs, TLS, encryption changes, RBAC, managed identities, and hardening replication appliances/VMware replication traffic. |
| Configuration | L126-L187 | Configuring Azure Site Recovery for VMs and clusters (Azure, VMware, Hyper‑V, physical): replication setup, networking, encryption, appliances, policies, monitoring, failover and failback settings. |
| Integrations & Coding Patterns | L188-L200 | Scripts and templates for automating ASR: PowerShell for Hyper‑V/shared disks, ExpressRoute/Traffic Manager integration, and Bicep/ARM/Terraform to deploy Recovery Services vaults. |
| Deployment | L201-L204 | Guidance for moving VMware disaster recovery setups from classic Azure Site Recovery to the modernized architecture, including migration steps, prerequisites, and configuration changes. |