disaster-recovery-planning

Develop disaster recovery plans for Azure workloads with replication options.

1|Updated Apr 19, 2026
One-click install
npx skills add https://github.com/SandboxServers/github-copilot-agents --skill disaster-recovery-planning-sandboxservers
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: disaster-recovery-planning
Source: https://github.com/SandboxServers/github-copilot-agents/tree/main/skills/disaster-recovery-planning.skill
Command: npx skills add https://github.com/SandboxServers/github-copilot-agents --skill disaster-recovery-planning-sandboxservers

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) and references (resource) components.

What problem does it solve?

This Skill helps businesses design and implement disaster recovery plans for Azure workloads, addressing business continuity, data loss, and replication options.

Core Features & Use Cases

  • Designing Business Continuity: Select the appropriate DR pattern for Azure workloads.
  • Replication Options: Evaluate data replication methods for RTO/RPO trade-offs.
  • Implementation Checklists: Provides a checklist for DR plan implementation.
  • Use Case: An IT manager can use this Skill to create a disaster recovery plan for a critical business application hosted on Azure, choosing an appropriate pattern (like Active-Active or Pilot Light) and configuring the necessary replication and load balancing.

Quick Start

Implement disaster recovery for Azure workloads by following the steps outlined in the provided disaster recovery planning guide.

Frequently Asked Questions about disaster-recovery-planning

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I create a disaster recovery plan for Azure workloads?

Disaster recovery patterns for Azure workloads include Active-Active and Pilot Light configurations. You select a pattern based on your business continuity requirements, then configure necessary data replication and load balancing to meet RTO/RPO targets.

How do I choose Azure replication options to meet RTO and RPO targets?

You choose Azure replication options by evaluating data replication methods against your RTO/RPO trade-offs. The Skill helps analyze business continuity requirements to configure geo-replication and backup solutions that meet specific recovery objectives.

What is the best way to configure business continuity for a critical Azure application?

Configuring business continuity for a critical Azure application requires selecting a DR pattern like Pilot Light or Active-Active. You then implement geo-replication and load balancing to ensure recovery within defined RTO/RPO limits.

Do I need an implementation checklist for Azure disaster recovery?

Yes, an Azure disaster recovery implementation checklist ensures you correctly configure geo-replication, load balancing, and backup solutions. It guides you through evaluating replication options to meet your specific RTO/RPO targets.

Does this disaster recovery planning approach support Active-Active and Pilot Light patterns?

Yes, this disaster recovery planning approach supports both Active-Active and Pilot Light patterns for Azure workloads. It helps you select the appropriate pattern based on your business continuity and data loss objectives.

When should I use geo-replication for Azure disaster recovery?

You should use geo-replication for Azure disaster recovery when your business continuity requirements demand low RTO and RPO values. It is a key configuration option evaluated alongside load balancing and backup solutions to minimize data loss.