Trilio Site Recovery for Kubernetes/OpenShift Virtualization
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site-recovery

A Kubernetes operator that automates site recovery and disaster recovery workflows for cluster workloads.

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Intended Audience
Who should use this operator and what Kubernetes and disaster recovery knowledge is required
Concept
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Problem Being Solved
What site recovery and disaster recovery challenges this operator automates in Kubernetes environments
Concept
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Alternatives
What teams use instead of this operator for Kubernetes disaster recovery
Concept
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Architecture
Controller architecture, reconciliation loops, and component interaction for site recovery workflows
Architecture+2 sub-pages
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Key Concepts
Site recovery terminology, Kubernetes operator concepts, and CRD-specific abstractions used by this project
Concept
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Getting Started
Installing the operator and creating your first site recovery custom resource
Tutorial+3 sub-pages
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Custom Resource Reference
Complete API reference for all site recovery custom resources
Guide
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Kubectl Commands
Common kubectl commands for inspecting, triggering, and managing site recovery resources
CLI reference
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Deployment Guide
Production deployment considerations including RBAC setup, resource limits, leader election, and multi-cluster scenarios
Guide
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Automation and GitOps
Integrating the site-recovery operator with ArgoCD, Flux, and CI/CD pipelines for declarative recovery management
Guide
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Troubleshooting
Common controller errors, debugging steps, and log analysis for site recovery failures
Runbook+3 sub-pages
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Observability
Metrics, structured logging, and monitoring for site recovery controller health and operation outcomes
Guide+2 sub-pages
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Development Guide
How to build, test, and contribute to the site-recovery operator including local development with envtest
Guide
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Src
Guide
site-recovery | Trilio Site Recovery for Kubernetes/OpenShift Virtualization Docs | Git2Docs