How Yorigu Works

Yorigu separates recovery and migration into explicit phases so infrastructure teams can review readiness and progress.

The orchestrator runs inside the customer's controlled infrastructure; workload data and workflow state remain in the customer environment. For product-specific behavior, supported platforms, and packaging options, see the Products section.

Source workloads

Physical Servers, Virtual Machines, and DB Systems running in the customer's existing environment. Source workloads enter recovery and migration workflows without persistent Yorigu software installed on them.

Yorigu Orchestrator

Coordinates Provision, Sync, Validate, Failover, and Failback / Cutover phases from a customer-controlled deployment. There is no Yorigu cloud in the workload data path.

Target platforms

OCI and Proxmox VE follow separate delivery models with platform-specific validation and rollout requirements.

Disaster Recovery State Model

A continuous lifecycle. The system stays in a recovery-ready state and can return after a failover.

Recovery Objectives, Defined With You

Yorigu does not impose fixed recovery numbers. Recovery point and recovery time objectives are defined against the environment during scope, and workflow validation produces evidence against those targets.

Provisioning

Target-side resources are created and ready to receive workload state.

Sync

Source workload state is replicated to the target on an ongoing basis.

Validation

Validation checks confirm the replicated state is consistent and recoverable.

Failover Ready

The system can be failed over to the target when a recovery event requires it.

Failover Cutover

Production has switched to the target side after a failover event.

Failback Preparation

Return-to-source resources are staged and ready for failback planning.

Return Planning

Failback timing, validation, and ownership movement are coordinated before return.

Return Completion

The system has returned to source-side operation and is ready for the next cycle.

Migration Cutover Model

A one-time transition. The system moves from source to target and the lifecycle ends after validation.

Assessment

The source environment is analyzed for migration scope and prerequisites.

Preparation

Target-side resources, mappings, and network configuration are staged.

Dry-Run

A non-production cutover validates the migration plan before production moves.

Cutover

Production ownership moves from the source environment to the target.

Validation

Post-cutover checks confirm the target environment is functioning correctly.

Rollback Window

A defined window remains available for reversal if issues surface.

Completion

The migration is finalized and the rollback window has closed.