A supported failure
The configured recovery path applies to the environment.
ZERO TOUCH · RECOVERY · HIGH AVAILABILITY
Continuity needs more than one layer.
E-platform brings together automatic system rebuilding, high-availability readiness, data protection and coordination between sites. Each layer has a distinct role in the business-continuity plan.
ZERO TOUCH AND RECOVERY
Automatic system rebuilding.
For supported failure scenarios, the configured recovery path rebuilds the system without manual intervention in the rebuilding steps. The environment configuration defines when this path applies and how it fits with the other continuity procedures.
An automated rebuilding path
The platform carries out the system rebuilding steps.
Return to operations
Follow system readiness after rebuilding.
HIGH AVAILABILITY
Understand what the cluster can tolerate.
HA review connects node readiness with the control-plane topology and workload distribution, exposing weak points before scaling or maintenance decisions.
Quorum and node readiness
Review node state and the control-plane / etcd layout, and understand what the current topology means for continuity.
Failure points and replica distribution
Identify dependence on a single node and review where replicas run, rather than relying only on the total replica count.
Node-loss analysis
Use what-if scenarios to review the effect of a node loss on environment readiness.
Availability readiness in the environment’s context
The capture shows readiness tools in one environment; actual availability depends on the server, storage and network configuration.
BACKUP & DR
Plan what to protect and how to recover it.
Backup tools cover Kubernetes resources, volumes and databases. Schedules, retention, destinations and encryption connect to recovery plans that can be tested in an isolated environment.
A clear data-protection policy
Define what is backed up, where it is stored and how long it is retained.
Recovery objectives
Define the acceptable data-loss window (RPO) and target service-restoration time (RTO) in the project plan.
Test the restore path
Run isolated restore tests to review the plan before it is needed.
DISASTER
Coordinate both sites and production ownership.
When the primary site cannot continue, Disaster coordinates starting protected services at the prepared standby site. Pairing, synchronization, production ownership, operation requests and logs form a clear path within the agreed recovery plan.
Production site
Production ownership and operating state
Pairing · Sync · Requests · Logs
Standby site
Prepared to resume protected services