Skip to content

Import Cluster Link

Confluent Cluster Links can be imported into the suite to gain visibility into mirror topic replication, consumer group synchronization, and cutover readiness. Source-initiated, destination-initiated, and bi-directional links are supported.

  1. Navigate to Getting Started on the Dashboard and select Cluster Link from the Import Existing Job section.

    Cluster Link selection in Import Existing Job

  2. Choose an existing cluster from your registered Kafka clusters and verify the connection.

    Cluster selection and verification for Cluster Link

  3. Click Discover Cluster Links to scan for active links on the selected cluster. The suite discovers source-initiated, destination-initiated, and bi-directional links.

    Discover Cluster Links results

  4. Select the link you want to import. The suite displays the link direction and associated clusters.

    Link selection with direction details

  5. The source and destination clusters are fixed based on the link configuration. Configure the destination cluster by selecting from registered clusters or adding a new one.

    Destination cluster configuration

  6. Click Configure Clusters, select the appropriate source and destination clusters, and click Next.

    Configure Clusters dialog with cluster selection

  7. Optionally, import an existing Schema Exporter. Click Discover Exporters to list active exporters, select the exporter, and verify the schema registry configuration. This follows the same flow as the MirrorMaker 2 import.

    Schema Exporter import for Cluster Link

  8. Provide a unique Job Name for the imported link. Optionally select a Migration Plan to associate with the job.

    Job name and migration plan entry for Cluster Link

  9. Click Import and Start Monitoring to finalize the import. Then click Start Monitoring to begin tracking the cluster link.

    Import and Start Monitoring for Cluster Link

  10. The imported job appears on the Dashboard. Use the Monitor tab to track mirror topic replication progress and consumer group synchronization.