A new single-site three indexer cluster is being stood up with replication_factor:2, search_factor:2. At which step would the Indexer Cluster be classed as 'Indexing Ready' and be able to ingest new data?
Step 1: Install and configure Cluster Master (CM)/Master Node with base clustering stanza settings, restarting CM.
Step 2: Configure a base app in etc/master-apps on the CM to enable a splunktcp input on port 9997 and deploy index creation configurations.
Step 3: Install and configure Indexer 1 so that once restarted, it contacts the CM, download the latest config bundle.
Step 4: Indexer 1 restarts and has successfully joined the cluster.
Step 5: Install and configure Indexer 2 so that once restarted, it contacts the CM, downloads the latest config bundle Step 6: Indexer 2 restarts and has successfully joined the cluster.
Step 7: Install and configure Indexer 3 so that once restarted, it contacts the CM, downloads the latest config bundle.
Step 8: Indexer 3 restarts and has successfully joined the cluster.

Where does the bloomfilter reside?

Which of the following is the most efficient search?

A customer has a multisite cluster (two sites, each site in its own data center) and users experiencing a slow response when searches are run on search heads located in either site. The Search Job Inspector shows the delay is being caused by search heads on either site waiting for results to be returned by indexers on the opposing site. The network team has confirmed that there is limited bandwidth available between the two data centers, which are in different geographic locations.
Which of the following would be the least expensive and easiest way to improve search performance?

In the diagrammed environment shown below, the customer would like the data read by the universal forwarders to set an indexed field containing the UF's host name. Where would the parsing configurations need to be installed for this to work?