Splunk SPLK-3003 Dumps

The new search head connects to the captain and replays any recent configuration changes to bring it up to date.

The new search head connects to the deployer and replays any recent configuration changes to bring it up to date.

The new search head connects to the captain and pulls the most recently deployed bundle. It then connects to the deployer and replays any recent configuration changes to bring it up to date.

The new search head connects to the deployer and pulls the most recently deployed bundle. It then connects to the captain and replays any recent configuration changes to bring it up to date.

Data ingestion rate

Network latency and storage IOPS

Distance and location

SSL data encryption

Splunk generates a SAML assertion that authenticates the user.

The Service Provider (SP) decodes the SAML request and authenticates the user.

The Identity Provider (IDP) decodes the SAML request and authenticates the user.

The Service Provider (SP) generates a SAML assertion that authenticates the user.

Indexing

Typing

Merging

Parsing

The bucket types (hot, warm, or cold) have the same search performance characteristics within the customer’s environment.

While hot, warm, and cold buckets have the same search performance characteristics within the customers environment, due to their optimized structure, the thawed buckets are the most performant.

Searching hot and warm buckets result in best performance because by default the cold buckets are miniaturized by removing TSIDX files to save on storage cost.

Because the cold buckets are written to a cheaper/slower storage volume, they will be slower to search compared to hot and warm buckets which are written to Solid State Disk (SSD).

The MC uses a REST endpoint to query the server.

Roles are manually assigned within the MC.

Roles are read from distsearch.conf.

The MC assigns all possible roles by default.

Create UDP input port 9997 on a UF.

Use the add data wizard in Splunk Web.

Use the inputs.conf file.

Use a scripted input to monitor a log file.

All indexers with a copy of the bucket will delete it.

The cluster master will ensure another copy of the bucket is made on the other peers to meet the replication settings.

The cluster master will no longer perform fix-up activities for the bucket.

All indexers with a copy of the bucket will immediately roll it to frozen.

Open a TCP port with SSL on a heavy forwarder to parse and transmit the data to the indexing tier.

Open a UDP port on a universal forwarder to parse and transmit the data to the indexing tier.

Use a syslog server to aggregate the data to files and use a heavy forwarder to read and transmit the data to the indexing tier.

Use a syslog server to aggregate the data to files and use a universal forwarder to read and transmit the data to the indexing tier.

Enable maintenance mode on the CM to prevent excessive fix-up and bring the failed indexer back online.

Leave replication_factor=2, increase search_factor=2 and enable summary_replication.

Convert the cluster to multi-site and modify the server.conf to be site_replication_factor=2, site_search_factor=2.

Increase replication_factor=3, search_factor=2 to protect the data, and allow there to always be a searchable copy.

find / -name server.conf –print | grep pass4SymKey

$SPLUNK_HOME/bin/splunk search | rest splunk_server=local /servicesNS/-/ unhash_app/storage/passwords

$SPLUNK_HOME/bin/splunk btool server list clustering | grep pass4SymmKey

$SPLUNK_HOME/bin/splunk btool clustering list clustering --debug | grep

pass4SymmKey

If the search has not expired.

If the search is currently running.

If the search has been queued.

If the search has expired.