Splunk Enterprise

licensing usage query on Indexers by indexes

WildHuckleberry
Path Finder
Hello, Splunkers!
 

In the current test environment, System A functions as the master license server, while System B operates as the slave utilizing System A's license. Unfortunately, System B lacks direct access to System A's master server.

When executing the query below on System B, it yields the message "license usage logging not available for slave licensing instances" in the search results:

spl
index=_internal source="*license_usage.log"

 

Is there a method to check licensing usage per index through a search query on the Indexer server in System B?

Your assistance is greatly appreciated! Thank you in advance.

 

Tags (2)
0 Karma
1 Solution

isoutamo
SplunkTrust
SplunkTrust

Hi

based on license rules you cannot use the same license on two different LM! If you can’t use only one LM then you must ask splunk support to split your license to two separate license file and install one into 1st and 2nd to another LM.

r. Ismo

View solution in original post

isoutamo
SplunkTrust
SplunkTrust

Hi

based on license rules you cannot use the same license on two different LM! If you can’t use only one LM then you must ask splunk support to split your license to two separate license file and install one into 1st and 2nd to another LM.

r. Ismo

Career Survey
First 500 qualified respondents will receive a $20 gift card! Tell us about your professional Splunk journey.

Can’t make it to .conf25? Join us online!

Get Updates on the Splunk Community!

Take Action Automatically on Splunk Alerts with Red Hat Ansible Automation Platform

 Are you ready to revolutionize your IT operations? As digital transformation accelerates, the demand for ...

Calling All Security Pros: Ready to Race Through Boston?

Hey Splunkers, .conf25 is heading to Boston and we’re kicking things off with something bold, competitive, and ...

Beyond Detection: How Splunk and Cisco Integrated Security Platforms Transform ...

Financial services organizations face an impossible equation: maintain 99.9% uptime for mission-critical ...