![]() ![]() Splunk Cloud Platform instances that do not otherwise fit the "supported deployment types" criteria.Splunk Enterprise search head cluster nodes.Single instances of Splunk Enterprise, on search heads only.Splunk Cloud Platform instances that are version or higher.At this time, tokens are supported in the following deployment types and authentication schemes: You can create and assign tokens to various user types that can access a Splunk platform instance, based on the type of authentication system that the instance uses. Supported Splunk deployment types and authentication schemes for tokens If you disable or remove a token, users of that token lose access to the instance unless they have standard credentials such as the username and password. You can also delete the token if you no longer want the user to have access through the token. Whether or not it is enabled, at any time.It does not have to become valid immediately when you create it A label that indicates the token's purpose A token is associated with a username on the instance They also cannot last for more than 6 hours after you create them.Īs a Splunk platform administrator, you can control a number of authentication token properties: Ephemeral authentication tokens are like standard tokens, but you cannot create them in Splunk Web, nor can you modify or update them.You can create, modify, update and delete them in Splunk Web, and they can last indefinitely. Static authentication tokens let you access a Splunk platform instance.There are two types of authentication tokens: Tokens are credentials, so you must closely guard them, and not share them with anyone who does not explicitly need access to Splunk platform services.Īuthentication tokens are different than other types of tokens you can configure in Splunk Enterprise on forwarders and indexers for authenticated communication between those components, or HTTP Event Collector, though their function is similar. As a Splunk platform user, you can use tokens to make calls to Representational State Transfer (REST) endpoints and use the Splunk CLI on Splunk Enterprise instances. Instead of providing a username and password, you provide the token. Tokens let you provide access to environments without having to provide the standard types of credentials. Authentication tokens, also known as JSON Web Tokens (JWT), are a method for authenticating Splunk platform users into the Splunk platform. I went through many blogs over Internet, still not soo clear. Why did I see only user-seed conf file being created and not passwd ?Īpologies, if my observations is completely wrong. What is the actual difference between user-seed and passwd conf file ? Please can anyone help me in understanding this better ? But I am stuck in understanding why the above scenarios happened ? The above scenarios are my observations, still I am unclear and confused. Now, my script is working and I am in point 2. sometimes add forwarder was working with admin account authentication.Authentication was successful in step 2 and here only passwd file was being created, though I changed username and password of admin.sometimes the authentication in step 2 was failing, in that case I saw only nf file was created though I change admin username and password.Step 2 : /opt/splunkforwarder/bin/splunk add forward-server test_server:9997Īs per my understanding this authentication revolves around nf file and nf file nf - $SPLUNK_HOME/etc/system/local When we try to add forwarder to indexer connection, it asks us to authenticate with same username and password. Step 1: /opt/splunkforwarder/bin/splunk start -accept-license -answer-yes ![]() I wanted to understand more on nf file and passwd file being created.Īs we know, installing splunk UF asks for creation of administrator account when we start the splunk service and accept license. I am working on creation of automation script to install splunk universal forwarder. ![]()
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