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Splunk SPLK-1003 Exam Questions
- Topic 1: Splunk Admin Basics: This section evaluates the foundational knowledge required of a Splunk Administrator, focusing on identifying core components such as indexers, search heads, and forwarders within a Splunk deployment.
- Topic 2: License Management: Designed for Splunk Administrators, this domain addresses types of Splunk licenses, how to manage them effectively, and the implications of license violations on operational continuity.
- Topic 3: Splunk Configuration Files: This part assesses a Splunk Administrator’s ability to navigate the configuration file directory, understand precedence and layering, and use diagnostic tools like btool to verify configuration settings.
- Topic 4: Splunk Indexes: Relevant to Splunk Administrators, this section covers the structure and types of index buckets, data retention policies, integrity checks, and the role of the fishbucket in tracking file inputs.
- Topic 5: Splunk User Management: Aimed at Splunk Administrators, this area focuses on user account creation, role-based access controls, and custom role development to maintain a secure and organised user environment.
- Topic 6: Splunk Authentication Management: This domain is intended for Security Operations Engineers and involves integrating LDAP directories, implementing multi-factor authentication, and exploring other authentication mechanisms within Splunk.
- Topic 7: Getting Data In: This domain addresses the responsibilities of Splunk Administrators in configuring data inputs, differentiating forwarder types, and using the command-line interface for setting up Universal Forwarders.
- Topic 8: Distributed Search: Security Operations Engineers are assessed on their understanding of distributed search architecture, including search head and peer roles, and how to configure and manage search groups.
- Topic 9: Getting Data In – Staging: This section is relevant to Splunk Administrators and focuses on the three stages of data indexing—input, parsing, and indexing—and outlines data ingestion options and configurations.
- Topic 10: Configuring Forwarders: Splunk Administrators are assessed on the deployment and configuration of forwarders, along with recognition of additional forwarder functionalities essential for scalable data ingestion.
- Topic 11: Forwarder Management: This section, intended for Splunk Administrators, tests the candidate's understanding of deployment servers, forwarder apps, client group management, and monitoring forwarder activities across distributed environments.
- Topic 12: Monitor Inputs: Targeted at Splunk Administrators, this domain involves creating and customising monitor inputs for files and directories, including the deployment of remote monitors.
- Topic 13: Network and Scripted Inputs: Security Operations Engineers are assessed on setting up and customising TCP and UDP network inputs, as well as implementing basic scripted inputs for dynamic data ingestion.
- Topic 14: Agentless Inputs: Designed for Security Operations Engineers, this section covers creating agentless inputs using WMI and HTTP Event Collector (HEC), particularly for integrating data from Windows and RESTful sources.
- Topic 15: Fine Tuning Inputs: Splunk Administrators are evaluated on their ability to customise input processing, including sourcetype identification, character encoding, and other configurations for accurate data onboarding.
- Topic 16: Parsing Phase and Data: Security Operations Engineers are tested on their understanding of event parsing, timestamp recognition, and the use of data preview tools to verify data correctness prior to indexing.
- Topic 17: Manipulating Raw Data: Aimed at Splunk Administrators, this section covers using configuration files to mask, re-route, or suppress data at index time using props.conf, transforms.conf, and SEDCMD.
Free Splunk SPLK-1003 Exam Actual Questions
Note: Premium Questions for SPLK-1003 were last updated On Nov. 13, 2025 (see below)
Load balancing on a Universal Forwarder is not scaling correctly. The forwarder's outputs. and the tcpout stanza are setup correctly. What else could be the cause of this scaling issue? (select all that apply)
The possible causes of the load balancing issue on the Universal Forwarder are A and C. The receiving port and the DNS record are both factors that affect the ability of the Universal Forwarder to distribute data across multiple receivers. If the receiving port is not properly set up to listen on the right port, or if the DNS record used is not set up with a valid list of IP addresses, the Universal Forwarder might fail to connect to some or all of the receivers, resulting in poor load balancing.
A non-clustered Splunk environment has three indexers (A,B,C) and two search heads (X, Y). During a search executed on search head X, indexer A crashes. What is Splunk's response?
This is explained in the Splunk documentation1, which states:
If an indexer goes down during a search, the search head notifies you that the results might be incomplete. The search head does not attempt to re-run the search on another indexer.
Which forwarder type can parse data prior to forwarding?
https://docs.splunk.com/Documentation/Splunk/latest/Forwarding/Typesofforwarders
'A heavy forwarder parses data before forwarding it and can route data based on criteria such as source or type of event.'
Which of the following accurately describes HTTP Event Collector indexer acknowledgement?
https://docs.splunk.com/Documentation/Splunk/8.2.2/Data/AboutHECIDXAck
- Section: About channels and sending data
Sending events to HEC with indexer acknowledgment active is similar to sending them with the setting off. There is one crucial difference: when you have indexer acknowledgment turned on, you must specify a channel when you send events. The concept of a channel was introduced in HEC primarily to prevent a fast client from impeding the performance of a slow client. When you assign one channel per client, because channels are treated equally on Splunk Enterprise, one client can't affect another. You must include a matching channel identifier both when sending data to HEC in an HTTP request and when requesting acknowledgment that events contained in the request have been indexed. If you don't, you will receive the error message, 'Data channel is missing.' Each request that includes a token for which indexer acknowledgment has been enabled must include a channel identifier, as shown in the following example cURL statement, where <data> represents the event data portion of the request
When are knowledge bundles distributed to search peers?
'The search head replicates the knowledge bundle periodically in the background or when initiating a search. ' 'As part of the distributed search process, the search head replicates and distributes its knowledge objects to its search peers, or indexers. Knowledge objects include saved searches, event types, and other entities used in searching accorss indexes. The search head needs to distribute this material to its search peers so that they can properly execute queries on its behalf.'
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