Question # 1
| A working search head cluster has been set up and used for 6 months with just the
native/local Splunk user authentication method. In order to integrate the search heads with
an external Active Directory server using LDAP, which of the following statements
represents the most appropriate method to deploy the configuration to the servers? | | A. Configure the integration in a base configuration app located in shcluster-apps directory
on the search head deployer, then deploy the configuration to the search heads using the
splunk apply shcluster- bundle command. | | B. Log onto each search using a command line utility. Modify the authentication.conf and
authorize.conf files in a base configuration app to configure the integration. | | C. Configure the LDAP integration on one Search Head using the Settings > Access
Controls > Authentication Method and Settings > Access Controls > Roles Splunk UI
menus. The configuration setting will replicate to the other nodes in the search head cluster
eliminating the need to do this on the other search heads. | | D. On each search head, login and configure the LDAP integration using the Settings >
Access Controls > Authentication Method and Settings > Access Controls > Roles Splunk
UI menus. |
A. Configure the integration in a base configuration app located in shcluster-apps directory
on the search head deployer, then deploy the configuration to the search heads using the
splunk apply shcluster- bundle command.
Explanation: The most appropriate method to deploy the LDAP configuration to the search head cluster is to configure the integration in a base configuration app located in shclusterapps
directory on the search head deployer, then deploy the configuration to the search
heads using the splunk apply shcluster-bundle command. This method ensures that the
LDAP settings are distributed to all cluster members in a consistent and efficient way, and
that the configuration bundle is validated before deployment. The base configuration app is
a special app that contains settings that apply to all cluster members, such as
authentication.conf and authorize.conf. The search head deployer is a Splunk Enterprise
instance that manages the configuration bundle for the search head cluster and pushes it
to the cluster members.
Question # 2
| A customer is migrating their existing Splunk Indexer from an old set of hardware to a new
set of indexers. What is the earliest method to migrate the system? | A. 1. Add new indexers to the cluster as peers, in the same site (if needed).
2.Ensure new indexers receive common configuration.
3.Decommission old indexers (one at a time) to allow time for CM to fix/migrate buckets to
new hardware.
4.Remove all the old indexers from the CM’s list. | B. 1. Add new indexers to the cluster as peers, to a new site.
2.Ensure new indexers receive common configuration from the CM.
3.Decommission old indexers (one at a time) to allow time for CM to fix/migrate buckets to
new hardware.
4.Remove all the old indexers from the CM’s list. | C. 1. Add new indexers to the cluster as peers, in the same site.
2.Update the replication factor by +1 to Instruct the cluster to start replicating to new peers.
3.Allow time for CM to fix/migrate buckets to new hardware.
4.Remove all the old indexers from the CM’s list. | D. 1. Add new indexers to the cluster as new site.
2.Update cluster master (CM) server.conf to include the new available site.
3.Allow time for CM to fix/migrate buckets to new hardware.
4.Remove the old indexers from the CM’s list. |
C. 1. Add new indexers to the cluster as peers, in the same site.
2.Update the replication factor by +1 to Instruct the cluster to start replicating to new peers.
3.Allow time for CM to fix/migrate buckets to new hardware.
4.Remove all the old indexers from the CM’s list.
Explanation: The correct method to migrate the indexers from an old set of hardware to a
new set of indexers is option C. This method ensures that the new indexers are added to
the same site as the old indexers, and that the replication factor is increased by one to
instruct the cluster to start replicating data to the new peers. This way, the cluster can
maintain data availability and integrity during the migration process. After allowing enough
time for the cluster master to fix and migrate buckets to the new hardware, the old indexers
can be removed from the cluster master’s list.
Question # 3
| How could a role in which all users must specify an index=clause in all searches be
configured? | | A. Set the authorize.conf setting: srchIndexesDefault to no value.
| | B. Set the authorize.conf setting: srchFilter to no value.
| | C. Set the authorize.conf setting: srchIndexesAllowed to no value.
| | D. Set the authorize.conf setting: srchJobsQuota to no value. |
A. Set the authorize.conf setting: srchIndexesDefault to no value.
Explanation: The authorize.conf setting: srchIndexesDefault specifies the default indexes
that are searched when a user does not specify an index in their search. If this setting is set
to no value, then the user must specify an index in their search, otherwise they will get no
results. Therefore, the correct answer is A. Set the authorize.conf setting:
srchIndexesDefault to no value.
Question # 4
| The Splunk Validated Architectures (SVAs) document provides a series of approved
Splunk topologies. Which statement accurately describes how it should be used by a
customer? | | A. Customer should look at the category tables, pick the highest number that their budget
permits, then select this design topology as the chosen design | | B. Customers should identify their requirements, provisionally choose an approved design that meets them, then consider design principles and best practices to come to an informed
design decision. | | C. Using the guided requirements gathering in the SVAs document, choose a topology that
suits requirements, and be sure not to deviate from the specified design. | | D. Choose an SVA topology code that includes Search Head and Indexer Clustering
because it offers the highest level of resilience. |
B. Customers should identify their requirements, provisionally choose an approved design that meets them, then consider design principles and best practices to come to an informed
design decision.
Explanation: The Splunk Validated Architectures (SVAs) document provides a series of
approved Splunk topologies that are designed to meet different deployment needs, such as
scale, resilience, performance, and cost. The document also provides guidance on how to
select the best topology for a customer’s requirements, as well as design principles and
best practices to ensure a successful implementation. Therefore, the best way to use the
SVAs document is to identify the customer’s requirements, provisionally choose an
approved design that meets them, then consider design principles and best practices to
come to an informed design decision. This approach allows the customer to find a topology
that is suitable for their specific use cases and environment, while also following Splunk’s
recommendations and standards.
Question # 5
| A customer has a Universal Forwarder (UF) with an inputs.conf monitoring its splunkd.log.
The data is sent through a heavy forwarder to an indexer. Where does the Index time
parsing occur? | | A. Indexer | | B. Universal forwarder | | C. Search head | | D. Heavy forwarder |
D. Heavy forwarder
Explanation: This is because the index time parsing occurs on the Splunk instance that
performs the parsing pipeline, which is the heavy forwarder in this case. The parsing
pipeline is the process of breaking the incoming data into events, extracting default fields
and timestamps, and applying transforms. The heavy forwarder is a type of Splunk
forwarder that can perform the parsing pipeline on the data before forwarding it to the
indexer. The universal forwarder is a type of Splunk forwarder that does not perform the
parsing pipeline, but only forwards the raw data to another Splunk instance. The indexer is
a Splunk instance that receives the parsed data from the heavy forwarder and performs the
indexing pipeline, which is the process of compressing, encrypting, and writing the data to
disk. The search head is a Splunk instance that coordinates searches across multiple
indexers and displays the results to the user.
The other options are incorrect because they are not the Splunk instances that perform the
index time parsing in this scenario. Option A is incorrect because the indexer does not
perform the index time parsing, but only receives the parsed data from the heavy
forwarder. Option B is incorrect because the universal forwarder does not perform the
index time parsing, but only forwards the raw data to the heavy forwarder. Option C is
incorrect because the search head does not perform the index time parsing, but only
coordinates searches across multiple indexers.
Question # 6
| A customer has a search cluster (SHC) of six members split evenly between two data
centers (DC). The customer is concerned with network connectivity between the two DCs
due to frequent outages. Which of the following is true as it relates to SHC resiliency when
a network outage occurs between the two DCs? | | A. The SHC will function as expected as the SHC deployer will become the new captain
until the network communication is restored. | | B. The SHC will stop all scheduled search activity within the SHC.
| | C. The SHC will function as expected as the minimum required number of nodes for a SHC
is 3.
| | D. The SHC will function as expected as the SHC captain will fall back to previous active
captain in the remaining site. |
C. The SHC will function as expected as the minimum required number of nodes for a SHC
is 3.
Explanation: The SHC will function as expected as the minimum required number of
nodes for a SHC is 3. This is because the SHC uses a quorum-based algorithm to
determine the cluster state and elect the captain. A quorum is a majority of cluster
members that can communicate with each other. As long as a quorum exists, the cluster
can continue to operate normally and serve search requests. If a network outage occurs
between the two data centers, each data center will have three SHC members, but only
one of them will have a quorum. The data center with the quorum will elect a new captain if
the previous one was in the other data center, and the other data center will lose its cluster
status and stop serving searches until the network communication is restored.
The other options are incorrect because they do not reflect what happens when a network
outage occurs between two data centers with a SHC. Option A is incorrect because the
SHC deployer will not become the new captain, as it is not part of the SHC and does not
participate in cluster activities. Option B is incorrect because the SHC will not stop all
scheduled search activity, as it will still run scheduled searches on the data center with the
quorum. Option D is incorrect because the SHC captain will not fall back to previous active
captain in the remaining site, as it will be elected by the quorum based on several factors,
such as load, availability, and priority.
Question # 7
Consider the search shown below.
What is this search’s intended function? | | A. To return all the web_log events from the web index that occur two hours before and
after the most recent high severity, denied event found in the firewall index. | | B. To find all the denied, high severity events in the firewall index, and use those events to
further search for lateral movement within the web index. | | C. To return all the web_log events from the web index that occur two hours before and
after all high severity, denied events found in the firewall index. | | D. To search the firewall index for web logs that have been denied and are of high severity. |
C. To return all the web_log events from the web index that occur two hours before and
after all high severity, denied events found in the firewall index.
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