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| Section | Weight | Objectives |
|---|---|---|
| Troubleshooting Methodology & Tools | 14% | - Log analysis and internal indexes - Cluster and forwarding problem resolution - Diagnostic tools and Splunk support model - Resolve configuration, search, and deployment issues |
| Large-Scale Deployment Design | 5% | - High availability and scalability - Security and compliance design - Enterprise architecture patterns |
| Infrastructure Planning | 12% | - Topology design for ES, ITSI, and security - Index design, retention, and data management - Resource sizing: CPU, memory, storage, network |
| Search Head Cluster | 8% | - Architecture and deployment - Scaling and member lifecycle management - Deployer and captaincy management |
| Multisite Indexer Cluster | 8% | - Disaster recovery and high availability - Configuration and cross-site operations - Geographic deployment planning |
| Indexer Cluster Administration & Operations | 7% | - Storage management and monitoring - Peer node maintenance and decommission - App bundle distribution and management |
| Single-site Indexer Cluster | 8% | - Upgrade and migration considerations - Replication factor, search factor, and management - Configuration and deployment |
| Deployment Planning & Requirements Definition | 7% | - Define deployment methodology and process - Identify relevant applications and solutions - Collect and analyze project and environment requirements |
| Clustering Concepts & Overview | 5% | - Search head cluster fundamentals - Storage and replication requirements - Indexer cluster fundamentals |
| Forwarder & Deployment Best Practices | 6% | - Forwarder tier design and configuration - Deployment server and configuration management - Data collection and forwarding optimization |
| Performance Monitoring & Tuning | 5% | - Configuration tuning: limits.conf, indexes.conf, props.conf - Search performance optimization - System and indexer performance monitoring |
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NEW QUESTION # 139
(Which of the following must be included in a deployment plan?)
Answer: B
Explanation:
According to Splunk's Deployment Planning and Implementation Guidelines, one of the most critical elements of a Splunk deployment plan is a comprehensive data source inventory and current logging details.
This information defines the scope of data ingestion and directly influences sizing, architecture design, and licensing.
A proper deployment plan should identify:
* All data sources (such as syslogs, application logs, network devices, OS logs, databases, etc.)
* Expected daily ingest volume per source
* Log formats and sourcetypes
* Retention requirements and compliance constraints
This data forms the foundation for index sizing, forwarder configuration, and storage planning. Without a well-defined data inventory, Splunk architects cannot accurately determine hardware capacity, indexing load, or network throughput requirements.
While stakeholder mapping, topology diagrams, and continuity plans (Options A, B, D) are valuable in a broader IT project, Splunk's official guidance emphasizes logging details and source inventory as mandatory for a deployment plan. It ensures that the Splunk environment is properly sized, licensed, and aligned with business data visibility goals.
References (Splunk Enterprise Documentation):
* Splunk Enterprise Deployment Planning Manual - Data Source Inventory Requirements
* Capacity Planning for Indexer and Search Head Sizing
* Planning Data Onboarding and Ingestion Strategies
* Splunk Architecture and Implementation Best Practices
NEW QUESTION # 140
Which of the following options can improve reliability of syslog delivery to Splunk? (Select all that apply.)
Answer: A,B
Explanation:
Syslog is a standard protocol for sending log messages from various devices and applications to a central server. Syslog can use either UDP or TCP as the transport layer protocol. UDP is faster but less reliable, as it does not guarantee delivery or order of the messages. TCP is slower but more reliable, as it ensures delivery and order of the messages. Therefore, to improve the reliability of syslog delivery to Splunk, it is recommended to use TCP syslog.
Another option to improve the reliability of syslog delivery to Splunk is to use one or more syslog servers to persist data with a Universal Forwarder to send the data to Splunk indexers. This way, the syslog servers can act as a buffer and store the data in case of network or Splunk outages. The Universal Forwarder can then forward the data to Splunk indexers when they are available.
Using a network load balancer to direct syslog traffic to active backend syslog listeners is not a reliable option, as it does not address the possibility of data loss or duplication due to network failures or Splunk outages.
Configuring UDP inputs on each Splunk indexer to receive data directly is also not a reliable option, as it exposes the indexers to the network and increases the risk of data loss or duplication due to UDP limitations.
NEW QUESTION # 141
A Splunk instance has crashed, but no crash log was generated. There is an attempt to determine what user activity caused the crash by running the following search:
What does searching for closed_txn=0 do in this search?
Answer: A
Explanation:
Searching for closed_txn=0 in this search filters results to situations where Splunk was started, but not stopped. This means that the transaction was not completed, and Splunk crashed before it could finish the pipelines. The closed_txn field is added by the transaction command, and it indicates whether the transaction was closed by an event that matches the endswith condition1. A value of 0 means that the transaction was not closed, and a value of 1 means that the transaction was closed1. Therefore, option D is the correct answer, and options A, B, and C are incorrect.
1: transaction command overview
NEW QUESTION # 142
Which of the following security options must be explicitly configured (i.e. which options are not enabled by default)?
Answer: B
Explanation:
The following security option must be explicitly configured, as it is not enabled by default:
* Certificate authentication between forwarders and indexers. This option allows the forwarders and indexers to verify each other's identity using SSL certificates, which prevents unauthorized data transmission or spoofing attacks. This option is not enabled by default, as it requires the administrator to generate and distribute the certificates for the forwarders and indexers. For more information, see
[Secure the communication between forwarders and indexers] in the Splunk documentation. The following security options are enabled by default:
* Data encryption between Splunk Web and splunkd. This option encrypts the communication between the Splunk Web interface and the splunkd daemon using SSL, which prevents data interception or tampering. This option is enabled by default, as Splunk provides a self-signed certificate for this purpose. For more information, see [About securing Splunk Enterprise with SSL] in the Splunk documentation.
* Certificate authentication between Splunk Web and search head. This option allows the Splunk Web interface and the search head to verify each other's identity using SSL certificates, which prevents unauthorized access or spoofing attacks. This option is enabled by default, as Splunk provides a self-signed certificate for this purpose. For more information, see [About securing Splunk Enterprise with SSL] in the Splunk documentation.
* Data encryption for distributed search between search heads and indexers. This option encrypts the communication between the search heads and the indexers using SSL, which prevents data interception or tampering. This option is enabled by default, as Splunk provides a self-signed certificate for this purpose. For more information, see [Secure your distributed search environment] in the Splunk documentation.
NEW QUESTION # 143
Which of the following can a Splunk diagcontain?
Answer: A
Explanation:
Explanation/Reference: https://splunkonbigdata.com/2018/10/01/splunk-diag/
NEW QUESTION # 144
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