Splunk Engineer Interview Questions with Answers [2025]

Core Concepts

1. What is Splunk’s role in DevOps observability?

• Centralizes logs from AWS, Kubernetes.
• Processes machine data.
• Supports real-time monitoring.
• Generates dashboards, alerts.
• Uses SPL for queries.
• Enhances system visibility.

Splunk drives DevOps observability.

2. Why is Splunk preferred for log analytics?

Splunk excels in log analytics by ingesting machine data from diverse sources, enabling real-time insights with Search Processing Language (SPL). Its scalability and integrations with AWS and Kubernetes make it ideal for DevOps teams to monitor and troubleshoot efficiently.

3. When do you deploy Splunk Enterprise?

• Deploy for large-scale log management.
• Monitor CI/CD pipelines.
• Track Kubernetes cluster metrics.
• Configure via Splunk Web UI.
• Validate in test environment.
• Ensure observability needs.

Enterprise supports complex DevOps workflows.

4. Where is Splunk installed in cloud setups?

Install Splunk on AWS EC2, Kubernetes clusters, or Docker containers using Helm charts. Configure splunkd with ./splunk start --accept-license and validate in a test environment to ensure log collection for DevOps monitoring.

5. Who manages Splunk deployments in DevOps?

• DevOps engineers deploy forwarders.
• Admins configure indexers, search heads.
• SREs monitor performance.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure team collaboration.

Splunk requires coordinated DevOps management.

6. Which components form Splunk’s architecture?

Forwarders collect data, indexers store and process it, and search heads execute SPL queries. Configure via inputs.conf and indexes.conf. Validate in a test environment to ensure DevOps observability.

7. How does Splunk handle data ingestion?

• Ingests logs via universal forwarders.
• Parses data with props.conf.
• Indexes in hot/warm buckets.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure data accuracy.

Ingestion supports DevOps log analysis.

8. What is the Splunk universal forwarder?

The universal forwarder is a lightweight agent that collects and sends machine data to indexers without parsing. Configure with outputs.conf and validate in a test environment to ensure seamless log forwarding for DevOps monitoring.

9. Why is SPL critical for Splunk engineers?

• Enables precise log queries.
• Supports commands like timechart, stats.
• Optimizes search performance.
• Validate in test environment.
• Use Splunk Web UI.
• Enhance DevOps insights.

SPL drives efficient log analytics.

10. When do you use heavy forwarders?

Use heavy forwarders for pre-indexing data parsing, unlike universal forwarders. Configure in inputs.conf and transforms.conf, then validate in a test environment to ensure accurate data processing for DevOps observability.

11. Where do you store Splunk configurations?

• Store in inputs.conf, indexes.conf.
• Use Ansible for automation.
• Manage in Kubernetes ConfigMaps.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure configuration integrity.

Configurations enable Splunk functionality.

12. Who optimizes Splunk performance?

DevOps engineers tune indexers and forwarders, while SREs monitor system metrics. Collaboration ensures optimal performance. Validate in a test environment and monitor with Splunk Web UI to maintain DevOps efficiency.

13. Which data sources integrate with Splunk?

• CloudWatch for AWS logs.
• Kubernetes for container metrics.
• Databases like MySQL, PostgreSQL.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure data flow.

Integrations enhance DevOps observability.

14. How do you install Splunk Enterprise?

Install Splunk Enterprise on Linux with tar -xzf splunk-.tgz and ./splunk start --accept-license. Configure indexer IPs in outputs.conf and validate in a test environment to ensure log collection for DevOps.

15. What causes Splunk forwarder failures?

• Incorrect outputs.conf settings.
• Network connectivity issues.
• Check splunkd.log for errors.
• Validate in test environment.
• Use Splunk Web UI.
• Fix configuration errors.

Forwarder failures disrupt DevOps monitoring.

16. Why use Splunk for Kubernetes monitoring?

Splunk provides real-time Kubernetes log and metric analysis via forwarders. Configure with Splunk Add-on for Kubernetes. Validate in a test environment to ensure cluster observability for DevOps.

17. When do you scale Splunk indexers?

• Scale for high log volumes.
• Add indexers in clusters.
• Configure via indexes.conf.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure performance stability.

Scaling supports DevOps log management.

18. How do you back up Splunk configurations?

Back up configurations by exporting apps or conf files to Git or S3. Validate in a test environment to ensure recovery readiness.

• Use Splunk Web UI.
• Store in secure storage.
• Ensure configuration integrity.
• Support DevOps continuity.

Backups prevent configuration loss.

Monitoring

19. What is Splunk infrastructure monitoring?

• Tracks servers, containers, VMs.
• Collects CPU, memory, disk metrics.
• Configures via inputs.conf.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure system visibility.

Monitoring ensures infrastructure health.

20. Why use Splunk for log correlation?

Splunk correlates logs with metrics using SPL queries like index=main | transaction user_id, enabling DevOps teams to identify issues across systems. Configure in Splunk Web UI and validate in a test environment for accurate insights.

21. When do you enable Splunk ITSI?

• Enable for service health monitoring.
• Track KPIs with SPL queries.
• Configure in Splunk Web UI.
• Validate in test environment.
• Use Splunk Web UI.
• Support DevOps observability.

ITSI enhances service insights.

22. Where do you monitor Kubernetes logs?

Monitor Kubernetes logs in Splunk Web UI’s Search tab with queries like index=k8s sourcetype=kube:container. Configure forwarders and validate in a test environment to ensure observability for DevOps workflows.

23. Who configures monitoring pipelines?

• DevOps engineers set up forwarders.
• SREs define performance metrics.
• Admins manage data inputs.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure team collaboration.

Pipelines support DevOps monitoring.

24. Which metrics are critical for DevOps?

Critical metrics include CPU usage, memory, disk I/O, and network latency for system health. Configure in inputs.conf and validate in a test environment.

• Use Splunk Web UI.
• Track network performance.
• Ensure reliability.
• Optimize resources.

Metrics drive DevOps observability.

25. How do you monitor application performance?

• Use SPL queries like index=app | stats avg(response_time).
• Configure in Splunk Web UI.
• Monitor latency, error rates.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure app visibility.

Performance monitoring supports DevOps.

26. What causes missing metrics in Splunk?

Missing metrics result from forwarder misconfigurations or network issues. Check inputs.conf and splunkd.log, then validate in a test environment to restore metrics and monitor with Splunk Web UI.

27. Why use Splunk for cloud monitoring?

• Integrates with AWS, Azure, GCP.
• Tracks cloud logs, metrics.
• Supports real-time observability.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure cloud visibility.

Splunk simplifies DevOps cloud monitoring.

28. When do you use data models?

Use data models to standardize log analysis for DevOps reporting. Configure in Splunk Web UI under Settings > Data Models and validate in a test environment to ensure query accuracy and efficiency.

29. Where do you view system events?

• Access Search tab in Splunk Web UI.
• Use queries like index=main sourcetype=syslog.
• Configure forwarders for events.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure event visibility.

Events provide DevOps insights.

30. Who validates monitoring accuracy?

DevOps engineers validate SPL queries, while SREs ensure metric alignment. Collaboration confirms data accuracy. Validate in a test environment and monitor with Splunk Web UI for reliability.

31. Which steps optimize Splunk monitoring?

Optimize monitoring by limiting indexed data and tuning SPL queries. Validate in a test environment to reduce latency.

• Use Splunk Web UI.
• Configure efficient inputs.conf.
• Ensure data accuracy.
• Support DevOps performance.

Optimization enhances monitoring efficiency.

32. How do you monitor AWS services?

Configure Splunk Add-on for AWS to collect CloudWatch logs and EKS metrics. Set IAM roles in Splunk Web UI and validate in a test environment to ensure data flow for DevOps monitoring.

33. What causes high forwarder CPU usage?

• Excessive log ingestion rates.
• Check inputs.conf for settings.
• Reduce parsing complexity.
• Validate in test environment.
• Use Splunk Web UI.
• Optimize forwarder configs.

High CPU impacts DevOps monitoring.

34. Why use Splunk Enterprise Security?

Splunk Enterprise Security detects threats and ensures compliance via SPL queries. Configure in Splunk Web UI and validate in a test environment. Monitor with Splunk Web UI to ensure security insights for DevOps.

35. When do you use summary indexing?

• Use for frequent SPL queries.
• Configure via savedsearches.conf.
• Reduce query execution time.
• Validate in test environment.
• Use Splunk Web UI.
• Enhance DevOps efficiency.

Summary indexing speeds up searches.

36. Where do you store monitoring configs?

Store configs in inputs.conf, indexes.conf, or Kubernetes ConfigMaps. Validate in a test environment. Monitor with Splunk Web UI to ensure consistency for DevOps workflows.

Dashboards

37. What is a Splunk dashboard?

• Visualizes logs via SPL queries.
• Creates charts, tables, heatmaps.
• Configures in Splunk Web UI.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure DevOps insights.

Dashboards centralize system visibility.

38. Why use dashboard templates?

Dashboard templates standardize visualizations for DevOps teams, reducing setup time. Export as XML via Splunk Web UI and validate in a test environment to ensure consistent monitoring for Kubernetes and AWS environments.

39. When do you use dashboard tokens?

• Enable dynamic filtering (e.g., indexes).
• Configure in Dashboard > Tokens.
• Support SPL query flexibility.
• Validate in test environment.
• Use Splunk Web UI.
• Enhance DevOps interaction.

Tokens improve dashboard usability.

40. Where do you store dashboard XML?

Store dashboard XML in Splunk’s apps directory or Git for version control. Export via Splunk Web UI and validate in a test environment to ensure integrity and monitor with Splunk Web UI.

41. Who creates Splunk dashboards?

• DevOps engineers design with SPL.
• SREs define key metrics.
• Admins set access controls.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure collaboration.

Dashboards require DevOps teamwork.

42. Which visualizations optimize dashboards?

Use timecharts and stats tables for efficient log display. Configure in Splunk Web UI and validate in a test environment.

• Use Splunk Web UI.
• Simplify SPL queries.
• Ensure fast rendering.
• Enhance DevOps visuals.

Visualizations improve monitoring clarity.

43. How do you create a Splunk dashboard?

• Click Dashboards > Create New.
• Add panels with SPL queries.
• Configure charts like index=main | timechart count.
• Validate in test environment.
• Use Splunk Web UI.
• Share with DevOps team.

Dashboards visualize system metrics.

44. What causes dashboard rendering delays?

Rendering delays stem from complex SPL queries or large datasets. Optimize queries in Splunk Web UI and validate in a test environment to ensure fast loading and monitor with Splunk Web UI.

45. Why use dashboard drilldowns?

• Enable interactive data exploration.
• Configure in Dashboard > Drilldown.
• Link to detailed SPL searches.
• Validate in test environment.
• Use Splunk Web UI.
• Enhance DevOps analysis.

Drilldowns improve dashboard interactivity.

46. When do you export dashboards?

Export dashboards as XML for backup or sharing before updates. Use Splunk Web UI or REST API and validate in a test environment to ensure integrity.

47. Where do you debug dashboard errors?

• Check SPL queries in Search tab.
• Inspect data source connectivity.
• Use browser console for UI issues.
• Validate in test environment.
• Use Splunk Web UI.
• Fix query syntax.

Debugging ensures dashboard functionality.

48. Who validates dashboard accuracy?

DevOps engineers validate SPL queries, while SREs ensure metric alignment. Collaboration confirms data accuracy. Validate in a test environment and monitor with Splunk Web UI for reliability.

49. Which metrics enhance dashboard visuals?

• Event counts for logs.
• Latency for app performance.
• Configure in Splunk Web UI.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure clear visuals.

Metrics improve DevOps dashboards.

50. How do you share Splunk dashboards?

Share dashboards via XML export, public URLs, or Splunk’s sharing links with RBAC. Validate access in a test environment to ensure visibility and monitor with Splunk Web UI for DevOps collaboration.

51. What causes slow dashboard performance?

• Complex SPL queries or datasets.
• Optimize with eval, stats.
• Check data source performance.
• Validate in test environment.
• Use Splunk Web UI.
• Reduce query complexity.

Slow dashboards hinder DevOps observability.

52. Why use dashboard playlists?

Playlists cycle multiple dashboards for continuous DevOps monitoring. Configure in Splunk Web UI under Dashboards > Playlists and validate in a test environment to ensure seamless transitions and observability.

53. When do you use dashboard clones?

• Clone for testing new configurations.
• Create via Splunk Web UI.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure original integrity.
• Support DevOps experimentation.

Clones enable safe dashboard updates.

Alerting

54. What is Splunk alerting?

• Triggers notifications for log events.
• Configures in Search > Alert.
• Integrates with Slack, PagerDuty.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure timely DevOps alerts.

Alerting enables proactive issue detection.

55. Why configure alert rules in Splunk?

• Detect anomalies like error spikes.
• Notify via email, Slack.
• Configure in Search > Alert.
• Validate in test environment.
• Use Splunk Web UI.
• Prevent system failures.

Rules ensure rapid DevOps response.

56. When do you use alert throttling?

Use throttling to reduce notification noise during frequent events. Configure in Alert > Throttle and validate in a test environment to ensure accurate alerting for DevOps.

57. Where do you manage alert rules?

• Access Search > Alert in Splunk UI.
• Configure via savedsearches.conf.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure rule accuracy.
• Track alert status.

Rules drive DevOps alerting.

58. Who configures Splunk alerts?

DevOps engineers set alert rules with SPL, while SREs define thresholds. Collaboration ensures effective alerting. Validate in a test environment and monitor with Splunk Web UI for reliability.

59. Which tools integrate with Splunk alerting?

• Slack, PagerDuty for notifications.
• Configure in Splunk Web UI.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure delivery reliability.
• Support DevOps workflows.

Integrations enhance alert delivery.

60. How do you troubleshoot alert failures?

• Check SPL query syntax.
• Verify alert conditions in UI.
• Inspect notification settings.
• Validate in test environment.
• Use Splunk Web UI.
• Fix misconfigurations.

Failed alerts delay DevOps response.

61. What causes alerts not to trigger?

Incorrect SPL queries or data source issues prevent alerts. Check Search tab and validate in a test environment.

• Use Splunk Web UI.
• Fix query syntax.
• Ensure data availability.
• Verify settings.

Non-triggering alerts risk outages.

62. Why use alert actions?

Alert actions automate responses like sending emails or running scripts. Configure in Splunk Web UI under Alert > Actions and validate in a test environment to ensure automated DevOps incident handling.

63. When do you test alert rules?

• Test before production deployment.
• Use Search > Test Alert.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure rule accuracy.
• Prevent false alerts.

Testing ensures reliable DevOps alerting.

64. Where do you monitor alert notifications?

Monitor notifications in Splunk Web UI’s Alert tab or Slack/PagerDuty. Validate in a test environment to ensure delivery and monitor with Splunk Web UI for reliability.

65. Who resolves alert misconfigurations?

• DevOps engineers debug SPL queries.
• SREs verify thresholds.
• Check Search tab in UI.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure quick resolution.

Misconfigurations delay DevOps response.

66. Which steps optimize alert performance?

Simplify SPL queries and reduce evaluation frequency in Search > Alert. Validate in a test environment.

• Use Splunk Web UI.
• Reduce alert latency.
• Ensure notification reliability.
• Optimize rule efficiency.

Optimized alerts improve DevOps response.

67. How do you automate alert setups?

Automate alerts using Splunk REST API or Ansible for saved searches. Validate in a test environment to ensure accuracy and monitor with Splunk Web UI for reliable DevOps alerting.

68. What causes alert notification delays?

• Slow SPL query execution.
• Check notification settings in UI.
• Optimize queries with stats.
• Validate in test environment.
• Use Splunk Web UI.
• Fix network latency.

Delays hinder DevOps incident response.

69. Why use correlation searches?

• Detect complex patterns across logs.
• Configure in Enterprise Security.
• Use SPL like index=main | transaction user_id.
• Validate in test environment.
• Use Splunk Web UI.
• Enhance DevOps insights.

Correlation searches improve alerting accuracy.

70. When do you use scheduled searches?

Use scheduled searches for recurring monitoring tasks like daily error reports. Configure in Search > Schedules and validate in a test environment to ensure timely DevOps alerts and monitor with Splunk Web UI.

Integrations

71. What are Splunk integrations?

• Connect Splunk to external tools.
• Support AWS, Kubernetes, Slack.
• Configure via Splunk Web UI.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure connectivity.

Integrations expand DevOps observability.

72. Why integrate Splunk with CloudWatch?

CloudWatch integration collects AWS logs and metrics for observability. Configure via Splunk Add-on for AWS and validate in a test environment to ensure seamless data flow for DevOps monitoring and analysis.

73. When do you use Kubernetes integration?

• Monitor pods, nodes, logs.
• Deploy forwarders as DaemonSet.
• Configure via Splunk Web UI.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure cluster visibility.

Kubernetes integration tracks DevOps health.

74. Where do you configure integrations?

Configure integrations in Splunk Web UI under Apps > Find More Apps or inputs.conf. Validate in a test environment to ensure connectivity and monitor with Splunk Web UI for DevOps workflows.

75. Who manages Splunk integrations?

• DevOps engineers set up integrations.
• Admins configure IAM, API keys.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure team coordination.
• Support DevOps goals.

Integrations require DevOps teamwork.

76. Which integrations enhance DevOps?

• CloudWatch for AWS logs.
• Kubernetes for container metrics.
• Slack for alert notifications.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure data integration.

Integrations improve DevOps observability.

77. How do you troubleshoot integration errors?

Check integration settings in Splunk Web UI and verify credentials or URLs. Validate with test queries in a test environment and monitor with Splunk Web UI to resolve connectivity issues for DevOps.

78. What causes integration failures?

• Incorrect API keys or IAM roles.
• Check Splunk Web UI settings.
• Verify network connectivity.
• Validate in test environment.
• Use Splunk Web UI.
• Fix configuration errors.

Failures disrupt DevOps data collection.

79. Why use Splunk’s PagerDuty integration?

• Routes critical alerts to PagerDuty.
• Configure in Splunk Web UI.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure DevOps notifications.
• Enhance incident response.

PagerDuty speeds DevOps alerts.

80. When do you use custom integrations?

Use custom integrations for niche applications or APIs. Configure via Splunk REST API or HTTP Event Collector and validate in a test environment to ensure data collection for DevOps monitoring.

81. Where do you store integration credentials?

Store credentials in Splunk Web UI’s secure fields or Kubernetes Secrets. Validate in a test environment. Monitor with Splunk Web UI for security.

82. Who resolves integration issues?

DevOps engineers debug connectivity, while admins verify credentials. Collaboration ensures reliable integrations. Validate in a test environment and monitor with Splunk Web UI for resolution.

83. Which steps secure integrations?

• Use encrypted API keys.
• Configure IAM roles for AWS.
• Validate in test environment.
• Use Splunk Web UI.
• Restrict with RBAC.
• Ensure secure access.

Secure integrations prevent DevOps leaks.

84. How do you automate integrations?

• Use Splunk REST API.
• Automate with Ansible playbooks.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure consistent configs.
• Prevent manual errors.

Automation streamlines DevOps integrations.

85. What causes integration latency?

Latency stems from network issues or slow data sources. Check integration settings in Splunk Web UI and validate in a test environment to optimize performance and monitor with Splunk Web UI.

86. Why use Splunk with service mesh?

Service mesh integration tracks microservice logs with Istio or Linkerd. Configure via Splunk Add-on for Kubernetes and validate in a test environment. Monitor with Splunk Web UI.

87. When do you use HTTP Event Collector?

• Use for streaming app logs.
• Configure in Splunk Web UI.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure data collection.
• Support DevOps use cases.

HEC enables real-time log ingestion.

Troubleshooting

88. What causes missing logs in Splunk?

• Misconfigured inputs.conf or forwarders.
• Check splunkd.log for errors.
• Verify network connectivity.
• Validate in test environment.
• Use Splunk Web UI.
• Fix configuration errors.

Missing logs reduce DevOps observability.

89. Why do SPL queries fail?

SPL queries fail due to incorrect syntax or indexer issues. Check Search tab and validate in a test environment to restore functionality and monitor with Splunk Web UI for accuracy.

90. When do you check Splunk logs?

• Check during search or forwarder failures.
• Use index=_internal in Search tab.
• Validate in test environment.
• Use Splunk Web UI.
• Identify configuration errors.
• Ensure log collection.

Logs diagnose DevOps monitoring issues.

91. Where do you debug Splunk issues?

Debug issues in Splunk Web UI’s Search tab or with index=_internal queries. Validate in a test environment to ensure resolution and monitor with Splunk Web UI.

92. Who troubleshoots Splunk issues?

DevOps engineers debug forwarders and searches, while SREs analyze performance impacts. Collaboration ensures quick resolution. Validate in a test environment and monitor with Splunk Web UI for stability.

93. Which tools help troubleshoot Splunk?

• Splunk Web UI for diagnostics.
• Kubectl for container logs.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure issue resolution.
• Support DevOps observability.

Tools streamline DevOps troubleshooting.

94. How do you fix indexing errors?

• Check indexes.conf for errors.
• Verify forwarder connectivity.
• Restart splunkd with ./splunk restart.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure indexing accuracy.

Errors disrupt DevOps observability.

95. What causes high Splunk CPU usage?

High CPU usage results from complex SPL queries or excessive indexing. Optimize queries in Splunk Web UI and validate in a test environment to reduce load and monitor with Splunk Web UI.

96. Why automate Splunk troubleshooting?

Automation with Ansible or Splunk REST API reduces manual debugging time. Configure automated checks for forwarder health. Validate in a test environment for reliability.

97. When do you escalate Splunk issues?

• Escalate persistent indexer failures.
• Contact Splunk support if unresolved.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure quick resolution.
• Prevent DevOps outages.

Escalation avoids prolonged downtime.

98. Where do you monitor Splunk health?

Monitor health in Splunk Web UI’s Monitoring Console or with index=_internal queries. Validate in a test environment to ensure stability and monitor with Splunk Web UI for real-time status.

99. Who analyzes Splunk monitoring gaps?

• DevOps engineers check forwarder configs.
• SREs review log coverage.
• Validate in test environment.
• Use Splunk Web UI.
• Ensure complete observability.
• Collaborate for insights.

Gaps risk undetected DevOps issues.

100. Which steps resolve search delays?

Optimize SPL queries with eval or stats and reduce indexed data volume. Validate in a test environment to improve performance.

• Use Splunk Web UI.
• Check indexer performance.
• Ensure timely searches.
• Fix data source issues.

Delays impact DevOps response.

101. How do you debug SPL query errors?

Check SPL syntax in Splunk Web UI’s Search tab and validate with test queries in a test environment. Monitor with Splunk Web UI to ensure query accuracy and resolve errors efficiently for DevOps.

102. What causes indexer overload?

• High log ingestion rates.
• Check indexes.conf for settings.
• Scale indexers in clusters.
• Validate in test environment.
• Use Splunk Web UI.
• Reduce indexing load.

Overload slows DevOps monitoring.

103. Why validate configs in test environments?

Validating in test environments prevents production issues by ensuring forwarder, indexer, and alert configurations work correctly. Configure via Splunk Web UI and monitor for stability to avoid DevOps outages and ensure reliability.

104. When do you use Splunk’s support tools?

• Use for unresolved indexer issues.
• Access Monitoring Console diagnostics.
• Validate in test environment.
• Use Splunk Web UI.
• Contact support if needed.
• Ensure DevOps resolution.

Support tools expedite troubleshooting.