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Search Splunk logs, inject test data, and send triage emails.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "Splunk Automated Triage MCP Server" yet — see the docs or source repo.
Search Splunk for logs related to 500 errors in the payment service over the last 2 hours, and summarize the key anomalies in timeline order.
Returns relevant log search results and a time-ordered anomaly summary to support incident triage.
Inject a set of simulated failed-login events into Splunk to verify that alerting and triage workflows work correctly.
Writes test events into the log system so monitoring, alerting, or downstream analysis can be validated.
Based on the anomaly logs just found, generate and send a triage email covering impact scope, time window, and recommended next steps.
Generates and sends an incident triage email to quickly align the team on investigation progress.
Operations or DevOps teams can use it to quickly search Splunk logs and organize triage information after a production alert. This helps speed up initial investigation and team notification.
Developers or operators can inject test data into Splunk to check whether log ingestion, alert triggering, and triage workflows behave as expected. It is useful before releases or after changes.
When findings need to be shared with stakeholders, it can send triage emails based on search results and reduce manual status drafting. This is useful for quickly distributing initial incident findings.
It provides three main capabilities: searching Splunk logs, injecting test data, and sending triage emails for AI-driven incident investigation and triage.
From the provided information, it clearly depends on Splunk for log search and test data injection. The authentication method, email setup, and runtime requirements are not specified here; see the source repository.
Beyond searching Splunk logs, it also supports injecting test data and sending triage emails. It is more focused on automating incident investigation workflows rather than search alone.
Investigate security events in Splunk with natural-language querying and response automation.
Safely inspect, diagnose, and recover Dockerized services without host shell access.
Connect AI agents to Splunk and TheHive for triage and security operations.
Safely triage incidents with evidence retrieval, ticket workflows, and notifications.
Analyze security incidents, map ATT&CK tactics, score severity, and suggest remediation.
Query threat intelligence and trace incidents for faster security triage automation.