Diagnose Apache Tomcat incidents using Netdata MCP metric queries.
npx skills add https://github.com/netdata/skills --skill troubleshoot-tomcat
Please help me install this Agent Skill. Skill: troubleshoot-tomcat Source: https://github.com/netdata/skills/tree/main/skills/troubleshoot-tomcat Command: npx skills add https://github.com/netdata/skills --skill troubleshoot-tomcat
Troubleshoots Apache Tomcat incidents by identifying likely failure archetypes (thread pool exhaustion, heap/GC death spirals, classloader leaks, stuck threads, and connection saturation) using Netdata operator playbook logic and MCP-based signal queries.
Use the troubleshoot-tomcat skill by asking: “Diagnose why my Apache Tomcat instance is timing out and shows rising errors; triage it with Netdata MCP and recommend the most likely fix.”
High-intent search queries and answers about installing and using this skill.
To troubleshoot Tomcat thread pool exhaustion or stuck threads, you match reported symptoms to Netdata operator failure archetypes using MCP queries against Tomcat metrics. This process validates thread pool saturation and recommends targeted remediation.
Netdata diagnoses Tomcat heap or GC death spirals by querying anomalous metrics via MCP within the tomcat.* domains. It follows a diagnostic tree to identify resource exhaustion and verify if signals return to normal after remediation.
Yes, you can use MCP to triage Apache Tomcat connection saturation and rising errors. The skill queries Netdata Tomcat contexts to detect anomalies, validate symptoms, and run verification re-queries after recommending a fix.
The best way to identify classloader leaks on Tomcat redeploy is applying a structured diagnostic tree. By querying Netdata metrics for internal state anomalies, the skill matches symptoms to classloader leak archetypes and verifies remediation.
Yes, you need MCP access to query_metrics, find_anomalous_metrics, and list_nodes signals for tomcat.* domains. This access is required to follow the skill's diagnostic tree and verify that Tomcat signals return to expected ranges.
Your Apache Tomcat instance timing out with rising errors indicates failure archetypes like thread pool exhaustion or connection saturation. The skill triages these symptoms using Netdata MCP queries to pinpoint the exact failure domain and recommend fixes.
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