datadog-auto-detector

Detect Datadog resource mentions and fetch summarized observability data.

2|Updated Nov 4, 2025
One-click install
npx skills add https://github.com/schovi/claude-schovi --skill datadog-auto-detector
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: datadog-auto-detector
Source: https://github.com/schovi/claude-schovi/tree/main/schovi/skills/datadog-auto-detector
Command: npx skills add https://github.com/schovi/claude-schovi --skill datadog-auto-detector

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill requires mcp-datadog, and includes scripts (resource) components.

What problem does it solve?

Debugging with Datadog often means endless clicks, complex query building, and constant context switching. This skill automates the data retrieval, letting you focus on solving the problem, not finding the data.

Core Features & Use Cases

  • Versatile Detection: Automatically recognizes Datadog URLs, natural language queries (e.g., "error rate of service"), and service names in observability contexts.
  • Condensed Observability Data: Intelligently fetches concise summaries of logs, metrics, traces, incidents, monitors, and service health, optimized for AI analysis.
  • Intent-Driven Analysis: Classifies your intent (e.g., full context, specific query, quick status, investigation, comparison) to fetch precisely what you need.
  • Use Case: Ask "Check the error rate for pb-backend-web over the last hour" or "Investigate 500 errors in the checkout flow," and this skill will fetch and summarize the relevant Datadog data.

Quick Start

Check the error rate for pb-backend-web over the last hour.

Frequently Asked Questions about datadog-auto-detector

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I automatically fetch Datadog logs and metrics without manual queries?

Datadog auto-detector recognizes Datadog URLs, service names, and natural-language observability queries in your input, then automatically retrieves and summarizes logs, metrics, traces, and related resources. You can ask "Check error rate for service-name" and get condensed data instantly without building queries manually.

Can I use Datadog auto-detector to investigate errors and incidents faster?

Yes. The skill classifies your intent—whether you need full context, a specific query result, quick status, or comparative analysis—then fetches precisely matched data from logs, metrics, traces, monitors, and incidents. This accelerates debugging by eliminating context switching and query construction overhead.

What patterns does Datadog auto-detector recognize in user input?

The skill detects full Datadog URLs, natural-language observability queries like "error rate of service over the last hour," and service-name references in monitoring contexts. It then classifies intent and retrieves summarized observability data from logs, metrics, traces, dashboards, monitors, and incidents.

Does Datadog auto-detector work with existing monitoring workflows?

Yes. It integrates through the mcp-datadog dependency and operates via a three-tier architecture (skill → command → subagent) to isolate context. The skill fits into observability workflows by automating data retrieval so you focus on analysis and problem-solving rather than navigation.

What's the difference between querying Datadog directly and using auto-detector?

Auto-detector eliminates manual query building and dashboard navigation by recognizing observability intent from natural language or URLs. It fetches condensed, AI-optimized summaries of logs, metrics, and traces automatically, reducing debugging friction compared to manual Datadog UI interactions.

Can I use Datadog auto-detector to compare metrics across services or time ranges?

Yes. The skill classifies comparative analysis as an intent type and orchestrates multi-resource retrieval to deliver summarized context. You can ask it to compare error rates, latency, or other metrics across services or time windows without manual data consolidation.