CHATBOTS

Conversational Honeycomb Trace Explorer via MCP

An agent-driven chatbot that holds a multi-turn conversation about latency, calling Honeycomb through a custom MCP server to iteratively refine trace queries until it pinpoints…

CategoryChatbots
Enginepaperclip
Difficultyadvanced
Triggerchat
Steps5
Setup~25 min

How it runs

The automated pipeline, trigger to output.

  • TriggerEngineer opens a chat thread describing a latency symptomSlack
  • ActionAgent fetches initial p95 breakdown via Honeycomb MCP toolCustom MCP server
  • LogicAgent decides which slower service or span to drill into
  • ActionIssue refined follow-up queries through Honeycomb MCPHoneycomb
  • OutputReply in Slack with root-cause span and query trailSlack

What it does

Gives engineers a conversational analyst for latency. Instead of a single-shot query, the agent reasons across turns — running a Honeycomb query through a custom MCP tool, reading the p95 breakdown, then drilling into the slowest service on its own to find the offending span. It explains each step so the human follows the chain of reasoning.

When to use it

When the question isn't "what's the p95" but "why is it slow" — the kind of open-ended investigation that needs several follow-up queries. Use it for deeper debugging sessions where one query is never enough.

How it works

  1. 1An engineer starts a chat thread with the bot describing the latency symptom.
  2. 2The agent calls a custom MCP server exposing Honeycomb query tools to fetch an initial p95 breakdown.
  3. 3The agent reasons over results and decides whether to drill into a slower service or span.
  4. 4It issues follow-up Honeycomb queries through MCP until it isolates the dominant contributor.
  5. 5The agent replies in Slack with the root-cause span, the supporting p95 numbers, and the query trail it followed.

Set it up

What you configure once, before turning it on.

  1. 1
    Connect SlackChannels, DMs, threads, mentions.
  2. 2
    Connect Custom MCP serverConnect any MCP-compatible tool you own.
  3. 3
    Connect HoneycombDistributed traces and queries.
  4. 4
    Set each agent's modelWe leave models unset so you pick the tier — fast + cheap, or top-quality.
  5. 5
    Tune it to your dataEdit the prompts, filters, and field mappings so it matches how your team works.
  6. 6
    Test, then turn it onRun once against a sample, confirm the output, then enable the trigger.

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