Architectural decision memory for LLM-native workflows — markdown for humans, a graph for agents.
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io.github.dovahkiin-v/mitos is an MCP server that architectural decision memory for LLM-native workflows — markdown for humans, a graph for agents. Its tool list has not been published yet over stdio, requires no API key, and scores 53/100 on MCPpedia's security, maintenance and efficiency rubric.
Config is the same across clients — only the file and path differ.
{
"mcpServers": {
"io-github-dovahkiin-v-mitos": {
"command": "uvx",
"args": [
"mitos-adr"
]
}
}
}Are you the author?
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Architectural decision memory for LLM-native workflows — markdown for humans, a graph for agents.
Run this in your terminal to verify the server starts. Then let us know if it worked — your result helps other developers.
uvx 'mitos-adr' 2>&1 | head -1 && echo "✓ Server started successfully"
After testing, let us know if it worked:
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No known CVEs.
Checked mitos-adr against OSV.dev.
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🔧 Early release — actively developed
When you build software with AI assistants over months, the reasoning behind your decisions gets lost. The assistant forgets why you chose one approach, re-suggests options you already rejected, and your design notes drift out of sync with what was actually decided. Mitos is a memory layer for those decisions: it records each decision, the alternatives you ruled out, and how later decisions replace earlier ones — then feeds that history back to your AI assistant in a compact, trustworthy form.
The result: your AI collaborator stays consistent with the calls you've actually made — it stops contradicting a past decision or re-opening a settled question, and your decision record never silently rots.
Under the hood: markdown for humans (decisions.md is the source of truth you can always read and grep), a typed graph for the agents (SQLite + a local Qdrant for semantic recall), and an MCP server so agents check precedent before deciding and record decisions as they make them.
Available on PyPI and the MCP Registry.
If you work with an AI coding agent (Claude Code, Cursor, Gemini CLI, …), the easiest path is to let it do the setup. In the project you want mitos in, give your agent:
Read https://github.com/dovahkiin-v/mitos/blob/main/SETUP.md and set up mitos
for this project. When done, run `mitos status .` from the project directory
and report the result.
What your agent will end up doing — the same steps a human follows, all in SETUP.md where you can read them first:
mitos CLI via pipx (from PyPI or this repository);qdrant/qdrant on port 7333, isolated from any Qdrant you already run);mitos set-key) — a Gemini key (required), and an Anthropic key for the conflict-audit layer (strongly recommended); the setup guide tells agents not to handle key values.How much your agent asks along the way is governed by your own agent's settings, not by this prompt.
The same steps by hand — full detail in SETUP.md:
pipx install mitos-adrdocker compose up -d from this repo — mitos runs its own instance on :7333, so it never touches a Qdrant you use for other work.claude mcp add --scope user mitos -- mitos serve. One registration serves every project — see SETUP.md for what it costs, for other harnesses, and for why a leftover per-project .mcp.json entry has to go.mitos init from the project root, then mitos set-key --global <your-Gemini-key> (one key covers everything; get it at https://aistudio.google.com/app/apikey). Gemini is the tested embedding provider today; a multi-provide