hyperguild

An MCP server that acts as a disciplined AI supervisor for Claude Code sessions. Instead of letting Claude Code do whatever it wants, hyperguild enforces structured workflows (TDD red/green/refactor), logs every session, and accumulates learnings into a searchable brain.

How it works

Your Claude Code session (in any project)
    │
    │  MCP tools (over stdio bridge → HTTP)
    ▼
supervisor  :3200   — skill workers: tdd, retrospective
ingestion   :3300   — brain HTTP API: query wiki, write notes
    │
    ▼
brain/
├── sessions/       — JSONL log, one file per session_id
├── wiki/           — searchable knowledge (full-text)
│   ├── concepts/
│   ├── entities/
│   └── sources/
├── raw/            — retrospective output, staged for review
└── training-data/  — SFT/DPO/RL data (Phase 2)

Phase 1 tools (available now)

Tool	What it does
tdd_red	Writes a failing test for a spec, verifies it fails
tdd_green	Writes the minimal implementation to make tests pass
tdd_refactor	Cleans up implementation while keeping tests green
session_log	Appends a structured entry to the session JSONL log
retrospective	Reads the session log, identifies novel learnings, writes to brain/raw/
brain_query	Full-text search over brain/wiki/
brain_write	Writes a note to brain/raw/ (with optional YAML frontmatter)
tier	Returns the current connectivity tier (1=cloud, 2=LAN, 3=offline)

Start the servers

# Requires goreman: go install github.com/mattn/goreman@latest
task start    # starts ingestion (:3300) + supervisor (:3200) via goreman
task stop     # kills both by port

Connect a project

Create .mcp.json in your project root:

{
  "mcpServers": {
    "supervisor": {
      "command": "/Users/mathias/dev/AI/supervisor/bin/supervisor-bridge",
      "env": {
        "SUPERVISOR_URL": "http://localhost:3200/mcp"
      }
    }
  }
}

Build the bridge binary once: task bridge:build

Then open Claude Code in your project — run /mcp to confirm supervisor is listed.

A typical TDD session

1. Call tdd_red    → spec in, failing test file out
2. Call tdd_green  → test path in, implementation out
3. Call tdd_refactor → impl + test in, cleaned code out
4. Call session_log  → log each phase result
5. Call retrospective → extracts learnings → brain/raw/
6. Review brain/raw/, move worthy notes to brain/wiki/concepts/
7. Future sessions: call brain_query to retrieve relevant context

Tier detection

The supervisor probes connectivity at call time:

Tier	Label	Condition
1	full-online	Can reach api.anthropic.com
2	lan-only	Can reach LiteLLM but not Anthropic
3	airplane	No external connectivity

Key env vars

Variable	Default	Purpose
INGEST_BRAIN_DIR	../brain	Brain directory for ingestion server
INGEST_PORT	3300	Ingestion server port
SUPERVISOR_CONFIG_DIR	./config/supervisor	Skill discipline files
SUPERVISOR_SESSIONS_DIR	./brain/sessions	JSONL session logs
INGEST_BASE_URL	http://localhost:3300	Supervisor → ingestion
LITELLM_BASE_URL	—	LiteLLM proxy for Tier 2 model routing

Phase 2 (planned)

• review skill — structured code review with iron law enforcement
• debug skill — hypothesis-driven debugging sessions
• spec skill — generates specs from conversations
• trainer — extracts SFT/DPO pairs from session logs for fine-tuning