Munder Difflin

Local multi-agent harness for the terminal coding CLIs you already run — Claude Code, Antigravity (Gemini), OpenAI Codex, OpenCode, Crush, pi.dev, and GitHub Copilot CLI — with bring-your-own keys and local LLMs. Autonomous agents that message, route, and remember — coordinated by a GOD orchestrator you talk to, and visualized as avatars at work on a shared office floor.

[!NOTE] The world's best agents. The world's worst paper company. Munder Difflin takes the terminal-agent CLIs you already run — claude, agy, codex, opencode, crush, pi, and copilot — and turns them into a self-coordinating team: each agent gets long-term memory, a mailbox, and a desk on a 2D office floor — and a GOD orchestrator agent routes work between them while you watch.

Contents

• What it is
• How it works
• Features
• Getting started
• Architecture
• Project structure
• Design system
• Roadmap
• Contributing
• License
• Acknowledgements

What it is

Munder Difflin is a desktop app that wraps real terminal-agent CLIs as fully-capable agents, wires them into a hive mind, and puts a GOD orchestration agent in charge — the one agent you talk to in order to get things done. Under the hood it runs the fastest memory layer in the world so every agent remembers what it learns and recalls it instantly.

• Every terminal is an agent. Each claude, agy, codex, opencode, crush, pi, copilot, or custom session runs as a real process in a pseudo-terminal (node-pty), byte-for-byte authentic, rendered with xterm.js.
• Every agent is an avatar. Sessions appear as characters on a Pixi.js office floor — they walk to stations as they work, and envelopes fly desk-to-desk when they message each other.
• The hive coordinates them. Agents read their memory and drain a mailbox; the router moves messages between inboxes; the GOD agent adjudicates, assigns, and escalates only when it needs you.
• Memory that's instant. A markdown-first memory layer with a semantic recall index means agents remember across sessions and recall in milliseconds.

How it works

            you ── talk to ──►  ┌─────────────┐
                                │  GOD agent  │  orchestrator / supervisor
                                │ (Michael's  │  roster · routing · adjudication
                                │   office)   │  blackboard · task ledger
                                └──────┬──────┘
                                       │ assigns · routes · escalates
              ┌────────────────────────┼────────────────────────┐
              ▼                         ▼                         ▼
        ┌───────────┐            ┌───────────┐            ┌───────────┐
        │  agent A  │  message   │  agent B  │  message   │  agent C  │
        │ provider  │ ─────────► │ provider  │ ─────────► │ provider  │
        │  + memory │            │  + memory │            │  + memory │
        └───────────┘            └───────────┘            └───────────┘
              └──────── shared hive: memory · mailbox · blackboard · log ───────┘

1. You spawn agents — each is a normal terminal process (claude, agy, codex, or custom) with its own working directory, identity, and provider-specific lifecycle.
2. Agents collaborate through the hive — a local git repo of plain files. They write to their own outbox/; the harness's router delivers into recipients' inbox/. No agent ever touches git (single-committer design avoids index.lock corruption).
3. The GOD agent runs the floor — it reads every request, resolves routine ones itself (keeping the system fully autonomous), and only escalates critical items (spend, destructive ops, scope changes) into an approvals queue you act on.
4. Everything is visible — you watch avatars move, envelopes fly, and the live terminal stream; you can type back into any session, browse its files, and read its git history.

See HIVE.md for the full multi-agent design, SPEC.md for the terminal/event plane, and DESIGN.md for the visual system.

Features