How to Install and Use Munder Difflin
Install Munder Difflin on macOS, Windows, or Linux and put a hive of Claude Code agents to work on ambitious, long-horizon tasks — start to finish.
Guides
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Notes from the office floor
The Munder Difflin Blog.
Guides, deep dives, and comparisons on running multi-agent Claude Code — orchestration, agent memory, automation, and the tooling landscape. From the team building a self-coordinating hive of agents with a GOD orchestrator you talk to.
Munder Difflin's Architecture: Two Data Planes, One Renderer
A walkthrough of the multi-agent harness architecture: a node-pty terminal plane and a hooks/hive event plane feeding one React + Pixi.js renderer.
Internals
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The Best Tools to Run Multiple Claude Code Agents (2026)
An honest 2026 roundup of tools to run multiple Claude Code agents — Claude Squad, Conductor, Crystal, vibe-kanban, and Munder Difflin — compared.
Comparisons
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Claude Code Automation: Let Agents Build While You Sleep
Claude Code automation that runs overnight: an autonomous Stop-hook loop, safe permission bypass, and guardrails so you wake up to progress, not chaos.
Guides
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Git Worktrees vs a Hive: Two Ways to Parallelize Claude Code
Claude Code git worktrees vs a hive: when isolated worktrees suffice for parallel agents, and when you need memory, messaging, and an orchestrator on top.
Orchestration
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Claude Code Orchestration Tools, Compared
Claude Code orchestration tools compared on memory, messaging, visibility, control, and local-first — across Claude Squad, Conductor, Crystal, and more.
Comparisons
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Claude Squad vs Munder Difflin: Which Should You Use?
Claude Squad vs Munder Difflin: a lean terminal session manager against a memory-backed, orchestrated, visual hive. Feature table and an honest verdict.
Comparisons
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How to Debug a Multi-Agent System
How to debug a multi-agent system: use the event log, per-agent terminals, message trails, and git history to find why a hive of AI agents went sideways.
Guides
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Building a Terminal UI with xterm.js and node-pty
Wire xterm.js to a node-pty backend: stream output, write keystrokes back, handle resize, and keep many live terminals fast with a terminal pool.
Internals
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Building an AI "Office Floor": Avatars, Pathfinding, Envelopes
The game-dev techniques behind a dev tool's office floor: Tiled maps, BFS pathfinding, sprite recoloring, and flying message envelopes in Pixi.js.
Internals
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Claude Code Hooks, Explained (PreToolUse, PostToolUse, Stop)
A practical tour of Claude Code hooks — the PreToolUse, PostToolUse, and Stop lifecycle — and how a Unix-socket hook shim drives a live office floor.
Internals
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Looking for a Claude Squad Alternative?
What Claude Squad does well, where it stops, and why a memory-backed, orchestrated hive may be the Claude Squad alternative you're after.
Comparisons
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A Conductor Alternative for Orchestrating Claude Code
Conductor is a polished macOS app for parallel Claude Code worktrees. When to pick a cross-platform, orchestrated hive as your Conductor alternative.
Comparisons
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A Crystal Alternative: Multi-Agent Claude Code with Memory
Crystal runs parallel Claude Code worktrees well. Where a memory-backed, orchestrated hive changes the workflow — and when to stick with Crystal.
Comparisons
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Bringing Your MCP Servers and Skills Into a Hive of Agents
How agents in a hive inherit your existing Claude Code MCP servers, skills, and tools — and how to scope which agent gets which capability.
Guides
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Real Terminals in Electron with node-pty
How to run byte-for-byte authentic shells inside Electron with node-pty: the native-rebuild gotcha, the macOS PATH trap, and streaming PTY output over IPC.
Internals
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Rendering Many Live Terminals Without Melting the CPU
xterm.js performance for many live PTYs: a terminal pool, render-only-visible, smart scrollback, and accelerated rendering to stream dozens at once.
Internals
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A vibe-kanban Alternative for Coordinating AI Agents
vibe-kanban gives you a board to assign tasks to coding agents. When a self-routing hive is the better vibe-kanban alternative — and when a board wins.
Comparisons
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The AI Coding Agent Glossary: Harness, Orchestrator, Hive, Subagent
Plain-English definitions of the AI coding agent terms everyone trips over — harness, orchestrator, hive, subagent, agent memory — each in one line.
Concepts
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From One Terminal to a Team: Scaling Your Claude Code Workflow
The workflow shift from a single Claude Code session to a coordinated team of agents — what changes, where it breaks, and the concrete before-and-after.
Use Cases
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How to Choose a Multi-Agent Coding Tool: A Buyer's Checklist
A decision framework for choosing a multi-agent coding tool — memory, control, visibility, cost, local-first — with a simple scoring rubric you can run.
Comparisons
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Human-in-the-Loop AI Agents: Approvals That Don't Slow You Down
Design human-in-the-loop AI agents that stay autonomous: an approvals queue that escalates only spend, destructive ops, and scope changes.
Orchestration
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Munder Difflin FAQ: Everything People Ask
Answers to the top Munder Difflin questions — what it is, is it free, does it run locally, which platforms, and how it differs from many terminals.
Concepts
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Run an Office of AI Agents While You Sleep
What it takes to run a self-coordinating office of AI coding agents that keeps shipping after you log off — and the guardrails that keep it sane.
Use Cases
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The Single-Committer Pattern: Multi-Agent Git Without Corruption
Parallel agents corrupt a repo with index.lock races. The single-committer pattern — agents write, one process commits — fixes concurrent git writes.
Internals
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Visualizing AI Agents with Pixi.js: An Office You Can Watch
How we render AI agents as avatars on a Pixi.js office floor — driven by real hook and message events, with seat assignment, pathing, and flying envelopes.
Internals
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What Are Claude Code Agents? And How to Use Many at Once
Claude Code agents explained in plain English — what an agent actually is, how subagents differ, and the leap from one agent to a coordinated team.
Concepts
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Why Local-First Matters for Your AI Agents
The control, privacy, and cost case for keeping your AI agents and their memory on your own machine — and what cloud orchestration quietly costs.
Use Cases
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Why We Built Munder Difflin
The origin story of Munder Difflin — how the pain of juggling Claude Code terminals led to a coordinated, memory-backed hive of agents you can watch.
Story
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An Append-Only Event Log for a Hive of Agents
How an append-only event log makes a multi-agent system debuggable and replayable: what to record, and why one JSON line per event beats a database.
Internals
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How to Run Multiple Claude Code Agents (Without Losing Track)
Run several Claude Code agents in parallel without the chaos: give each a role, let them coordinate, and stop alt-tabbing between terminal windows.
Guides
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Atomic File Mailboxes: How Agents Message Each Other
Can Claude Code agents talk to each other? Yes — the outbox-router-inbox design that lets agents message safely using plain files and atomic renames.
Internals
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Inside the GOD Orchestrator: Routing, Adjudication, Escalation
A deep dive into the Claude Code orchestrator: how a GOD agent reads requests, routes work, adjudicates routine traffic, and escalates the critical few.
Orchestration
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The Best Way to Coordinate AI Coding Agents
The best way to coordinate AI coding agents: single-writer files, a message router, a one-scribe plan, and an orchestrator — cooperate, not clobber.
Orchestration
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Orchestrating Claude Code Agents: A Practical Guide
How to orchestrate Claude Code agents in practice: what orchestration means, how a GOD orchestrator routes and escalates work, and how to wire it up.
Orchestration
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How to Give Claude Code Long-Term Memory
Claude Code forgets between sessions. Here's how a markdown-first memory layer with semantic recall lets your agents remember across runs.
Memory
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Why We Built Agent Memory Markdown-First
Markdown-first AI agent long-term memory: plain notes a human can read and git can diff, with a semantic index on top that degrades gracefully.
Memory
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Semantic Memory for AI Agents: Recall in Milliseconds
What semantic memory for AI agents is, why a markdown-first store beats a heavy DB, and how a shared palace lets a hive recall a note by meaning, fast.
Memory
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How to Manage Multiple Claude Code Sessions Like a Pro
Tactics to manage multiple Claude Code sessions without losing track: naming, roles, context isolation, and when a harness beats juggling terminal tabs.
Guides
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Set Up a Claude Code Multi-Agent Workflow in 10 Minutes
A from-zero Claude Code multi-agent setup: install Munder Difflin, onboard, spawn a few agents, and watch the GOD orchestrator route your first task.
Guides
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Claude Code Subagents vs a Multi-Agent Harness
Claude Code subagents vs a multi-agent harness: where subagents stop and a harness with shared memory, messaging, and an orchestrator takes over.
Guides
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What Is a Multi-Agent Harness? (Plain-English Guide)
A multi-agent harness coordinates several AI coding agents into one team — here's what that means, and how it differs from a single agent or a framework.
Concepts
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