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A curated collection of articles, videos, and tools for advanced tmux + Claude Code integration.

Claude Code Best Practices — Anthropic
https://www.anthropic.com/engineering/claude-code-best-practices
The official best practices document covers tmux integration for managing multiple Claude Code sessions, including workflow patterns for composing Claude Code into broader workflows with tmux.

Latent Space Podcast — Claude Code Team Interview
https://www.latent.space/p/claude-code
Direct insights from Boris Cherny and Cat Wu (Claude Code creators) discussing how “a lot of people use Code with tmux to manage a bunch of windows and sessions happening in parallel.”

“Vibe Coding Anytime, Anywhere with tmux, Tailscale, and Claude Code” — Nuttakit Kundum (July 2025)
https://nuttakitkundum.medium.com/vibe-coding-anytime-anywhere-with-tmux-tailscale-and-claude-code-fda01f3c5cd2
Sophisticated session persistence workflows: maintain Claude Code sessions across devices using tmux. Covers mobile development, SSH workflows, and tmux pane management for remote coding.

“LLM Codegen go Brrr — Parallelization with Git Worktrees and Tmux” — DEV Community
https://dev.to/skeptrune/llm-codegen-go-brrr-parallelization-with-git-worktrees-and-tmux-2gop
Comprehensive guide on advanced parallelization using Git worktrees and tmux to manage multiple Claude Code instances simultaneously.

“How to automate development journaling with Claude Code” — Takuya/Devas (June 2025)
https://www.devas.life/how-to-automate-development-journaling-with-claude-code/
In-depth integration guide combining Claude Code with tmux and neovim, including MCP integration and automated workflows.

“Claude Codeを並列組織化してClaude Code ‘Company’にする tmuxコマンド集” — Kazuph
https://zenn.dev/kazuph/articles/beb87d102bd4f5
Advanced tmux command collection for organizing multiple Claude Code instances into a “company” structure with boss-worker relationships using tmux panes.

“Claude Code Maxで実現する完全自動並列開発システム” — Studio Prairie
https://zenn.dev/studio_prairie/articles/90f5fc48a6dea7
Fully automated parallel development system using Claude Code Max with tmux orchestration.

“Claude Code / OpenCode + T-Mux + Worktrees: This SELF-SPAWNING AI Coder TEAM is INSANITY!”
https://www.youtube.com/watch?v=bWKHPelgNgs
11-minute demonstration combining Claude Code with tmux and Git Worktrees to create a self-spawning AI coder team, covering task claiming systems and agent-spawn workflow automation.

“【AI組織実現!! Claude Code Organization】現役エンジニア が「5人のAIが勝手に開発する会社」の作り方を解説!”
https://www.youtube.com/watch?v=Qxus36eijkM
Japanese tutorial demonstrating advanced AI organization with hierarchical agent structures (President -> Manager -> Worker) using tmux session management.

https://github.com/smtg-ai/claude-squad
The most mature solution for managing multiple Claude Code agents. Uses tmux for isolated terminal sessions with git worktrees for separate codebases. Features a TUI interface, auto-accept mode, and support for multiple AI agents (Claude Code, Aider, Codex).

https://github.com/nickgnd/tmux-mcp
Model Context Protocol server that enables Claude Desktop to interact programmatically with tmux sessions. Features include listing/searching sessions, viewing and navigating windows/panes, executing commands, and creating new sessions.

https://gist.github.com/worksfornow/df0cb6c4f6fd4966cd17133bc711fd20
Sophisticated Claude Code slash command for parallel task delegation. Creates multiple worktrees and launches Claude agents in tmux sessions with automated status tracking and branch management.

  • Multi-Agent Parallelization — Use git worktrees + tmux sessions for parallel agent execution. Each agent gets an isolated directory and tmux session.
  • Terminal Orchestration — Pair a Claude Code pane with a separate pane for Git commands and other shell work, using a big scrollback buffer.
  • Session Persistence — Implement persistent tmux sessions for Claude Code context preservation across disconnections.
  • MCP Integration — Use Model Context Protocol servers for programmatic tmux control, allowing AI assistants to observe and interact with terminal sessions.