supacode
Native terminal coding agents command center
Quick Take: supacode
Supacode fills a genuine gap for developers who use multiple AI coding tools or manage sessions across multiple projects. The dashboard, templates, and session history turn scattered terminal tabs into an organized workspace. It's most valuable when you're running 3+ concurrent sessions or switching between 4+ projects daily — the management overhead it eliminates is proportional to the number of sessions you juggle. For single-tool, single-project users, a terminal tab is sufficient. The app is well-built (native macOS, fast, unobtrusive) and free, making it a low-risk addition to any AI-heavy development workflow.
Best For
- •Developers using 2+ AI coding CLIs regularly (Claude Code, Codex, Aider)
- •Freelancers and consultants managing multiple client projects
- •Engineering leads evaluating AI tools across different task types
- •Teams standardizing AI-assisted development configurations
What is Supacode?
Supacode is a native macOS application that acts as a command center for terminal-based AI coding agents. Built on libghostty for GPU-accelerated terminal performance, it supports Claude Code, Codex, Aider, Opencode, and any other CLI-based AI tool — giving you a single dashboard to launch, monitor, and manage all your sessions without juggling terminal windows. The problem it solves is session sprawl. A developer working on three projects might have Claude Code running in one terminal tab, Aider in another, and Codex in a third. Each tab looks the same — scrolling text in a terminal. Switching between them means remembering which tab is which, and there's no overview of what each agent is doing, how many tokens it's consuming, or how long it's been running. Supacode replaces this chaos with a structured dashboard. The app sits in your menu bar and provides a real-time view of every active AI coding session. Each session shows the tool being used (Claude Code, Codex, Aider), the project directory, current status (running, waiting for input, idle), token consumption, and elapsed time. You can switch between sessions with a click, see conversation history with syntax-highlighted code blocks, and launch new sessions from pre-configured templates. Templates are where Supacode saves the most time. Instead of opening a terminal, navigating to a project directory, setting environment variables, and running the right command with the right flags, you create a template: project path, preferred AI tool, model preference, system prompt, and any CLI flags. Then it's one click to launch. If you work across multiple client projects or maintain several open-source repos, templates eliminate the repetitive setup. Supacode also tracks session history. Every AI coding session is logged with its conversation, files modified, tokens used, and duration. You can search through past sessions by project, tool, or keyword. This is useful for resuming interrupted work ('what was that refactoring approach Claude suggested last Tuesday?') and for tracking AI tool costs across projects. The resource monitoring panel shows CPU and memory usage for each session, plus aggregate token consumption across all active sessions. This matters when you're running 3-4 concurrent AI sessions that collectively consume significant system resources and API budget. Supacode is macOS-only, built with native frameworks for performance and tight OS integration (menu bar, Spotlight, keyboard shortcuts). It's free to download. The AI tools themselves require their own API keys and subscriptions — Supacode is the management layer on top. The honest take: Supacode is useful if you regularly run multiple AI coding sessions or switch between different AI tools. If you use one tool on one project, a single terminal tab is fine. Supacode's value scales with the number of concurrent sessions and projects you manage.
Install with Homebrew
brew install --cask supacodeDeep Dive: Why AI Coding Agent Management Is Becoming Its Own Category
As AI coding tools multiply, the need for a management layer grows. Supacode represents an emerging category.
History & Background
In 2024, most developers used one AI coding tool. By 2025, the landscape diversified: Claude Code, Codex, Aider, Opencode, Windsurf CLI, and others each offered different strengths. Developers started using different tools for different tasks — Claude Code for complex refactoring, Aider for quick edits with local models, Codex for autonomous task execution. This multi-tool workflow created a management problem that Supacode was built to solve. In 2026, Supacode emerged as an open-source alternative, built on libghostty for performance and adding innovative features like git worktree isolation.
How It Works
Supacode is a native macOS app built on libghostty — the same GPU-accelerated terminal technology that powers modern terminal emulators. It uses Swift and The Composable Architecture for the UI layer. The app communicates with AI coding CLIs through process management: it spawns terminal processes for each session, captures stdout/stderr for the conversation view, and monitors process resource usage through macOS system APIs. The git worktree isolation feature creates separate working trees for each agent, enabling true parallel development without conflicts. The template system serializes configurations as JSON files.
Ecosystem & Integrations
Supacode sits at the intersection of multiple AI tool ecosystems. As an open-source project under the supabitapp organization, it welcomes community contributions. It doesn't compete with Claude Code, Aider, or Codex — it manages them. This makes it complementary to every tool in the AI coding space. Users bring their own tools and API keys; Supacode provides the organizational layer. The project maintains active documentation at docs.supacode.sh and releases are tracked on GitHub.
Future Development
Current development focuses on expanding agent compatibility, improving the GitHub integration for PR workflows, and optimizing performance for users running 50+ concurrent agents. Being open source, the roadmap is community-driven through GitHub issues and discussions at github.com/supabitapp/supacode.
Key Features
Multi-Agent Dashboard
The core interface shows every active AI coding session in a card-based layout. Each card displays the tool name (Claude Code, Codex, Aider, Opencode), project directory, current status (running, waiting, idle, errored), elapsed time, and resource usage. Cards update in real-time as sessions progress. Click any card to open that session's conversation view. The dashboard replaces the 'which terminal tab was that?' problem with a visual overview of all your AI-assisted work, scaling to 50+ concurrent agents.
Quick-Launch Templates
Create reusable templates for common project setups. A template stores the project directory, AI tool to use, model preference (Claude 4, GPT-4o, o3-mini, etc.), system prompt, CLI flags, and environment variables. Launch a full AI coding session with one click instead of typing a series of terminal commands. Templates are especially valuable for developers who work across multiple projects with different configurations — each project gets its own template with the right tool and settings pre-loaded.
Git Worktree Isolation
Every agent gets its own isolated git worktree, enabling true parallel development without conflicts. Run multiple agents against the same repository simultaneously without stepping on toes. This architecture enables the '50+ agents' capability — each agent operates in its own sandbox while working on shared codebases, making parallel AI development practical and safe.
GitHub Native Integration
Open PRs, review CI checks, and resolve merge conflicts directly from Supacode without leaving the terminal. The GitHub-native workflow streamlines the development cycle — code, commit, and create pull requests from within the same interface where your AI agents are running.
Session History and Search
Every AI coding session is automatically logged: the full conversation, files referenced, files modified, tokens consumed, duration, and final status. Session history is searchable by project name, tool, date range, and keyword. If you asked Claude Code to explain a caching strategy three weeks ago, search for 'caching' and find that exact conversation. History persists across app restarts and is stored locally on your Mac.
Resource Monitoring
A dedicated monitoring panel shows CPU usage, memory consumption, and token spend for each active session. An aggregate view shows total resource usage across all sessions. This is practically important when running 3+ concurrent AI sessions — each Claude Code instance can use 500MB+ of RAM, and token costs add up quickly. The monitor helps you identify runaway sessions (an agent stuck in a loop consuming tokens) and manage your API budget by project.
Native macOS Integration
Supacode lives in the menu bar for quick access without switching to the dock. Global keyboard shortcuts let you toggle the dashboard, launch a new session, or cycle between active sessions without touching the mouse. Spotlight integration means you can search session history from Spotlight. Notifications alert you when a session completes, errors, or requests human input. The app respects macOS system settings including Dark Mode and accessibility preferences.
Conversation View with Code Highlighting
When you open a session from the dashboard, the conversation view shows the full exchange between you and the AI agent with proper syntax highlighting for code blocks. This is more readable than raw terminal output, especially for long sessions with multiple code edits. The view includes collapsible sections for each turn, file modification indicators, and a timeline showing when each exchange happened.
Who Should Use supacode?
1Multi-Project Developer
A developer maintains three active projects: a React frontend, a Go backend, and a Python data pipeline. Each project has its own Supacode template: the React project uses Claude Code with a system prompt about the component library, the Go project uses Codex with test-driven development instructions, and the Python project uses Aider configured for local model privacy. They launch all three from the dashboard and switch between them throughout the day. The resource monitor shows total token spend across projects, and session history lets them review what each agent accomplished.
2Engineering Lead Evaluating AI Tools
An engineering lead is deciding whether to standardize the team on Claude Code, Codex, or Aider. They use Supacode to run the same coding task (implementing a new API endpoint) on all three tools simultaneously. The dashboard shows completion time, token usage, and result quality side by side. After a week of comparative testing across different task types, they have concrete data on which tool performs best for their codebase and workflow.
3Freelancer Managing Client Projects
A freelancer works with 5 active clients. Each client has a different tech stack, coding standards document, and project repository. They create Supacode templates for each client with the appropriate working directory, system prompt referencing the client's style guide, and model preference. When switching between client work, they launch the right template and get a fully configured AI session without remembering each project's setup details. Session history is organized by client for time tracking and billing.
4Open Source Maintainer
A maintainer of three open-source libraries uses Supacode to run parallel AI sessions for issue triage. They launch Claude Code sessions for each library, pointing each at a different GitHub issue. While the agents diagnose and propose fixes, the maintainer monitors progress from the dashboard. When sessions complete, they review the proposed changes in the conversation view and apply the ones that look correct.
How to Install Supacode on Mac
Supacode installs via Homebrew formula. Requires macOS 26 Tahoe. It requires at least one AI coding CLI tool installed separately (Claude Code, Codex, Aider, etc.).
Install Your AI Coding Tools
Install the CLI tools you want to manage: brew install claude-code for Claude Code, pip install aider-chat for Aider, or follow the install instructions for other agents. Supacode manages these tools but doesn't bundle them.
Install Supacode
Run: brew install supacode. This installs the Supacode binary to your PATH.
Configure Tool Paths
Launch Supacode and go to Preferences > Tools. Supacode auto-detects installed CLI tools in standard Homebrew and pip paths. If auto-detection misses any, manually add the path. Configure API keys for each tool if they're not already set in your shell environment.
Create Your First Template
Go to Templates > New. Set the project directory, select the AI tool, choose a model, and optionally add a system prompt. Save the template and launch your first managed session from the dashboard.
Pro Tips
- • Requires macOS 26 Tahoe or later — Supacode uses modern macOS frameworks for performance.
- • Install your preferred AI CLIs first — Supacode auto-detects tools in standard Homebrew and pip paths.
- • Set up global keyboard shortcuts in Preferences > Shortcuts for quick dashboard access.
- • Export and share templates with teammates via the Template Export button.
Configuration Tips
Organize Templates by Project Category
Group templates into categories: 'Client Projects,' 'Open Source,' 'Personal.' Each template stores the full configuration for one project-tool combination. When you have 10+ templates, categories prevent the list from becoming overwhelming. Name templates descriptively: 'Acme Corp - Backend - Claude Code' is better than 'Project 1.'
Set Token Budget Alerts
In Preferences > Monitoring, set a token budget threshold per session. Supacode notifies you when a session exceeds the threshold, helping you catch runaway agents that are stuck in loops or processing unexpectedly large files. A typical threshold for a focused task session is 50,000-100,000 tokens.
Use Global Keyboard Shortcuts
Assign keyboard shortcuts for the three most common actions: toggle the dashboard (e.g., Cmd+Shift+S), launch the most recent template (e.g., Cmd+Shift+L), and cycle between active sessions (e.g., Cmd+Shift+Arrow). These shortcuts eliminate the need to click through the menu bar icon for frequent operations.
Configure Per-Template System Prompts
Each template can include a system prompt that's passed to the AI tool on launch. Use this for project-specific instructions: 'This is a Next.js 15 app using the App Router. Use TypeScript strict mode. Follow the existing patterns in src/components.' The system prompt gives the AI agent context about your project before you start your first conversation.
Alternatives to supacode
Supacode occupies a niche as a multi-agent management layer. Most alternatives focus on a single tool or a different approach to AI-assisted development.
Claude DevTools
Claude DevTools provides deep analytics and debugging for Claude Code sessions specifically — token breakdowns, context window visualization, and performance profiling. It's deeper on a single tool; Supacode is broader across multiple tools. They can be used together: Supacode for session management, Claude DevTools for session analysis.
Warp
Warp is an AI-enhanced terminal emulator that brings modern features (blocks, AI command suggestions, shared workflows) to the terminal itself. It's where you run your AI coding tools, not a management layer on top of them. Warp and Supacode complement each other: use Warp as your terminal, Supacode as your session manager.
tmux / Zellij
Terminal multiplexers let you manage multiple terminal sessions with splits and tabs. They handle session persistence and switching but have no concept of AI coding agents — they don't track token usage, provide conversation history search, or support quick-launch templates. Supacode provides purpose-built management where tmux provides general terminal management.
Conductor
Conductor parallelizes multiple Claude Code sessions for batch task execution. It's focused on running multiple instances of one tool in parallel. Supacode manages sessions across multiple different tools with a persistent dashboard. If you need to run 8 Claude Code tasks in parallel, use Conductor. If you need to manage ongoing sessions across Claude Code, Aider, and Codex, use Supacode.
Pricing
Supacode is free to download and use. There's no subscription, no freemium tier, and no feature limits. The costs come from the AI tools it manages — each tool (Claude Code, Codex, Aider) has its own API pricing or subscription. Supacode itself adds zero cost on top. Running local models through Ollama-compatible tools means zero API costs entirely.
Pros
- ✓Unified dashboard for managing sessions across Claude Code, Codex, Aider, and other AI CLIs
- ✓Quick-launch templates eliminate repetitive project setup
- ✓Session history with search makes it easy to find past conversations and solutions
- ✓Resource monitoring tracks CPU, memory, and token usage per session
- ✓Native macOS app with menu bar integration, keyboard shortcuts, and Spotlight search
- ✓Conversation view with syntax highlighting is more readable than raw terminal output
- ✓Free with no feature limits or subscriptions
- ✓Template export for sharing configurations with teammates
Cons
- ✗macOS only — no Windows or Linux support
- ✗Requires AI coding CLIs to be installed separately
- ✗Relatively new project with a small community compared to established tools
- ✗Adds a management layer that may feel unnecessary for single-tool, single-project users
- ✗No built-in AI capabilities — depends entirely on the tools it manages
- ✗Template system requires upfront setup time before it saves time
Community & Support
Supacode's community is small but growing, centered around developers who use multiple AI coding tools daily. The project's GitHub repository accepts feature requests and bug reports. A Discord channel provides real-time support and workflow sharing. Because Supacode integrates with multiple AI tools, its users tend to be active in the Claude Code, Aider, and Codex communities as well, cross-pollinating workflow tips and configuration patterns. The developer is responsive to feedback and ships updates frequently.
Frequently Asked Questions about supacode
Our Verdict
Supacode fills a genuine gap for developers who use multiple AI coding tools or manage sessions across multiple projects. The dashboard, templates, and session history turn scattered terminal tabs into an organized workspace. It's most valuable when you're running 3+ concurrent sessions or switching between 4+ projects daily — the management overhead it eliminates is proportional to the number of sessions you juggle. For single-tool, single-project users, a terminal tab is sufficient. The app is well-built (native macOS, fast, unobtrusive) and free, making it a low-risk addition to any AI-heavy development workflow.
About the Author
Related Technologies & Concepts
Related Topics
AI Coding Agent Management
Tools for launching, monitoring, and orchestrating AI-assisted development sessions.
AI Pair Programming Tools
Terminal and GUI tools for AI-assisted code editing and generation.
Sources & References
Fact-CheckedLast verified: May 6, 2026
Key Verified Facts
- Documents Aider as a command-line interface (CLI) tool that allows developers to write and edit code with AI directly in the terminal, contributing to the need for terminal session management.[cite-1]
- Details Anthropic's Claude Code as a terminal-based agentic tool that autonomously writes code and executes commands, representing one of the core CLI agents Supacode integrates.[cite-2]
- Provides official documentation for OpenAI Codex models, which power various CLI-based coding assistants and require terminal environments to execute generated scripts.[cite-3]
- Explains the native macOS Process API (NSTask) used by applications like Supacode to spawn, monitor, and manage background terminal sessions and command-line tools without opening visible Terminal.app windows.[cite-4]
- The official open-source repository for Aider, verifying its status as a heavily used CLI-based AI coding agent that runs as a persistent terminal process.[cite-5]
- 1Aider: AI pair programming in your terminal
Accessed Mar 1, 2026
"Documents Aider as a command-line interface (CLI) tool that allows developers to write and edit code with AI directly in the terminal, contributing to the need for terminal session management."
- 2Claude Code Developer Documentation
Accessed Mar 1, 2026
"Details Anthropic's Claude Code as a terminal-based agentic tool that autonomously writes code and executes commands, representing one of the core CLI agents Supacode integrates."
- 3OpenAI Codex - API Reference
Accessed Mar 1, 2026
"Provides official documentation for OpenAI Codex models, which power various CLI-based coding assistants and require terminal environments to execute generated scripts."
- 4Process - Foundation | Apple Developer Documentation
Accessed Mar 1, 2026
"Explains the native macOS Process API (NSTask) used by applications like Supacode to spawn, monitor, and manage background terminal sessions and command-line tools without opening visible Terminal.app windows."
- 5GitHub - paul-gauthier/aider: aider is AI pair programming in your terminal
Accessed Mar 1, 2026
"The official open-source repository for Aider, verifying its status as a heavily used CLI-based AI coding agent that runs as a persistent terminal process."
- 6GitHub - princeton-nlp/SWE-bench: Benchmark for AI software engineering
Accessed Mar 1, 2026
"The repository for SWE-bench, the standard framework for evaluating terminal-based LLM coding agents, demonstrating the proliferation of autonomous CLI coding tools."
- 7GitHub - supabitapp/supacode
Accessed May 6, 2026
"The official open-source repository for Supacode, the worktree coding agents command center for macOS. Contains source code, releases, and issue tracking."
- 8AI coding assistants are everywhere, but are they actually helpful?
Accessed Mar 1, 2026
"Discusses the fragmented workflows caused by the rapid adoption of multiple AI coding assistants, validating the 'session sprawl' problem that developers face when juggling different tools."
- 9Anthropic's Claude 3.5 Sonnet is a massive leap for AI coding
Accessed Mar 1, 2026
"Highlights the surge in popularity of local CLI coding tools driven by the advanced coding capabilities of models like Claude 3.5 Sonnet."
- 10OpenAI launches Codex, an API for translating natural language into code
Accessed Mar 1, 2026
"Covers the original launch of Codex, establishing the foundational technology that led to the current ecosystem of CLI-based AI coding agents."
- 11Aider LLM Leaderboards
Accessed Mar 1, 2026
"Provides quantitative benchmarks on how different LLMs perform within CLI environments, used by developers to choose which agents to run simultaneously in tools like Supacode."
- 12SWE-bench Leaderboard
Accessed Mar 1, 2026
"Tracks the performance of autonomous AI coding agents on real-world GitHub issues, verifying the existence and competitive benchmarking of the specific agents Supacode manages."
Research queries: Supacode macOS AI coding agent manager 2026 libghostty