How to Use Claude Code’s New Computer Use Feature: Complete CLI Tutorial for 2026

Mastering Claude Code’s Revolutionary ‘Computer Use’ Feature: A Comprehensive Tutorial

In Q1 2026, Anthropic launched a groundbreaking update to Claude Code—its AI programming assistant—introducing the highly anticipated ‘Computer Use’ feature. This enhancement allows Claude to directly interact with your local machine, opening native applications, clicking through graphical user interfaces (GUIs), and making code changes from the command line interface (CLI). This tutorial provides an exhaustive exploration of this powerful capability, offering deep technical insights, detailed workflows, troubleshooting strategies, and advanced configuration options.

Introduction to Claude Code’s ‘Computer Use’ Feature

Before this update, Claude Code primarily functioned as a language model AI that could generate and explain code, debug, and simulate CLI commands virtually. With ‘Computer Use,’ Claude now bridges the gap between AI-generated instructions and real-world execution on your actual system. This means Claude can:

• Open and control native applications (e.g., text editors, browsers, terminals).
• Navigate GUIs by clicking buttons, menus, and form elements.
• Execute and test code changes directly from your terminal.

This capability is powered by a secure, sandboxed interface that allows Claude to interact with the OS environment while maintaining strict user control and security boundaries.

Technical Architecture Overview

The ‘Computer Use’ feature integrates with your OS via a specialized agent—a lightweight daemon—that listens for Claude’s commands over a secured IPC (Inter-Process Communication) channel. This agent translates AI instructions into executable system calls and GUI automation commands.

• Agent Daemon: Runs locally, mediates between Claude and system APIs.
• Command Parser: Converts natural language commands into actionable system instructions.
• GUI Automation Layer: Utilizes OS-native frameworks (e.g., AppleScript on macOS, UI Automation on Windows, and xdotool on Linux) to perform clicks, keystrokes, and window management.
• CLI Command Executor: Runs shell commands and scripts with sandboxed privilege controls.

This modular architecture ensures flexibility across platforms and strong security isolation.

Getting Started: Installation and Setup

To unlock the ‘Computer Use’ feature, you must install the latest Claude Code CLI client and its associated system agent. Let’s walk through the setup process step-by-step.

Step 1: Install the Latest Claude Code CLI

Ensure you have Node.js v20+ and Python 3.11+ installed, as they are prerequisites.

# Install Claude Code CLI globally via npm
npm install -g claude-code-cli@latest

Verify installation:

claude-code --version
# Should output: 1.5.0 or later

Step 2: Install the Computer Use Agent

The agent is platform-specific. Use the appropriate installer below.

• macOS:

# Download and install the macOS agent
curl -O https://downloads.anthropic.com/claude-computer-use-agent-macos.dmg
sudo hdiutil attach claude-computer-use-agent-macos.dmg
sudo cp -r /Volumes/ClaudeAgent/ClaudeAgent.app /Applications/
sudo /Applications/ClaudeAgent.app/Contents/MacOS/install.sh

• Windows:

# Download and run the Windows installer
Invoke-WebRequest https://downloads.anthropic.com/claude-computer-use-agent-win.exe -OutFile claude-agent.exe
.\claude-agent.exe /S

• Linux (Ubuntu/Debian):

# Download and install .deb package
wget https://downloads.anthropic.com/claude-computer-use-agent-linux.deb
sudo dpkg -i claude-computer-use-agent-linux.deb
sudo systemctl enable claude-agent
sudo systemctl start claude-agent

Step 3: Authenticate Claude with Your Machine

For security, Claude requires explicit user authentication before controlling your system.

claude-code auth login
# Follow the prompted OAuth flow to grant permissions

Once authenticated, verify agent connectivity:

claude-code agent status
# Expected output: Agent is running and connected

Step 4: Enable Computer Use Mode

Activate the feature globally or per session in the CLI.

claude-code config set computerUse true
# or for a single session
claude-code --computer-use

Now Claude can receive commands that interact with your system.

How Claude Opens Native Applications and Navigates the UI

Launching Applications via Command

Claude can open any installed application by its system-recognized name or executable path. For example, to open VS Code:

claude-code "Open Visual Studio Code"

This command is translated into a system-level call:

• macOS: open -a "Visual Studio Code"
• Windows: start code
• Linux: code &

Interacting with UI Elements

Claude employs GUI automation bindings to simulate user interactions. It can click buttons, fill out form fields, select menus, and scroll pages. For example, to open the “Settings” menu in a native app:

claude-code "Click the Settings menu in Visual Studio Code"

The system agent queries window handles and UI element trees, identifies the target element by label or position, and performs the click event. This process leverages OS accessibility APIs:

• macOS: Accessibility Inspector and AppleScript
• Windows: UI Automation (UIA) framework
• Linux: AT-SPI and xdotool

Example CLI command for macOS AppleScript execution:

osascript -e 'tell application "System Events" to click menu item "Settings" of menu "Code" of menu bar 1 of application process "Visual Studio Code"'

Complex GUI Navigation Example

Imagine automating a multi-step workflow: opening a browser, navigating to a URL, logging in, and opening developer tools.

claude-code <

claude-code <

nano src/main.py
# User or agent edits file as per Claude's instructions
pytest tests/

claude-code run "git status"
claude-code run "npm install && npm test"

claude-code run "git checkout feature-branch && code src/feature.js"

claude-code <

{
  "openSlack": {
    "mac": "open -a Slack",
    "win": "start slack",
    "linux": "slack &"
  },
  "runTests": {
    "all": "pytest tests/ --maxfail=3 --disable-warnings"
  }
}

claude-code config import custom-commands.json

claude-code run "openSlack"
claude-code run "runTests"

{
  "uiTimeout": 8000,
  "maxRetries": 3,
  "logLevel": "debug",
  "restrictedCommands": ["rm -rf /", "shutdown"]
}

# Example GitHub Actions step
- name: Run Claude automated tests
  run: |
    claude-code auth login --token ${{ secrets.CLAUDE_TOKEN }}
    claude-code run "pytest --maxfail=1 --disable-warnings"

claude-code <