👋 Wanna Learn how to Install Open Claw?
Learn how to install Open Claw on your Device
FULL INTERACTIVE GUIDE AT BOTTOM OF PAGE
Before proceeding with the installation, it is critical to confirm that your hardware and software environment meet the necessary baseline requirements. Ensure your system is running a supported operating system, such as Windows 10 or 11, macOS 12 Monterey or newer, or a modern Linux distribution like Ubuntu 20.04 or later. Although an automated script will manage the installation of specific libraries and dependencies, a stable high-speed internet connection is required to fetch these components from remote repositories. Furthermore, you must have administrative or root privileges to modify system directories and register new services during the setup process.
•Check your operating system version to ensure it meets the minimum supported release.
•Verify that you are logged into an account with administrator or sudo privileges.
•Perform a connection test to ensure the system can reach external package repositories.
•Confirm that at least 5GB of free disk space is available for the installation files.
•Review any active firewall or antivirus settings that might block the automated script execution.
To begin the installation process, you must access your computer's Command Line Interface (CLI), which allows you to execute text-based commands directly. For macOS users, use Spotlight Search (Cmd + Space) to find 'Terminal'. Linux users can typically press Ctrl + Alt + T or locate 'Terminal' in their applications menu. Windows users are strongly advised to use 'Windows PowerShell' or 'Command Prompt' with elevated privileges by right-clicking the application icon and selecting 'Run as Administrator' to ensure all subsequent installation commands have the necessary system permissions.
•Identify the specific command-line tool compatible with your operating system (Terminal for macOS/Linux, PowerShell for Windows).
•Search for the application using your system's search bar or designated keyboard shortcuts.
•Right-click the application icon and select 'Run as Administrator' if you are on a Windows machine to grant administrative privileges.
•Confirm the terminal window has opened and displays a blinking cursor or command prompt indicating it is ready for input.
To initiate the automated installation process, execute the provided cURL command in your system's terminal. This script downloads and pipes the installer directly into the Bash shell, where it performs an environment audit to identify your OS architecture. It then proceeds to fetch required libraries, verify cryptographic signatures for security, and configure system paths. Ensure you have an active internet connection and sufficient administrative privileges, as the script may prompt for a password to install core dependencies.
•Open the Terminal application or command-line interface appropriate for your operating system.
•Copy the specialized cURL command string from the documentation to your clipboard.
•Paste the command into your terminal window and press the 'Enter' key to begin execution.
•Monitor the terminal output for sudo or password prompts and enter your credentials if required.
•Verify that the script finishes with a confirmation message indicating a successful installation.
After the installation process concludes, the system will automatically launch an interactive configuration wizard within your terminal environment. This secure interface facilitates the integration of your preferred Large Language Model (LLM) providers, including OpenAI, Anthropic (Claude), Google (Gemini), and MiniMax. You will be prompted to enter your unique API credentials for each service you intend to use. To ensure maximum security, all keys are processed through an AES encryption layer before being stored strictly in a local configuration file on your machine, ensuring that your sensitive data remains private and is never uploaded to any cloud infrastructure or external servers.
•Locate your API keys from the respective provider dashboards such as the OpenAI Platform or Anthropic Console.
•Paste each API key into the terminal prompt when requested by the setup wizard.
•Press Enter to skip any optional providers you do not wish to configure at this time.
•Confirm the wizard successfully validates and encrypts your credentials locally.
•Wait for the Configuration Complete message before closing the terminal window.
In this final configuration phase, you will calibrate OpenClaw's core operational parameters to align with your hardware capabilities and organizational data policies. This process involves designating your primary Large Language Model (LLM) for routine tasks and establishing secure local or cloud-based directories for workspace persistence. Fine-tuning these preferences ensures optimal performance and seamless integration into your existing development environment.
•Choose your preferred default AI model from the dropdown menu to prioritize either speed or reasoning depth.
•Define the local directory path where project metadata and generated assets will be securely stored.
•Adjust the auto-save frequency and cache management settings to optimize system resource usage.
•Review and toggle telemetry options and data sharing preferences based on your privacy requirements.
•Click the Finish or Complete Setup button to initialize the workspace with your customized configuration.
Once you have finalized the environment configuration, initiate the OpenClaw service by executing the designated startup command in your terminal. This process initializes core engine modules and establishes necessary background listeners. Monitor the terminal output closely for initialization logs and verify the presence of a success confirmation message to ensure the application is fully operational and ready for use.
•Open the terminal window or command-line interface used during the configuration process.
•Input the launch command specified by the installer, usually 'openclaw start', into the prompt.
•Execute the command by pressing the 'Enter' key and wait for the system to process the request.
•Monitor the real-time log output for any potential initialization errors or dependency issues.
•Verify the appearance of a success message confirming that the OpenClaw service is active.
Carefully examine the initialization logs and system console output to confirm that every required module and secondary dependency has reached an 'Active' or 'Ready' state without errors. Once the core environment is validated, proceed with the installation of any system-prompted performance enhancements or optional feature extensions. This proactive verification phase minimizes the risk of runtime exceptions and ensures the platform is tuned for peak efficiency and comprehensive functionality.
•Audit the startup console logs for any 'Warning' or 'Failure' status indicators and resolve identified issues.
•Run a system-wide diagnostic check to verify that all integrated modules are communicating effectively.
•Install recommended performance optimization patches to align software resource usage with available hardware.
•Select and configure optional feature extensions to enable advanced user capabilities and specialized tools.
•Conduct a final validation test to ensure the system meets the required latency and throughput benchmarks.
Encountering hurdles during setup is common; systematic verification can quickly resolve most deployment failures or launch errors. Start by confirming a stable internet connection and checking that your API credentials have the necessary permissions and have not expired. If the bot crashes on startup, examine the terminal output for stack traces or specific error codes, which can then be cross-referenced with the platform-specific FAQ for targeted resolutions. Additionally, keeping your software current by re-running the installation script ensures you have the latest stability patches and features.
•Verify network connectivity and ensure no firewall or VPN is blocking the bot's communication with external APIs.
•Double-check API key validity by testing them in a sandbox environment or confirming they are correctly entered in the configuration file.
•Scan local log files or terminal logs for specific error messages and search the official FAQ documentation for matching error codes.
•Re-run the one-click installation command to pull the latest updates and repair potentially corrupted files.
•Restart the host environment or terminal session to clear any hung processes or stale environment variables.
ClawdBot Installation Checklist and Common Errors Guide
• Ensure operating system is up to date (macOS, Linux, or Windows WSL2 recommended).
• Install Node.js version 22 or higher using nvm.
• Verify Node installation with: node -v
• Install Python 3.11 and developer tools.
• Install Docker Desktop and ensure it is running.
• Install Git.
• Ensure ports 18789–18800 are free.
• Create API keys (Anthropic, OpenAI, or Gemini).
• Store API keys in environment variables.
• Install ClawdBot using the official installer.
• Restart terminal after install.
• Run clawdbot doctor to verify installation.
• Start gateway using clawdbot gateway start.
• Pair gateway using pairing token.
• Test with clawdbot status.
• Check logs if errors occur.
• Enable firewall exceptions if needed.
• Verify Docker containers are running.
• Backup config file.
• Update ClawdBot regularly.
• command not found: clawdbot
• Node.js version too old
• Permission denied during npm install
• Invalid configuration file
• Port already in use
• Gateway token mismatch
• Docker not found
• Python dependency build failures
• Python version incompatibility
• API authentication failure
• Outdated system packages
• Gateway service won’t start
• Missing model credentials
• Environment variables not loaded
• Firewall blocking gateway
• WhatsApp/Telegram pairing fails
• Discord bot intent not enabled
• Token scope insufficient
• Docker networking conflict
• OS version incompatibility
• Service installs but doesn’t respond
• Gateway pairing failed
• PATH conflicts
• Installer hangs or fails silently