How to Install NanoClaw on a Bluehost VPS: Step-by-Step Guide

Quick answer

To install NanoClaw on a Bluehost VPS. Then, connect to your server over SSH, update the operating system and install the required dependencies. After that, run the NanoClaw installation script and configure your API credentials. Lastly, verify that the application is running successfully. A Bluehost VPS provides the dedicated resources, root access and isolated environment needed to deploy NanoClaw reliably.

Running NanoClaw on a Bluehost VPS gives you complete control over your AI automation environment without the resource limitations of shared hosting. With dedicated CPU, RAM and full root access, you can install dependencies, customize your server configuration and keep NanoClaw running continuously for development, testing or production workloads.

This guide walks you through the complete NanoClaw installation process on a Bluehost VPS, from connecting to your server and preparing the operating system to installing NanoClaw, configuring its environment and confirming that your deployment is working correctly.

Before you install NanoClaw on a Bluehost VPS, make sure you have:

• An active Bluehost VPS plan
• Your VPS IP address
• Root or sudo-enabled SSH access
• A terminal app such as Terminal, PowerShell or Windows Terminal
• Docker installed or permission to install Docker
• Your NanoClaw API credentials
• Basic command-line experience

What are the prerequisites for installing NanoClaw? 

Before installing NanoClaw on a Bluehost VPS, make sure your server access and local tools are ready. You need an active Bluehost VPS plan, your VPS IP address, root or sudo-enabled login credentials and a terminal application that supports SSH.

You should also be comfortable running basic command-line commands. The NanoClaw installation process requires you to connect to your VPS, update server packages, install dependencies and run setup commands from the terminal.

NanoClaw installation prerequisites

• Active Bluehost VPS plan: Your VPS should be provisioned and ready to access.
• Server IP address: You need the public IP address assigned to your Bluehost VPS.
• Root or sudo access: You need permission to install packages, update the server and configure services.
• SSH client: Use Terminal on macOS or Linux, or PowerShell, Command Prompt or Windows Terminal on Windows.
• Basic command-line knowledge: You should know how to copy, paste and run commands in a terminal.

Once these prerequisites are ready, the next step is to connect to your Bluehost VPS using SSH.

How to install NanoClaw on a Bluehost VPS?

Installing NanoClaw on a Bluehost VPS involves connecting to your server, preparing the operating system, cloning the official NanoClaw repository, and running the built-in setup wizard. The installer automatically checks your environment, installs required dependencies (when supported), configures Docker, and registers NanoClaw as a background service.

1. Connect to your Bluehost VPS using SSH

Open your terminal and connect to your Bluehost VPS using your server’s public IP address.

ssh username@your_server_ip

Replace username with your Linux user account and your_server_ip with your VPS IP address.

2. Update your server

Before installing new software, update your operating system to ensure you have the latest security patches and package versions.

For Ubuntu or Debian:

sudo apt update && sudo apt upgrade -y

For AlmaLinux, Rocky Linux or CentOS:

sudo yum update -y

3. Clone the official NanoClaw repository

Download the latest NanoClaw source code directly from the official GitHub repository.

git clone https://github.com/nanocoai/nanoclaw.git
cd nanoclaw

4. Start the NanoClaw installer

Run the official installation script.

bash nanoclaw.sh

The installer performs several automated tasks, including:

• Checking your system requirements
• Installing Node.js (if required)
• Installing pnpm
• Installing and configuring Docker (if required)
• Building the NanoClaw container
• Setting up Claude authentication
• Registering NanoClaw as a background service using systemd
• Verifying that the installation completed successfully

Simply follow the prompts displayed by the setup wizard to complete the installation.

5. Complete the setup wizard

During installation, NanoClaw will ask you to:

• Select the standard or advanced setup
• Authenticate with your Claude account or provide an Anthropic API key
• Configure Docker if necessary
• Choose your preferred messaging channels (such as Telegram, WhatsApp or Slack)
• Configure filesystem access
• Register NanoClaw as a background service

After the wizard finishes, NanoClaw automatically starts and is ready to receive requests.

How do you configure NanoClaw after installation? 

After installing NanoClaw, configure it by opening the application’s environment or configuration file, adding the required API key and reviewing the default settings. The exact file name may vary by installation method, but it is usually stored in the NanoClaw application directory.

Most NanoClaw settings can remain unchanged for a basic setup. However, your API key must be added correctly so NanoClaw can connect to the required AI service and run automation tasks.

NanoClaw configuration steps

• Open the NanoClaw application directory: Locate the folder where NanoClaw was installed.
• Find the configuration file: Look for the environment or settings file created during installation.
• Add your API key: Paste your API key into the required field without extra spaces.
• Review default settings: Check ports, service names and runtime options if your setup requires changes.
• Save the file and restart NanoClaw: Restart the application so the new configuration takes effect.

Configuring NanoClaw on a Bluehost VPS gives you control over API credentials, runtime settings and server-level customization. This is one of the main advantages of running NanoClaw in a self-managed VPS environment.

Why is Bluehost VPS a good choice for tools like NanoClaw? 

NanoClaw is designed to run continuously, making a VPS a better deployment option than a personal computer that can shut down, disconnect or lose network access. Bluehost VPS provides the dedicated resources, full root access and persistent server environment needed to keep NanoClaw workflows running reliably around the clock.

Benefits of running NanoClaw on Bluehost VPS

• Always-on environment: Keep NanoClaw agents, scheduled jobs and automation workflows running 24/7 without depending on your local machine.
• Full root access: Install Docker, configure dependencies, customize runtime settings and manage your server without platform restrictions.
• Dedicated CPU and RAM: Your NanoClaw deployment runs on isolated resources, helping maintain consistent performance as workflows grow.
• High-speed NVMe storage: Fast storage improves responsiveness for configuration files, logs, SQLite databases and other disk-intensive operations.
• Docker-ready infrastructure: Bluehost VPS provides a container-friendly environment for deploying and managing NanoClaw securely.
• Scalable resources: Increase CPU, memory and NVMe storage as your automation workloads expand, without rebuilding your deployment.

Unlike shared hosting, a self-managed Bluehost VPS gives you complete control over the operating system, software stack and security configuration. This flexibility makes it an ideal environment for developers, AI builders and technical teams deploying NanoClaw in production.

Your server is no longer just infrastructure

Your server is no longer just infrastructure

Installing NanoClaw on a Bluehost VPS turns your server into a dedicated automation environment. You have connected to your VPS, prepared the system, installed NanoClaw, configured your API credentials and reviewed why a self-managed VPS is a strong fit for always-on AI workflows.

That matters because NanoClaw is not just another application you install and forget. It depends on a stable environment where agents can run, tasks can stay active and configurations can evolve with your projects. With Bluehost VPS, you get the root access, dedicated resources, NVMe storage and container-ready flexibility needed to support that kind of workflow.

The real value begins after installation. Once NanoClaw is running, your next question is not only “What can I automate?” It is “What should keep working for me even when I am offline?”

FAQs