Run Your Own AI Employee 24/7 with OpenClaw (100% Local)

OpenClaw Setup & Deployment: Local, Cloud & No-Code Options

Key Concepts:

• OpenClaw: An AI agent capable of automating tasks (email management, calendar scheduling, flight check-ins) via chat interfaces like Telegram, Slack, Discord, and WhatsApp.
• Olama: A framework for running Large Language Models (LLMs) locally, enabling OpenClaw to function without relying on external APIs like OpenAI.
• VPS (Virtual Private Server): A virtualized server environment hosted by a provider like Hostinger, used for running OpenClaw remotely.
• SSH Tunneling: A secure method for accessing a remote server (like a VPS) from a local machine.
• Systemd: A system and service manager for Linux operating systems, used to ensure OpenClaw automatically restarts after system reboots.
• Bot Token: A unique identifier used to authenticate and control a Telegram bot.
• HostAA Bot: A fully managed platform for deploying and running AI bots with a no-code setup.

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1. Introduction & OpenClaw Capabilities

The video details how to deploy and run OpenClaw, an AI agent, 24/7 on various platforms: a local computer, a cloud server (VPS), and a fully managed no-code platform. OpenClaw can automate tasks such as inbox clearing, email sending, calendar management, and flight check-ins, all accessible through common chat applications. The presenter emphasizes the ability to run OpenClaw for free using Olama, a local LLM framework.

2. Local Computer Setup (Free)

This section outlines a five-step process for running OpenClaw on a local computer. It's recommended to use a dedicated machine (like a Mac Mini or DGX Spark) for optimal performance.

• Step 1: User Creation: The presenter demonstrates creating a new user ("openclaw") on the system using terminal commands ( sudo su, adduser openclaw).
• Step 2: Package Installation: Required packages (Node.js, Python) are installed using a single command.
• Step 3: OpenClaw Installation: OpenClaw is installed using npm install openclaw latest. A systemd service configuration is then applied to ensure OpenClaw automatically restarts after system reboots. The command for this configuration is provided.
• Step 4: Olama Installation: Olama is installed to enable local LLM processing. The presenter downloads the "Ministral 3 3B" model using Olama commands.
• Step 5: Connecting to OpenClaw: An SSH tunnel is established to access OpenClaw running on the local machine from another computer. The presenter provides the command for creating the tunnel, emphasizing the need to replace the placeholder IP address with the actual server IP. The OpenClaw dashboard URL is then accessed via a local web browser.

Quote: "…to constantly enable to automatically make the open close start by itself, we need to write a config. So that's called system MD service." – highlighting the importance of systemd for persistent operation.

3. Cloud Server (VPS) Deployment – Hostinger Example

This section demonstrates deploying OpenClaw on a remote server using Hostinger's VPS hosting. The process mirrors the local setup, with the key difference being the remote server environment.

• The presenter logs into the Hostinger VPS via SSH.
• The same five steps (user creation, package installation, OpenClaw installation, Olama installation, connecting via SSH tunnel) are followed.
• The crucial adjustment is replacing the local IP address in the SSH tunnel command with the VPS's public IP address.
• The presenter stresses the importance of choosing a VPS specification appropriate for the LLM model being used (larger models require more resources).

4. No-Code Deployment – HostAA Bot

This section introduces HostAA Bot, a fully managed platform that simplifies OpenClaw deployment. It requires only three steps:

• Step 1: Sign in with Google.
• Step 2: Connect to your bot. (This involves pasting the Telegram bot token obtained from BotFather).
• Step 3: Your AI bot goes live.

The presenter demonstrates the process, highlighting the ease of use and the immediate availability of a functional bot. The platform handles all the underlying infrastructure and configuration.

Quote: "…your aa bot live in less than 60 seconds. As simple as that." – emphasizing the speed and simplicity of the no-code approach.

5. Telegram Bot Setup & Verification

Regardless of the deployment method, the presenter demonstrates setting up a Telegram bot using BotFather.

• A new bot is created using the /newbot command.
• The bot's token is obtained from BotFather and used to configure OpenClaw.
• The presenter verifies the bot's functionality by sending a "hi" message and receiving a response, demonstrating successful integration.

6. Technical Details & Terminology

• IP Address: A unique numerical identifier assigned to a device on a network (e.g., 192.168.x.x for local networks, a public IP for remote servers).
• Terminal: A command-line interface for interacting with the operating system.
• SSH (Secure Shell): A cryptographic network protocol for secure remote access to a computer.
• npm (Node Package Manager): A package manager for JavaScript, used to install OpenClaw.
• BotFather: A Telegram bot used to create and manage other bots.
• API Key: A unique identifier used to authenticate and authorize access to an API (e.g., OpenAI API).

7. Data & Statistics

While no specific data or statistics are presented, the presenter implies that running OpenClaw locally with Olama is a cost-effective solution, avoiding API usage fees from services like OpenAI. The choice of VPS specifications is linked to the size of the LLM model being used, suggesting a correlation between model size and resource requirements.

8. Conclusion & Call to Action

The video provides a comprehensive guide to deploying OpenClaw using three distinct methods, catering to varying levels of technical expertise. The presenter encourages viewers to experiment with the different options and share their feedback in the comments. He also recommends watching a separate beginner's setup video for further guidance. The main takeaway is that OpenClaw offers a powerful automation solution accessible to anyone, regardless of their technical skills, with the potential to operate as a 24/7 "AI employee."