Setting up an AI assistant on your homelab gives you the ultimate combination — hardware you own, always-on availability, no cloud costs, and complete data privacy. This live workshop shows you how to do it with OpenClaw and Docker Model Runner in 4 hours.
By Packt Publishing · Refunds up to 10 days before
A homelab AI assistant setup combines the best of local AI — privacy, no ongoing costs, full control — with the always-on reliability of server hardware. This workshop shows you how to configure OpenClaw and Docker Model Runner for stable homelab operation.
OpenClaw is the open-source personal AI assistant that went viral in early 2026 with 200K+ GitHub stars. It runs on your own devices and connects to WhatsApp, Telegram, Slack and more. No subscription. No data leaving your machine.
Docker Model Runner is Docker's native feature for running large language models locally on your machine. It gives you an OpenAI-compatible API that OpenClaw uses as its AI brain — complete data privacy, no cloud costs.
OpenClaw gives you the assistant interface and messaging integrations. Docker Model Runner gives you the AI brain running privately on your machine. Together they create a production grade private AI assistant you fully own.
Setting this up from scattered documentation takes days of debugging. This live workshop gives you a complete guided build in 4 hours with a live instructor answering your questions. Packt has delivered 108 workshops worldwide.
Six modules. Four hours. One working private AI assistant by the time you finish.
Understand the Gateway, channels, and skills architecture. Set up and configure OpenClaw locally from scratch.
Run and manage local LLMs using Docker Model Runner. Pull models, configure memory, and understand the OpenAI-compatible API.
Configure DM pairing, allowlists, sandbox mode, and proper access controls for your local AI deployment.
Deploy your AI assistant to real messaging platforms without sending data to any third party cloud service.
Design an extensible assistant architecture. Add skills, configure personality, and set up proactive automation.
Deploy your OpenClaw and Docker setup to a VPS for always-on availability running 24 hours a day.
Concrete working deliverables — not just theory.
A fully functional local AI assistant running on your machine
Docker Model Runner configured with your chosen LLM model
OpenClaw connected to WhatsApp or Telegram
Security and privacy configuration you can trust
A reusable architecture for future AI assistant projects
Certificate of completion from Packt Publishing
Rami Krispin deploys AI assistants on homelab and server hardware with Docker.
Rami is a Senior Manager of Data Science and Engineering, Docker Captain, and LinkedIn Learning Instructor with deep expertise in building and deploying production AI systems. He guides you step by step from a blank terminal to a fully deployed private AI assistant — answering your questions live throughout the 4-hour session.
You do not need to be an expert. You do need the basics.
Common questions about the workshop, what to expect, and how to prepare.
For a homelab AI assistant setup, any machine with 16GB RAM or more works well. Mini PCs like the Intel NUC, Beelink, or similar compact devices are popular homelab AI choices for their low power consumption and always-on capability. Older workstation hardware with 32GB+ RAM allows for larger, higher quality models.
The workshop focuses on WhatsApp and Telegram as the interface — these platforms provide secure remote access without requiring you to expose your homelab network to the internet. For direct access, the instructor briefly covers reverse proxy options during the deployment module.
Ubuntu Server or Debian are popular choices for Linux homelab AI assistant setups. For Mac Mini or Intel NUC running macOS or Windows, Docker Desktop provides a straightforward setup path. The workshop covers Docker configuration for both Linux servers and desktop operating systems.
Yes. OpenClaw's skills system can be extended to interact with other homelab services through Python-based skills. The instructor covers the skills architecture so you can build integrations with your existing homelab after the workshop.
Allocate at least 10GB RAM for Docker Model Runner with a 7B parameter model plus system overhead. On a homelab machine with 16GB total RAM this leaves about 6GB for the OS and other services. With 32GB RAM you can run larger models comfortably alongside other homelab services.
Inference can briefly spike CPU and memory usage. On dedicated homelab hardware this typically does not impact other services significantly. The instructor covers resource limit configuration for Docker Model Runner so inference does not starve other homelab services of resources.
4 hours. Live instructor. AI assistant running on your homelab by the end. Seats are limited.
Register Now →Sunday April 26 · 9am to 1pm EDT · Online · Packt Publishing