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How to Assemble a Multi-Machine Local AI Fleet

Build your own local AI hardware setup by choosing the right machines (Mac, DGX, custom PC) and connecting them with Tailscale and an AI agent like OpenClaw for automated model deployment across your network.

How to Assemble a Multi-Machine Local AI Fleet

From 13:24 to 20:41, Alex Finn connects local machines with Tailscale, has an agent select and install suitable models, and shows the fleet control dashboard. Clip range: 13:24 to 20:41.

Before you start

What you need

  • Mac Studio, DGX Spark, or Nvidia GPU workstation hardware
  • Tailscale accounts installed on all machines
  • OpenClaw or Hermes multi-agent framework
  • SSH or remote administration permission for each machine
  • Model storage capacity and intended workload decision

What you’ll make

A connected local AI fleet with centrally managed model deployments across multiple machines.

Tools used

Step by step

The workflow

Follow the sequence once, then adapt the prompts, checks, and handoffs to your own setup.

4 steps

Step01

Choose Your Hardware

Select machines based on the tradeoff between memory and speed. A Mac Studio with high unified memory can run very large models but with slower response times. A DGX Spark offers a balance for midsize models that need more speed. A custom Nvidia build, like one with an RTX 5090, delivers high-speed inference but is limited to smaller models.

Step02

Create a Private Network with Tailscale

Install Tailscale on all your machines. This creates a virtual private network that allows them to communicate securely, making them accessible to each other and to you from anywhere.

Step03

Deploy an 'AI IT Guy' Agent

Choose a multi-agent framework like OpenClaw or Hermes to act as the central controller for your fleet. The agent is responsible for inspecting hardware, selecting and installing appropriate models, and coordinating work across all connected machines.

Step04

Instruct the Agent to Deploy Models

Use a natural language command to instruct your agent to configure a new machine on the network. The agent should connect to the machine over Tailscale, inspect its hardware, select a model that fits its capabilities, and then handle the complete installation and setup.

Example prompt
Hey, OpenClaw, check out the new Mac Studio I just bought. See what the hardware is, find an appropriate model for my use cases, and load it up.

What good looks like

  • All machines appear on the Tailscale network
  • Central agent can inspect hardware specifications remotely
  • Selected models fit within each machine's available memory
  • Inference services start successfully on deployed machines

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After the steps

Runbook notes

How to recover when the loop fails and where human judgment helps.

Recover

If it goes sideways

Agent deploys a model larger than available GPU or unified memory
Add hardware memory checks before model installation
Tailscale nodes cannot communicate across the network
Verify node authorization and firewall rules
Model downloads fail due to insufficient storage
Free disk space or redirect model storage to a larger volume

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