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Deploy OpenClaw in a macOS VM on Apple Silicon ​

An OpenClaw macOS VM gives you a clean place to run the OpenClaw Gateway without installing it into your everyday Mac account. Kyvenza creates a separate macOS arm64 guest on Apple Silicon; after the guest is running, you install OpenClaw inside that VM the same way you would on a small secondary Mac.

This workflow is for local evaluation, macOS-specific OpenClaw testing, and safer experiments with agent tools. It is not a replacement for a real always-on server, and it does not make unsafe OpenClaw configuration choices safe by itself.

When an OpenClaw macOS VM fits ​

Use a Kyvenza macOS VM for OpenClaw when you want the agent runtime close to your Mac workflow but away from your main home directory.

It is a good fit when:

  • You want to test OpenClaw before installing it on your host Mac.
  • You need macOS as the guest OS, not Linux, because you are checking launchd behavior, macOS browser flows, or other macOS-specific setup details.
  • You want a disposable environment for provider keys, channel tokens, OpenClaw logs, and workspace files.
  • You want to keep your host SSH keys, browser profile, documents, and work projects out of reach unless you explicitly share a folder.

Use the Linux ARM VM OpenClaw guide instead when you want the setup to behave like a small Linux server or when you want OpenClaw's Docker deployment path. Docker Desktop inside a macOS guest depends on nested virtualization, which Kyvenza does not support.

Requirements ​

On the Mac host:

  • An Apple Silicon Mac running macOS 14.0 Sonoma or later.
  • Kyvenza installed and past first-run onboarding. See Install Kyvenza and System requirements.
  • Enough free disk space for the macOS restore image, the VM disk, OpenClaw state, logs, and any files the agent will work with.
  • A Kyvenza entitlement. The Free tier allows up to three VMs; Pro removes that VM count limit. See Licensing.

Inside the macOS guest:

  • Internet access.
  • An administrator account for the first install.
  • A model provider account or subscription that OpenClaw supports.
  • Node 24, or Node 22.19 or later, if you install OpenClaw manually. OpenClaw's installer can handle Node setup for the recommended path.

Before changing install commands, check OpenClaw's official Getting started, Install, and GitHub README. OpenClaw changes faster than Kyvenza's VM workflow.

Create the macOS VM in Kyvenza ​

  1. Open Kyvenza.
  2. Click New VM.
  3. Choose macOS as the guest type.
  4. Name the VM something specific, such as openclaw-macos.
  5. Start with at least 4 vCPUs, 8192 MB of memory, and 128 GB of disk if your Mac has enough headroom. Smaller values can boot macOS, but OpenClaw, browser caches, package installs, and logs need room.
  6. Leave shared folders empty for the first pass. Add a narrow shared folder later only after you know exactly what the agent should read or write.
  7. Review the configuration and click Create VM.

Kyvenza downloads the latest supported macOS IPSW automatically and creates the VM with the bundled Lume backend. The download can take a while, especially on the first macOS VM.

Start the VM, open the console, and complete macOS Setup Assistant in the guest. You do not need to sign in with your primary Apple ID for the basic OpenClaw Gateway path. If you later connect iMessage, iCloud, or other account-backed services, do that deliberately inside the VM and treat the guest as a separate Mac.

For the general VM workflow, read Create your first VM, Managing VMs, and Importing images.

Prepare the macOS guest ​

After the guest reaches the desktop, open Terminal inside the VM and confirm the basics:

bash
sw_vers
curl --version

Install any macOS updates you want before installing OpenClaw. This keeps the VM image easier to clone or reuse later.

If you plan to test OpenClaw with real accounts, consider creating a separate macOS user inside the guest for OpenClaw work. The VM already separates OpenClaw from the host Mac; a dedicated guest user gives you another simple boundary between setup experiments and other files in the guest.

Deploy OpenClaw in the macOS VM ​

Use OpenClaw's installer from Terminal inside the macOS guest:

bash
curl -fsSL https://openclaw.ai/install.sh | bash

Then run onboarding and install the Gateway daemon:

bash
openclaw onboard --install-daemon

The onboarding flow asks for model provider configuration and writes OpenClaw's local state inside the guest. On macOS, the daemon path uses launchd, so the Gateway can keep running after the terminal closes while the VM is booted.

Verify the install:

bash
openclaw --version
openclaw doctor
openclaw gateway status

Open the dashboard from inside the VM first:

bash
openclaw dashboard

The Gateway normally listens on port 18789. Remember that 127.0.0.1 inside the VM is the guest, not your host Mac. If you need to reach the dashboard from the host, use OpenClaw's documented remote-access flow or an SSH tunnel after enabling Remote Login inside the guest:

bash
ssh -N -L 18789:127.0.0.1:18789 <guest-user>@<guest-ip>

Then open http://127.0.0.1:18789/ on the machine that created the tunnel. Do not expose the Gateway broadly on your network until you have read OpenClaw's security guide.

Keep the OpenClaw macOS VM isolated ​

In OpenClaw's own docs, "host access" means the machine where the Gateway and tools run. In this setup, that host is the macOS guest. OpenClaw can work with files, shells, browser sessions, and credentials inside the VM, but it cannot read your host Mac's files unless you create a bridge.

Use that boundary intentionally:

  • Do not share your host home directory with the VM.
  • Do not share ~/.ssh, browser profile folders, password-manager exports, client folders, or private source trees.
  • If you need file exchange, create a small folder such as ~/Kyvenza-OpenClaw-Exchange and share only that folder.
  • Prefer read-only shared folders when OpenClaw only needs to inspect files.
  • Keep provider keys and channel tokens scoped to the test you are running.
  • Run openclaw doctor after changing channels, authentication, remote access, or sandbox settings.

If you later enable OpenClaw's own sandbox features, treat them as defense in depth inside the guest. The Kyvenza boundary is still the VM boundary, not a substitute for OpenClaw's channel allowlists, pairing policies, and tool permissions.

What Kyvenza does not support ​

Kyvenza runs native arm64 guests on Apple Silicon. For this OpenClaw macOS VM workflow, keep these limits in mind:

  • Windows on ARM is not supported.
  • x86_64 guest operating systems are not supported.
  • Intel Macs are not supported.
  • Nested virtualization is not supported, so do not plan around Docker Desktop inside a macOS VM.
  • GPU passthrough is not supported.
  • Kyvenza uses its bundled Lume backend and ignores a system-installed Lume.
  • The VM is local to your Mac. If the Mac sleeps, shuts down, loses network access, or Kyvenza stops the VM, OpenClaw inside the guest is affected.

Some OpenClaw companion features may also require macOS permissions, account sign-in, or device pairing inside the guest. Configure those in the VM, not on the host, if your goal is isolation.

How it compares ​

Running OpenClaw directly on your host Mac is the fastest path, but it puts the Gateway, daemon, tools, logs, credentials, and workspaces in your main account. That may be fine for a trusted personal setup. It is a poor first move if you are still learning how OpenClaw behaves with channels, tools, and inbound messages.

A Kyvenza macOS VM is slower to set up, but the cleanup story is clear: stop the VM, clone it before risky changes if you have Pro, or delete it when the experiment is over. It is also the better local choice when you specifically need macOS behavior.

A Kyvenza Linux ARM VM is usually the better fit for server-like OpenClaw deployments, package isolation, and Docker-based OpenClaw setups. A VPS or dedicated machine is still the right fit when OpenClaw must run 24/7 while your Mac is asleep or away from the network.

Troubleshooting ​

Kyvenza spends a long time downloading the restore image ​

The first macOS VM needs a supported IPSW restore image. Leave Kyvenza open and keep the Mac awake until the download and creation step finishes. If it fails, check available disk space and then open Diagnostics & Troubleshooting.

OpenClaw is installed but the command is not found ​

Check the guest's Node and package paths:

bash
node --version
npm prefix -g
echo "$PATH"

If the global npm bin directory is missing from PATH, add it to ~/.zshrc, open a new Terminal window, and retry openclaw --version.

The Gateway is not running ​

Run the local checks inside the VM:

bash
openclaw doctor
openclaw gateway status

If onboarding did not finish cleanly, rerun:

bash
openclaw onboard --install-daemon

The dashboard opens in the wrong place ​

Run openclaw dashboard inside the macOS guest and use the guest browser for the first test. If you open 127.0.0.1:18789 on the host Mac without a tunnel or remote-access setup, you are looking at the host's loopback address, not the guest's.

A shared folder exposes more than expected ​

Stop the VM, remove the shared folder from the VM configuration, and start again. Create a smaller exchange folder and share only that path. If the folder only needs to be read by OpenClaw, mark it read-only in Kyvenza.

The VM feels too small after OpenClaw is installed ​

Shut down the guest and increase CPU, memory, or disk in Kyvenza while the VM is stopped. OpenClaw can accumulate logs, package state, browser data, and workspace files over time, so disk pressure is common in small test VMs.

Next steps ​

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