Orchestration Layer + Dedicated macOS Computing

Chain triggers, routing, execution, and callbacks into an auditable pipeline; computing runs on data center Macs without entangling your local environment.

module.gateway

Agents & Gateway

Manage multi-channel, multi-agent bindings and routing via Gateway; node pairing, pending/approve flows, and other processes run natively on macOS.

platform.macos

Why Real Mac

Xcode builds, signing, Simulator, and certain agent toolchains require macOS. Cloud hosts provide predictable, dedicated computing with a fixed egress.

topology.split

Division of Work with Local Machine

Local machine handles orchestration and triggering; data center Mac handles builds, daemon persistence, and channel callbacks. Certificates and local state remain on the dedicated node.

When running OpenClaw on Kvmjet Macs, these are usually the deciding factors

Bare-metal isolation, fixed egress, and multi-region deployment let Gateway and execution nodes be placed per scenario.

isolation.bare_metal

Bare-Metal Isolation

Entire Mac mini is dedicated — certificates, daemons, and local state don't interfere with other tenants.

network.ipv4

Dedicated IPv4 Egress

Webhook, Telegram/Discord callbacks, and cross-region pulls travel on dedicated lines for more predictable latency.

region.multi

Multi-Region Deployment

Gateway and execution nodes can be placed by proximity — e.g., US East gateway + Asia-Pacific VNC acceptance.

billing.flex

Flexible Rental Periods

Daily for trials; monthly/quarterly for persistent Gateway or CI; disk and Thunderbolt expandable on demand.

Six Common Topics When Getting Started

Topic overviews below; operation guides in theBlog · Featured.

01

Installation & Acceptance

Official script / npm path, onboard and gateway health check; SSH/VNC connectivity as acceptance baseline.

02

Remote Link

Differences between SSH tunnel and wss direct connection, daemon/launchd persistence, and common Web Chat troubleshooting.

03

Multi-Channel & Routing

Bindings, node pairing, Telegram/Discord and other channel destinations, and multi-agent task division.

04

Region & Specs

US East/West/Asia-Pacific node selection; 16GB vs 24GB, disk add-ons, and multi-machine cluster topology.

05

Automation & CI

Chain xcodebuild, pre-release checks, and callback notifications into fixed pipelines — less manual button-clicking.

06

Troubleshooting & FAQ

Reference solutions for common issues: exit 127, pairing pending, cross-region fetch, and cache drift.

From Rental to Running Gateway

Steps vary by version and network environment; the following is the common sequence on Kvmjet.

  1. # step 1 — Rent a Mac node

    $ kvmjet order --spec m4 --region us-east

    Rent a Mac Node

    On thepricing page, select M4 memory, disk, data center, and billing cycle; try daily first to test latency and build speed.

  2. # step 2 — SSH / VNC access

    $ ssh user@<instance-ip> && open vnc://<instance-ip>

    SSH / VNC Access

    Retrieve credentials from the console after provisioning; use VNC for graphical acceptance, SSH for installing dependencies and viewing logs.

  3. # step 3 — Install and configure OpenClaw

    $ openclaw onboard && openclaw gateway start

    Install and Configure OpenClaw

    Follow the official guide to complete onboard, Gateway, and channel binding; use launchd for persistence.

  4. # step 4 — Connect to your business pipeline

    $ openclaw bind --ci github --notify telegram

    Connect to Your Business Pipeline

    Integrate CI, notification channels, or agent workflows; plan gateway and execution node partitions for multi-machine scenarios.

OpenClaw Hands-On Guides

See the Featured Blog for the full article list and updates.

$ open ./blog/openclaw

# ready to deploy?

Ready to Run OpenClaw on a Mac Cloud?

From daily trials to a persistent Gateway — configure and choose your data center in one step on the pricing page.