Mac mini hosting · Dedicated physical Mac

Keep your dedicated Mac mini
running in the cloud.

Built for automated iOS builds, macOS development, continuous integration, and small AI experiments. Choose a node and rental term, then configuration, node assignment, initialization, and connection details are completed in about 4 minutes.

RUNAMAC / SESSION 7F21 SG-04 · M4
$ runamac connect --node sg --host m4-021
→ verifying dedicated physical Mac...
✓ host identity confirmed
$ sw_vers
ProductName: macOS
$ sysctl -n machdep.cpu.brand_string
Apple M4
$ xcodebuild -scheme RunAMacDemo archive
→ resolving packages · signing · compiling
✓ ARCHIVE SUCCEEDED in 03:42
Dedicated physical machine One entire Mac mini assigned to one renter
Not a virtual machine Defined chip, memory, and storage resources
5 nodes Covering collaboration in Asia and releases from the US West
$19.6/day Current entry-level daily rental price
Recommended workloads

For tasks that need an always-on Mac.

Review the task pipeline, parallel workload count, cache size, and frequency of remote interaction before choosing a rental term and node. The only plan currently available suits well-bounded, divisible development tasks that run within 16GB of memory.

Build pipeline

Automated iOS builds

Handle dependency installation, signing, archiving, export, artifact validation, and failed-build log collection. Ideal for turning manual packaging steps into a repeatable build pipeline.

$ xcodebuild archive → signing assets checked → dependencies restored ✓ ARCHIVE SUCCEEDED
Explore build practices
Development

Remote macOS development

Keep a long-lived development environment, dependency caches, and project toolchain in place. During team handoffs, organize connection steps and environment details around one clearly configured device.

HOST M4-021 CPU Apple M4 RAM 16GB SSD 256GB
Explore development workflows
Continuous integration

Continuous integration runner

For continuously running build queues. Before deployment, define runner labels, concurrency limits, certificate isolation, cache cleanup, and failed-build log retention.

QUEUE 03 RUNNER macos-m4 CACHE restored JOB active
Explore the task pipeline
Small AI experiments

Small AI experiments

For small-model validation, script debugging, and reproducible results. Before choosing, check model size, peak memory, dataset capacity, and parallel process count.

DEVICE Apple M4 MEMORY 16GB MODEL small MODE validate
Review configuration limits
Available plan

One configuration, four rental terms.

Exactly 1 cloud Mac plan is currently available. The configuration, term pricing, and service nodes are listed clearly; all amounts are settled in USD.

Plan / M4-16-256

RunAMac M4

Mac Mini M4

CHIP M4
MEMORY 16GB RAM
STORAGE 256GB SSD

Each renter gets the entire device exclusively, with no shared virtual instance.

Singapore, Japan (Tokyo), South Korea (Seoul), Hong Kong, and the US West are currently listed. Availability is returned in real time by the console.

All nodes operate continuously 365 days a year.

Lowest daily rental price
$19.6/day
Daily $19.6
Weekly $53
Monthly $98.1
Quarterly $266.8
Rent RunAMac M4 now

USDT-TRC20, or Visa, Mastercard, or Amex processed by Stripe

How to choose a configuration

Start with your workload boundaries

RunAMac M4 is the only plan currently available. Selection is less about comparing hardware tiers and more about confirming that your workload runs reliably within 16GB RAM and 256GB SSD base storage.

Lightweight builds RunAMac M4 Suitable for single projects, low-concurrency archives, and testing. Clear dependency caches regularly.
Daily development RunAMac M4 Suitable for a fixed environment, remote sessions, code editing, and standard local caches.
Continuous integration RunAMac M4 Start with a single runner and adjust task splitting based on queue length.
Small AI experiments RunAMac M4 Check model size, peak memory, and dataset capacity first; this plan is not intended for high-memory inference.
From order to connection

Four completion milestones, about 4 minutes.

From order confirmation to connection details, every step produces a verifiable result. Actual availability is returned in real time by the console.

TOTAL ≈ 04:00

Confirm configuration

About 1 minute

Review RunAMac M4, rental term, selected node, and payment details. The USD amount shown on the order confirmation page is the basis for settlement.

Assign node

About 1 minute

The system assigns a Mac Mini M4 in the selected region and links the device to the current order.

Initialize host

About 1 minute

Check host identity, device status, and network connection to prepare the basic environment for the first remote session.

Deliver connection details

About 1 minute

Connection details are written to the console. During the first session, verify host identity, change the initial credentials, and record environment changes.

5-node overview

Put your Mac between your team and your release targets.

When choosing a node, consider your team’s location, code repository, build artifact destination, and frequency of remote interaction—not just a single latency figure.

SG Singapore RunAMac M4 · Available
JP Japan (Tokyo) RunAMac M4 · Available
KR South Korea (Seoul) RunAMac M4 · Available
HK Hong Kong RunAMac M4 · Available
US-W US West RunAMac M4 · Available
SG

Singapore

Suitable for collaboration across Southeast Asia, continuous integration, and frequent remote interaction. Teams based in Southeast Asia may want to test this node first.

RunAMac M4 · Available
JP

Japan (Tokyo)

For development workloads in Japan and Northeast Asia. Suitable when code, testers, and build artifacts are primarily located in Japan.

RunAMac M4 · Available
KR

South Korea (Seoul)

Suitable for collaboration across South Korea and Northeast Asia. Compare it with Tokyo for the stability and responsiveness of daily remote sessions.

RunAMac M4 · Available
HK

Hong Kong

Suitable for collaboration between Greater China and Southeast Asia. Test with your local carrier and repository location before choosing.

RunAMac M4 · Available
US-W

US West

For teams in the US West, trans-Pacific collaboration, and North American release workflows. Prefer this node when artifacts are delivered mainly to the US West.

RunAMac M4 · Available

Narrow it down in four steps

  1. Start with the operator’s locationWhen remote interaction is frequent, test the node closest to the primary operator first.
  2. Then check code and dependenciesThe location of repositories, package caches, and artifact services affects download and upload times.
  3. Confirm where artifacts goWhen release targets are in North America, US West may be better suited to final archiving and delivery.
  4. Validate with a real network pathLocal carriers and network routes can change, so make the final choice based on actual connection testing.
How the physical node works

One order, one dedicated device.

RunAMac provides dedicated physical Mac mini rental. The device is not a virtual machine, and the current renter uses clearly defined chip, memory, and storage resources.

01

The entire device is assigned

The chip, 16GB RAM, and 256GB SSD are used by the current renter; the device is not split into multiple virtual instances.

02

Stable hardware boundaries

Tasks run on a clearly defined Mac Mini M4 configuration, making it easier to document the environment, reproduce experiments, and understand resource limits.

03

Manage orders and terms in the console

After signing in, view connection details, rental term, USD amount due, billing records, and the status of existing orders.

04

Verify identity before connecting

During the first session, follow the help center sequence to verify host identity, connection parameters, and initial credentials before configuring the development environment.

Practice gallery

Keep your commands, configuration, and checklists documented.

Content focuses on reproducible workflows rather than unverified performance claims. Each topic is organized around the task context, configuration, node, key commands, results, and checklist.

Hardware selection

Mac mini vs. Mac Studio: how to choose

Starting with continuous integration, daily development, and small AI experiments, compare chip capability, memory pressure, concurrency needs, power use, and rental cost to determine when the current RunAMac M4 is sufficient.

COMPARE / TASK FIT Workload boundaries come before hardware names

Record peak memory, parallel job count, cache size, and task duration before deciding whether the current configuration fits.

Open the practice gallery
Continuous integration

Self-hosted Mac runner for GitHub Actions

Cover runner registration, label planning, certificate isolation, dependency caching, concurrency control, and log cleanup.

Release guide

Pre-submission checklist for the App Store

Build a pre-submission checklist covering signing, privacy disclosures, permission purposes, subscription details, screenshots, and review materials.

Development practice

Cloud macOS vs. local development

Compare device occupancy, remote collaboration, environment consistency, network dependence, data management, and continuous operation.

Getting started

Set up a remote Mac development environment

Organize the environment around connection verification, command-line tools, code repositories, dependency caches, key management, and remote sessions.

Automated builds

Automated iOS app packaging in practice

Connect certificate preparation, dependency installation, archiving, export, artifact validation, and failed-build log collection.

Before you order

Confirm the configuration, node, and payment method first.

The help center also provides steps for first connection, development environments, network troubleshooting, storage changes, and rental-term management.

Get usage support
How many plans are currently available?

Exactly 1 plan: RunAMac M4 with Mac Mini M4, 16GB RAM, and 256GB SSD.

Is the device a virtual machine or a dedicated physical machine?

Each renter gets an entire Mac mini exclusively; the device is not a virtual machine. Its chip, memory, and base storage specifications are clearly stated in the plan.

How long does it take to receive connection details after ordering?

Configuration confirmation, node assignment, system initialization, and connection-detail delivery each take about 1 minute, for approximately 4 minutes total.

Which nodes are supported?

Current nodes are Singapore, Japan (Tokyo), South Korea (Seoul), Hong Kong, and US West. RunAMac M4 can be ordered in all five node directories; availability is returned in real time by the console.

Which payment methods are supported?

USDT-TRC20, plus Visa, Mastercard, and Amex processed by Stripe. All orders are settled in USD; available gateways depend on the response from the backend interface.

Next build pipeline

Choose a Mac mini and keep your workload running in the cloud.

Confirm RunAMac M4, a daily or longer rental term, and one of five nodes: Singapore, Japan (Tokyo), South Korea (Seoul), Hong Kong, or US West.