About VMOrbit

Turning remote Apple Silicon resources into predictable development infrastructure

VMOrbit provides dedicated cloud Macs for teams that need the macOS GUI, command-line tools, Xcode, and continuous builds. Every order maps to an Apple Silicon physical node and a dedicated physical machine, with no compute resources split through virtualization.

Our focus is not adding vague configuration choices, but putting hardware models, pricing, locations, delivery confirmation, instance management, and issue resolution into one clear operational path.

Rent a cloud Mac now View the two plans
Service overview VMO / PHYSICAL
Dedicated node

One order, one physical machine

Ideal for development work that requires a stable toolchain, continuous builds, and clearly defined resource boundaries.

Resource type
Apple Silicon physical node
Service boundary
Dedicated physical machine, not a virtual machine
Available configurations
2 defined hardware models
Regional coverage
6 available locations
Operating cycle
Runs continuously 365 days a year
2 Defined configurationsM4 and M4 Pro
6 Available locations4 in Asia-Pacific · 2 in the US
4 Billing periodsDaily, weekly, monthly, quarterly
99.9% Availability targetVerified against valid service records
Product definition

Cloud access without shared compute resources

VMOrbit delivers dedicated physical machines that can be accessed remotely. Customers get clearly defined chip, memory, storage, and region specifications without having to guess about resource contention on a shared host.

Dedicated Apple Silicon physical node

One machine corresponds to one order. Project dependencies, build caches, runner workspaces, and remote development environments run on clearly defined physical resources, helping teams establish a repeatable execution baseline.

  • Chip, memory, and SSD specifications are disclosed individually on each plan page
  • The node location is selected clearly during checkout
  • SSH and VNC cover command-line and graphical-interface tasks respectively
  • Instances, subscriptions, billing, and support requests are managed in one place
01

It is a cloud Mac

The machine is deployed at a remote location, and developers connect to a macOS environment over the network—ideal for distributed development, continuous integration, and collaboration across time zones.

02

It is a dedicated physical machine

The CPU, memory, and local storage are not divided among multiple customer instances; resource boundaries match the specific device.

03

It is not a virtual machine

Plans are not measured in virtual CPUs, dynamic memory, or shared-host allocations. Configuration names directly correspond to physical device specifications.

Who it serves

Organizing resources around real workloads

We do not segment users by broad industry labels. Instead, we look at whether a workload genuinely needs Apple Silicon, the macOS toolchain, dedicated resources, and remote collaboration.

Development workstation

iOS and macOS developers

They need remote access to Xcode, Command Line Tools, SDKs, simulators, and project dependencies, while keeping their working environment reproducibly configured beyond their local devices.

Common access
VNC, SSH
Key priorities
Interactive experience, version consistency, project synchronization
Continuous builds

CI/CD engineering teams

They need to register self-hosted runners, run xcodebuild or fastlane, and incorporate build directories, caching strategies, credential rotation, and log investigation into their engineering workflow.

Common access
SSH, runner
Key priorities
Queue throughput, cache hit rate, failure diagnosis
Team collaboration

Distributed development teams

They need to continue working in the same environment across offices and time zones, reducing uncertainty in collaboration through least-privilege access, handoff records, build queues, and access revocation.

Common access
Console, support tickets
Key priorities
Permission boundaries, handoff workflows, location selection
Compute experimentation

Apple Silicon AI experimenters

They need to validate inference, data processing, and long-running experiments on M4 or M4 Pro, using resources for a defined period instead of purchasing equipment that may sit idle.

Common access
SSH, command-line tasks
Key priorities
Memory capacity, sustained workloads, data migration
Operating principles

Put verifiable facts before decisions

Whether to rent a cloud Mac should be determined by configuration, pricing, region, connection methods, and responsibility boundaries—not by promises that cannot be verified.

01

Accurate configurations

The available catalog includes only VMOrbit M4 and VMOrbit M4 Pro. Chip, memory, SSD, and supported regions are shown for each plan, with no models outside the catalog.

02

Consistent pricing

Prices are listed separately for daily, weekly, monthly, and quarterly periods. The page and checkout use the same USD prices; additional SSD and Thunderbolt 5 options are verified separately.

03

Complete regional coverage

All six locations are shown: Singapore, Japan (Tokyo), South Korea (Seoul), Hong Kong, US East, and US West. No small selection of cities stands in for the full catalog.

04

Confirmable results

Catalog combinations are generally available to order. Current availability and delivery information come from the console in real time. Before order confirmation, do not infer a specific delivery time from a static page.

Currency USD
Payment methods USDT-TRC20
Cards Visa / Mastercard / Amex (via Stripe)
Payment gateway As returned by the console
Regional layout

Six locations, chosen according to your team’s actual network path

Distance to a node is only an initial reference. Before ordering, test latency, jitter, and packet loss from your primary office networks, while also considering code repositories, dependency sources, and collaborator locations.

SGAvailable

Singapore

A strong first option for teams in Southeast Asia, and a candidate location when connecting to Asian code and dependency services.

Choose this location
JPAvailable

Japan (Tokyo)

Suitable for teams in Japan and nearby regions testing remote graphical interfaces, SSH, and continuous build workflows.

Choose this location
KRAvailable

South Korea (Seoul)

Designed for remote development and build workloads in South Korea and nearby regions; actual office-network test results should guide the decision.

Choose this location
HKAvailable

Hong Kong

A useful comparison point for distributed teams across Asia, and suitable for testing alongside other Asia-Pacific locations under the same conditions.

Choose this location
US-EAvailable

US East

Suitable for teams whose main members, code services, or collaborators are in the eastern United States or nearby regions.

Choose this location
US-WAvailable

US West

A candidate for teams in the western United States and across the Pacific to assess connection quality, dependency downloads, and build-data transfers.

Choose this location
Recommended selection order

First identify the networks used by your primary operators, then test candidate locations, and finally choose the region based on repository routes, dependency sources, and cross-time-zone handoffs.

View all six locations
Product trade-offs

Two configurations for two clear resource profiles

Fewer similar models keep specifications, pricing, location relationships, and support documentation consistent. Teams choose by workload size instead of comparing a long list of near-identical parameters.

Everyday development and builds

VMOrbit M4

$21.4/day
ChipM4
Memory16GB
SSD256GB

Suitable for standard Xcode projects, everyday remote development, single-runner builds, and medium-scale automation. Choose a daily, weekly, monthly, or quarterly period to match the project.

Day $21.4 Week $57.7 Month $106.9 Quarter $290.8
Rent VMOrbit M4
High memory and concurrency

VMOrbit M4 Pro

$59.6/day
ChipM4 Pro
Memory64GB
SSD2TB

Suitable for large projects, concurrent builds, high-memory testing, and Apple Silicon AI experiments. The larger local storage also accommodates multiple dependency sets, caches, and experiment data.

Day $59.6 Week $160.9 Month $297.9 Quarter $810.3
Rent VMOrbit M4 Pro
Why not add more similar tiers?

More configurations do not necessarily produce better decisions. VMOrbit uses M4 / 16GB / 256GB for everyday development and M4 Pro / 64GB / 2TB for high-memory and concurrent workloads, with separate add-ons for storage and multi-location collaboration.

Check full pricing and add-ons
How we work together

Follow one record trail from resource selection to issue resolution

Orders, instances, billing, and support requests should share the same context. This avoids relying on information scattered across different channels when investigating connection, location, or billing issues.

01

Configure and submit an order

Choose VMOrbit M4 or VMOrbit M4 Pro, select a daily, weekly, monthly, or quarterly period, then choose one of six locations and any required add-ons. Current availability and delivery information are returned in real time by the console.

Start configuring an order
02

Manage instances and subscriptions

Check instance details, subscription status, and billing records in the console. Teams should assign an administrator and keep records for member access, credential rotation, and data migration.

Open the console
03

Submit a contextual support ticket

Route connection interruptions, location issues, and billing questions to their corresponding ticket categories. Include the region, time of occurrence, reproduction steps, minimum necessary logs, and impact scope. Do not send passwords, private keys, or recovery codes.

Submit a console support ticket

What to prepare before you start

  • Define the primary workload and expected usage period
  • Test candidate locations from your actual office networks
  • Confirm that SSH or VNC is available locally
  • Plan project data, caches, and necessary backups

What to check first when issues occur

  • Node location, connection method, and local network path
  • Credentials, ports, and local firewall settings
  • Xcode, SDKs, dependencies, and build logs
  • Time of occurrence and reproducible steps
View the support path
Continuous improvement

Refine workflows through delivery records and support cases

For development infrastructure, improvement should not mean simply adding features. More importantly, it should reduce information gaps, shorten recovery time, and let the next user obtain actionable steps directly from existing records.

VMOrbit continually reviews recurring issues in delivery processes, node events, and support requests, feeding the results back into plan details, connection guides, ticket templates, and regional capacity planning.

View data protection boundaries Contact VMOrbit
Record

Preserve the necessary context

Link the model, region, time of occurrence, impact scope, and handling steps instead of leaving behind conclusions that cannot be reproduced.

Classify

Identify the source of the issue

Route connection, dependency, signing, testing, network download, node event, and billing issues to the appropriate workflow.

Update

Rewrite documentation and templates

Add recurring checks to public documentation and ticket fields so users can complete basic verification before submitting a request.

Plan

Adjust regional capacity

Assess regional demand using order confirmations and node-status records. Current availability information continues to come from the console in real time.

Documentation

Spell out commands, paths, prerequisites, and boundaries to reduce reliance on verbal explanations.

Connectivity

Organize troubleshooting around credentials, ports, firewalls, network paths, and node status.

Support

Build ticket context from the region, time, reproduction steps, log excerpts, and impact scope.

Capacity

Keep the six-location catalog complete; do not fabricate specific delivery results on a static page.

Next steps

Decide by workload, configuration, and location

Review the two plans and six locations first, then proceed to checkout to confirm current availability, delivery information, and the payment gateway.

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