Team and operating boundaries

Bring remote builds back to a recognizable Mac you can keep using

OrbVPS focuses on dedicated Apple Silicon physical nodes. Every order maps to a remotely accessible Cloud Mac—not a critical build task placed in an opaque shared resource pool.

We support development teams that need to retain toolchains, caches, runner state, and access policies over time. Choose a model, region, and term, and the node configuration stays clear while issues can be traced through the same hardware and logs.

Rent a Cloud Mac now View the three plans
3 plans
Fixed catalog configurations
4
Asian node regions
1:1
One physical node per order
NODE ACCEPTANCE RECORD Physical node acceptance record
READY
ORB / M4 / PHYSICAL Dedicated allocation
Hardware identity
Chip, memory, and local storage match the ordered configuration item by item
PASSED
System baseline
Boot, network, disk, and remote connection checks completed
PASSED
Access boundaries
Credentials are delivered per node, with permission changes recorded
PASSED
Operating record
Status, specifications, and incident details are presented in verifiable records
PASSED
Calibration desk ID ORB-CAL-04
Service definition

We deliver physical nodes—not vague computing capacity

“Cloud” describes how you connect and manage the service; “physical node” describes what actually runs it. Both need to be clear.

One order, one continuously controllable Cloud Mac

All three OrbVPS catalog configurations use Apple Silicon: Orb M4 16, Orb M4 24, and Orb M4 Pro. Each plan has fixed specifications with a defined chip, memory, and local storage—real hardware details, not “elastic resources.”

Use the node over SSH from the command line or through a graphical interface for tasks that require visual interaction. Build directories, dependency caches, self-hosted runner workspaces, and toolchain versions stay on the same physical node, reducing the need to recreate the environment for every task.

See the journey from order to first build
Cloud Mac
A macOS device used and managed remotely over the network, suited to continuous builds, testing, and controlled remote work.
Physical node
Your order maps to identifiable Apple Silicon hardware, with the specifications and region set at checkout.
Dedicated physical server
Node resources are not shared concurrently with other tenants; the active team controls the toolchain, caches, and runtime state.
Not a virtual machine
The service is not described or delivered as virtual CPUs, dynamic memory shares, or temporary instances.
Who we build for

Engineering teams that need environment continuity

Every workload follows the same test: can the environment be fixed, reproduced, observed, and investigated after an issue occurs?

iOS / macOS

Developers: keep Xcode and dependency baselines fixed

Ideal for individuals and small teams that need to retain Xcode versions, CocoaPods or Swift Package caches, DerivedData, and build scripts.

  • Establish a repeatable xcodebuild baseline
  • Keep repositories, dependencies, and build artifact directories
  • Use SSH and the graphical interface for different tasks
CI/CD

Platform teams: give runners a stable home

For engineering teams connecting macOS builds to an existing pipeline while maintaining clear control over concurrency, caches, work directories, credentials, and failure recovery.

  • Deploy self-hosted runners and job labels
  • Monitor free disk space, processes, and network status
  • Continue troubleshooting from fixed-node logs after an incident
AI experiments

Experimenters: keep process state on one node

For users running small models, data processing, or automation experiments who need direct visibility into unified memory, temperature, disk, and task output.

  • Keep models, environments, and data-processing scripts
  • Record resource status and each experiment run’s output
  • Review visual and command results in the remote session
Four-region operating footprint

Access one delivery process from four Asian nodes

Our catalog covers Singapore, Japan (Tokyo), South Korea (Seoul), and Hong Kong. All three models are available as catalog combinations in all four regions; live availability is returned by the console.

Deployment entry point 4 REGIONS / 3 CONFIGURATIONS
SG Available in catalog

Singapore

A regional entry point for Southeast Asian teams, suited to managing repositories, build jobs, and collaborators within closely aligned Asian working hours.

Regional role
Southeast Asia collaboration
Catalog models
3
JP Available in catalog

Japan (Tokyo)

For development teams in Japan and nearby markets, supporting ongoing collaboration between daily Xcode builds, testing tasks, and local development environments.

Regional role
Japan and East Asia collaboration
Catalog models
3
KR Available in catalog

South Korea (Seoul)

A clear regional choice for development collaboration across South Korea and Northeast Asia, supporting continuous integration, test environments, and remote team operations.

Regional role
Northeast Asia collaboration
Catalog models
3
HK Available in catalog

Hong Kong

For cross-region development between South China and Southeast Asia, suited to teams that need unified management of repositories, build nodes, and remote sessions.

Regional role
South China and Southeast Asia collaboration
Catalog models
3
Hardware operations principles

From acceptance to offboarding, every step has an actionable boundary

Nodes operate continuously throughout the year, 365 days a year. If urgent action requires user cooperation, the console record and support ticket explain the impact, steps, and verification results.

  1. 01

    Node acceptance

    Verify the chip, memory, local storage, network interfaces, and boot status. The node enters delivery only after remote connection and basic disk checks pass.

  2. 02

    Health monitoring

    We track node connectivity, disk status, temperature, and key runtime metrics. Monitoring detects hardware or network anomalies without reading user repository or business-file contents.

  3. 03

    Incident notifications

    If an urgent situation requires a restart, data migration, or recovery verification, a console ticket provides the scope of action and follow-up checks.

  4. 04

    Access control

    Access credentials are managed per node. After the first connection, configure your own SSH keys, limit authorized members, and rotate credentials promptly when personnel or automation changes.

  5. 05

    Offboarding

    First migrate your code, keys, build artifacts, and business data, then verify your backups. When the rental ends, node access is revoked and data is handled under the offboarding process.

Prepare these four details when submitting a technical issue

Node ID, the time range when the issue occurred, reproduction steps, and redacted command output or screenshots.

View support options
Design and engineering principles

Fewer promises, more evidence you can verify

We do not replace product facts with vague resource-pool language. The website, console, and support replies should show the same models, regions, status, and operation records.

Performance depends on project size, dependencies, toolchains, and network paths. We therefore prioritize operating conditions and verification methods over isolated claims. When something goes wrong, support starts with the node ID, time range, and original output.

A

Real specifications

Model names map directly to chip, memory, and storage specifications, with pricing clearly listed by day, week, month, and quarter.

B

Status records

Delivery, connection, order, and support progress are available in the console, keeping reported status aligned with the actual node.

C

Terminal output

Build and diagnostic guidance preserves commands, return values, and decision criteria wherever possible so teams can run it again.

D

Interface screenshots

When graphical interaction is required, explain the issue using the actual interface and step order—not decorative images unrelated to the evidence.

SPEC

Specifications before adjectives

State the M4 or M4 Pro model, memory, storage, and region first, then discuss suitable workloads.

STATE

Status before assumptions

Catalog combinations can be ordered; live availability comes from the console, not an invented temporary status on a marketing page.

TRACE

Records before conclusions

Build the troubleshooting trail from the time range, command output, logs, and reproduction steps instead of offering an unverifiable judgment.

Partnerships and contact

Be clear about your target model, region, and usage

Team volume requests, regional partnerships, and media inquiries all enter through the contact page or support@orbvps.com. For technical issues with an existing order, sign in to the console and submit a ticket with the node ID.

Team requirements

Multi-node and continuous-build planning

Tell us the expected node count, target models, regions, rental term, concurrent jobs, and toolchain requirements. We will check the executable options against the current three-model catalog.

Regional partnerships

Discuss partnerships across the existing four regions

Partnerships are based on Singapore, Japan (Tokyo), South Korea (Seoul), and Hong Kong. Share your target users, expected collaboration model, and operating conditions that need verification.

Media inquiries

Request product information you can verify

Include the media outlet, story angle, deadline, and facts required. Product specifications, payment methods, and regional information follow the current public catalog.

Contact the OrbVPS team Sign in to the console to submit a ticket

Put your next build on a clearly defined physical node

Choose Orb M4 16, Orb M4 24, or Orb M4 Pro, then select a node in Singapore, Japan (Tokyo), South Korea (Seoul), or Hong Kong.

Configure and order Compare prices and specifications