APPLE SILICON WORKFLOW

Check your resources first, then decide whether to move builds to the cloud

ZoneMini provides dedicated physical Cloud Mac Hosts without vague shared allocations for CPU, memory, or local storage. Choose a tier and receive the corresponding M4 or M4 Pro, memory, and SSD configuration. Ideal for engineering teams that need a fixed Xcode environment, persistent CI Runner, graphical access, and long-running tasks.

3 tiers
Fixed hardware configurations
5
Available locations
From $20.8/day
Public entry price
BUILD ALLOCATION Fixed-resource checklist
Selection Delivery scope
Hardware M4 or M4 Pro with fixed memory and local SSD
Dedicated physical host
Environment Xcode, dependency caches, and Runner managed by your team per project
Persistent and reusable
Location Choose from five locations based on your repository, team, and release market
Confirm in the console
Decision criteria Clear specs, clear boundaries, clear pricing
Resource model

Dedicated physical hosts vs. shared resources: compare the boundaries that matter

When choosing a build node, do not start with abstract performance multipliers. Check the processor allocation, memory, local storage, environment persistence, and interruption risk against your pipeline requirements. All three ZoneMini plans use physical Cloud Mac Hosts, not virtual machines.

ZoneMini

Your selected configuration maps directly to one physical Mac

  • Processor:Delivered as M4 or M4 Pro according to the catalog, with no vague shared-vCPU descriptions.
  • Memory:Fixed at 16GB, 24GB, or 64GB so you can match the tier to your project’s peak demand.
  • Local storage:Fixed at 256GB, 512GB, or 2TB, with published SSD add-ons available.
  • Runtime:Supports the macOS graphical interface, SSH automation, and CI Runner, so long-running tasks do not depend on your personal computer staying online.
  • Environment management:Your team organizes dependencies, caches, build scripts, and project tools according to its release workflow.
Shared virtual resources

Good for initial validation, not for assuming resources stay fixed

Shared plans typically emphasize instant provisioning and elastic capacity. Confirm CPU scheduling, memory limits, local-cache persistence, and whether graphical access and device capabilities fully meet your build-tool requirements.

Local workstation

Direct to use, but easily tied to personal working hours

A local Mac is ideal for interactive debugging. If overnight archives, batch tests, or model inference occupy it for long periods, development, meetings, and builds compete for the same device. A fixed cloud node separates these workloads from your desktop.

Three catalog tiers

Three fixed configurations for three levels of workload

The catalog contains only these three tiers. Check memory and working-set size first, then local-cache capacity. Do not judge by project name alone: an iOS project can require significantly more resources with multiple simulators, parallel branches, or large dependency caches.

Light builds M4

ZoneMini M4 Core

Mac Mini M4, 16GB memory, and 256GB SSD. Suitable for single-project archives, basic unit tests, lightweight CI Runner workloads, and short compatibility checks.

Chip
M4
Memory
16GB
Storage
256GB
Check first
Dependency cache and remaining disk space
Choose ZoneMini M4 Core
High-load workloads M4 PRO

ZoneMini M4 Pro

Mac Mini M4 Pro, 64GB memory, and 2TB SSD. Suitable for large-model inference, multiple high-load tasks in parallel, large audio/video batch processing, and pipelines with large local working sets.

Chip
M4 Pro
Memory
64GB
Storage
2TB
Check first
Peak memory and sustained task duration
Choose ZoneMini M4 Pro
Build-farm capabilities

A remote Mac should also fit into your team’s engineering pipeline

To determine whether a node can become part of your build farm, focus on more than opening a desktop. Check whether the environment is reusable, the Runner is easy to manage, logs can be collected, and automated tasks can be separated from interactive work.

Build workflow comparison: ZoneMini dedicated physical hosts, temporary virtual environments, and personal local Macs
Check item ZoneMini dedicated physical host Temporary virtual environment Personal local Mac
Signing environment persistence Manage the environment and permissions through team workflows; keep sensitive credentials minimally authorized Confirm how environments, snapshots, and credential injection are handled when destroyed Easy to configure, but may overlap with personal-use boundaries
Dependency cache Set cleanup and reuse policies on fixed local storage Confirm whether caches persist across tasks Can persist long-term, but uses personal device storage
CI Runner integration Register a fixed Runner and use tags to distinguish projects and task types Usually created per task; integration depends on the platform Possible, but device downtime directly affects the queue
Graphical interface Supports the macOS graphical interface for Xcode setup and interactive troubleshooting Confirm graphical capabilities and client compatibility individually Direct access, ideal for local debugging
SSH automation Use for scripts, log collection, cache maintenance, and task orchestration Usually supported, but host identity and lifecycle may change Available, but you must manage remote networking and online status
Long-running tasks Tasks do not occupy your personal workstation; the node runs normally 365 days a year Confirm maximum task duration and environment lifecycle Sleep, network loss, or removing the machine can interrupt execution
01 / RUNNER

Tag by responsibility

Assign archives, unit tests, cross-platform builds, and inference tasks to distinct Runner tags instead of making every job compete for one undifferentiated execution queue.

02 / CACHE

Define cache lifecycles

Manage package dependencies, compiled derived files, simulator data, and archive artifacts separately. Caches accelerate workflows; they should not replace traceable artifact storage.

03 / LOGS

Preserve evidence when jobs fail

Pipelines should collect test reports, archive logs, and key environment versions while redacting repository tokens, signing materials, and access credentials.

Five available locations

Choose a location based on your repository, team time zone, and release market

Singapore, Japan (Tokyo), South Korea (Seoul), Hong Kong, and the US East Coast are available across all three machine tiers. All combinations are generally orderable; real-time availability is returned by the console. A farther location is not inherently more powerful, so prioritize shorter paths for code pulls, dependency downloads, and remote team access.

Asia workspaces Cross-region collaboration North America workspaces
SG

Singapore

Suitable for workflows where repositories, team members, or release operations are primarily in Southeast Asia.

Location priority
Southeast Asian collaboration and dependency paths
JP

Japan (Tokyo)

Suitable for Japanese teams, code services near Tokyo, and release preparation for the Japanese market.

Location priority
Team time zone and interactive access
KR

South Korea (Seoul)

Suitable for Korean development teams, Northeast Asian collaboration, and local release workflows.

Location priority
Repository location and member distribution
HK

Hong Kong

Suitable for collaboration across South China and Southeast Asia, as well as cross-region code pulls and build management.

Location priority
A routing compromise for distributed teams
US-E

US East Coast

Suitable for teams, repositories, and release markets in the eastern US, and projects spanning Western European working hours.

Location priority
North American repositories and release markets
Repository location

See where code pulls, submodules, package dependencies, and large-file downloads mainly originate.

Team time zone

For frequent graphical troubleshooting, prioritize the network path and working hours of primary operators.

Release market

When testing downloads, content delivery, or service access for a specific region, include the target market in your decision.

Cost check

Calculate by task frequency and project duration—not vague discount assumptions

Record weekly build counts, duration per build, maximum concurrency, peak memory, and cache size first, then choose a configuration that fits the working set. Compare daily, weekly, monthly, and quarterly prices directly. The page does not convert or round figures; checkout is based on the selected machine, location, term, and add-ons.

Published term pricing for all three ZoneMini Cloud Mac tiers, settled in USD
Machine Daily Weekly Monthly Quarterly
ZoneMini M4 Core $20.8 $56.1 $103.8 $282.3
ZoneMini M4 Plus $41.1 $111.1 $205.7 $559.5
ZoneMini M4 Pro $61.5 $165.9 $307.3 $835.9

Four steps to verify your costs

  1. 01
    Record task frequency

    Distinguish occasional archives, daily pipelines, persistent Runner workloads, and batch inference instead of estimating every task on the same term.

  2. 02
    Set the minimum resources

    Use peak memory, cache size, and concurrency to rule out unsuitable tiers instead of comparing only the lowest price.

  3. 03
    Match the actual term

    Use daily or weekly terms for short validation, monthly or quarterly terms for stable pipelines, and compare the published figures directly.

  4. 04
    Add only what you need

    Check add-on pricing only when the working set genuinely requires more local space or multiple machines in parallel.

Billing currency USD
Digital-asset payment USDT-TRC20
Card payment Visa / Mastercard / Amex (via Stripe)
Available gateway Subject to real-time response from the backend API
Next step

Continue checking against your workflow

Need macOS graphical access and SSH instructions? Read the remote access guide. Need to confirm the three configurations, add-ons, and location availability? View the rental plans. Need multiple Runners or a cross-region setup? Contact the team with your concurrency, repository location, and expected term.