Seoul · Apple Silicon Physical Node

Rent a Dedicated Mac mini M4 in Seoul

A better-located cloud Mac for iOS, macOS, CI/CD, and AI workflows in Northeast Asia. Every device is a single-user dedicated physical machine, not a virtual machine, with SSH or VNC access to a full macOS desktop and command-line environment.

Rent a Seoul Mac mini now View all plans
Resource model Dedicated physical machine
Chip options M4 / M4 Pro
Billing term Day / Week / Month / Quarter
Seoul cloud Mac mini engineering workstation use cases
oakmini-node 
$ system_profiler SPHardwareDataType
Chip: Apple M4
Memory: 16 GB

$ uname -m
arm64

$ xcodebuild -version
Xcode
Build version: ready

$ runner status
physical-node: dedicated
job-state: ready
CONFIGURATION & BILLING

Choose a plan and term for your workload

Both plans provide a complete dedicated Mac mini physical node, with CPU, memory, and local storage reserved for you. Use daily or weekly terms for short-term compatibility testing; monthly or quarterly terms are usually better for ongoing development, persistent runners, and retained test environments.

Oak Core
m4-16-256
Personal development and light builds
CHIP M4
MEMORY 16GB
STORAGE 256GB SSD

Ideal for remote Xcode project work, single-job builds, development toolchains, script debugging, and self-hosted runners with controlled concurrency.

Daily $19.5 /day
Weekly $52.5 /week
Monthly $97.3 /month
Quarterly $264.7 /quarter
Choose Oak Core
Oak Forge
m4pro-64-2tb
High concurrency and memory-intensive workloads
CHIP M4 Pro
MEMORY 64GB
STORAGE 2TB SSD

Built for parallel project builds, high-load CI/CD pipelines, larger Apple Silicon inference experiments, and teams that need to retain extensive dependencies, caches, and build artifacts.

Daily $59.7 /day
Weekly $161.1 /week
Monthly $298.3 /month
Quarterly $811.4 /quarter
Choose Oak Forge
OPTIONAL ADD-ONS

Add storage or connected devices to your order

Add-ons follow the billing term of the selected host. Before placing your order, check capacity against repository size, dependency caches, build artifacts, and how long you need to retain experimental data.

Add-on Daily Weekly Monthly Quarterly
+1TB SSD $2.8/day $7.6/week $14.1/month $38.4/quarter
+2TB SSD $5.6/day $15.2/week $28.2/month $76.8/quarter
Thunderbolt 5 link (per device) $1.7/day $4.5/week $8.4/month $22.8/quarter
All orders are billed in USD. Supported payment methods are USDT-TRC20 and Visa / Mastercard / Amex through Stripe. The payment gateway available to you is determined by the result returned in the console.
Northeast Asia latency reference
30~50ms
Node location
Seoul
Access methods
SSH / VNC
Operating status
Operating normally 365 days a year
NETWORK FACTS

Network facts for the Seoul node from Northeast Asia

When connecting from Northeast Asia, the average reference latency is 30~50ms. This figure is intended for an initial assessment of interactive distance and does not mean every carrier, time of day, or local network will produce the same result. Your experience also depends on your egress connection, inter-network routing, Wi-Fi quality, VNC display settings, and task data volume.

Evaluate interactive use and background workloads separately when choosing a node. For frequent graphical debugging, prioritize a shorter, more stable round-trip path. For Git pulls, remote commands, and automated builds, also consider the locations of your code source, dependency sources, and artifact storage. Build time is driven mainly by project size, concurrency, cache hits, and machine configuration—not network latency alone.

  • Before ordering, run route and latency tests from your actual work network at multiple times, including your normal working hours.
  • For SSH tasks, enable connection multiplexing and reduce repeated handshakes. Adjust VNC resolution and display quality to match your local bandwidth.
  • Keep large dependencies, caches, and build artifacts on the node whenever possible; sync only the code and final outputs you need.
  • Use fixed labels to bind CI runners to target jobs and avoid mixing environments with different chips, memory capacities, or toolchains.
ORDER TO READY

Four steps from order to ready

Decide on your use case, configuration, and term first, then retrieve your connection details. The times below help you plan the sequence; payment confirmation, current device availability, and project dependency volume can affect the overall timeline.

  1. 01

    Choose a host, term, and add-ons

    Estimated time: 3–5 minutes

    Choose Oak Core or Oak Forge based on peak task memory, concurrency, and local data volume. Start with a daily or weekly term for one-off validation; choose monthly or quarterly when you need to retain a runner, dependency caches, or an experimental environment. Check storage expansions and Thunderbolt 5 links individually before confirming the order.

  2. 02

    Confirm your order and pay in USD

    Use the gateway's real-time status

    Check the plan name, chip, memory, storage, billing term, and add-ons. Then choose USDT-TRC20, or pay with Visa / Mastercard / Amex through Stripe. Do not close a payment page while its result is pending, and do not submit another transaction for the same order.

  3. 03

    Retrieve connection details and complete the initial check

    Estimated time: 5–10 minutes

    Once the console shows the device as available, retrieve the host status, address, and connection details. After entering the system for the first time through SSH or VNC, verify the hostname, macOS version, chip architecture, memory, disk capacity, and time zone in sequence, then change the initial credentials immediately.

  4. 04

    Restore your toolchain and run a validation task

    Estimated time: 10–30 minutes

    Install or restore Homebrew, Git, language runtimes, and the Xcode toolchain, recording their versions and paths. Then pull a reproducible test project and verify dependency resolution, build output, log retention, and remote reconnection. When integrating with CI, register a self-hosted runner, assign dedicated labels, and trigger a validation job.

Ready to order once your use case, term, and storage needs are clear

Manage configuration, payment, connection details, host status, and ongoing device administration from one console.

Start configuring your cloud Mac
REGION FAQ

Frequently asked questions about the Seoul node

For region selection, latency assessment, and plan changes, start with the three points that matter most to your ordering decision.

Which locations and workflows is the Seoul node suited for?

This node is primarily intended for remote development, automated builds, and experimental workloads in Northeast Asia. If you frequently use the Xcode graphical interface, measure the round-trip path from your actual work network first. If you mainly run self-hosted runners, scripts, or overnight builds, also compare the locations of your code source, dependency sources, and artifact storage.

Why might measured latency to Seoul differ?

30~50ms is an average reference for Northeast Asia, not a guaranteed result. Your carrier, inter-network routing, local Wi-Fi, connection time, and VNC display settings can all affect the interactive experience. Test repeatedly on the network and at the times you plan to use, and record network round-trip time separately from machine build time.

How can I tell whether Oak Core is enough after ordering in Seoul?

Start by monitoring peak memory, concurrent build count, disk usage, and cache growth on real workloads. Single-project debugging, standard command-line tasks, and light pipelines can start on Oak Core. If workloads stay near 16GB of memory, require multiple concurrent jobs, retain extensive dependencies, or run larger models, compare Oak Forge directly with its 64GB memory and 2TB SSD. Configuration and availability are shown in the console.

READY TO ORDER

Choose a term and get your dedicated Mac mini

Open the console to confirm currently available configurations, billing terms, and add-ons. After confirming your order, you can view connection details and manage the device from the same entry point.

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