Dedicated Apple Silicon nodes

Rent a cloud Mac mini M4 physical node in Seoul

Give development, AI, and continuous integration workloads in Northeast Asia a closer-to-the-workload execution environment. Each order maps to one dedicated Mac mini M4 physical machine, with no CPU, memory, or local storage shared with other tenants.

Ideal for MLX inference services, Mac AI deployment, iOS/macOS builds, self-hosted runners, and automated tasks that require a full macOS graphical interface.

Rent a Mac mini M4 View all plans
1 : 1
One order per physical node
M4 · 16GB
Fixed, verifiable specifications
4
Billing periods available
Node deployment run sheet Seoul
Available
Regional access estimate 30~50 ms Initial route screening for Northeast Asia
Processor
Apple M4
Memory
16GB
Local storage
256GB SSD
Resource boundary
Dedicated physical machine
$ node-check --region Seoul The console returns the configuration, billing period, and live availability
Fixed specs, flexible billing periods

Choose the runtime period before moving in your workload

One configuration is currently available. Daily, weekly, monthly, and quarterly prices correspond to separate order periods, with no currency conversion and no vague “starting at” pricing hiding the full specification.

Available as listed

VMMini M4

Dedicated Mac mini M4 physical node for short- to medium-term AI inference, continuous integration, remote automation, and release pushes.

Daily rental $20.5 / day
Chip
M4
Unified memory
16GB
Local storage
256GB SSD
Node type
Dedicated physical machine, not a virtual machine
Quick validation and urgent builds $20.5 per day
Release pushes and staged testing $55.4 per week
Continuous integration and stable experiments $102.6 per month
Long-running queues and continuous deployment $279.1 per quarter

All prices are charged in USD. Payment is supported through USDT-TRC20 and Visa, Mastercard, or Amex processed by Stripe. The console provides the actual available payment gateway and node status in real time.

Choose this configuration
Screen the network path, then validate with real workloads

Reference latency from Seoul to Northeast Asia: 30~50 ms

This figure helps teams quickly estimate the distance between the node and their primary access region. It is not a fixed result for every carrier route, time of day, or protocol. Public routing, cross-border links, the team’s egress point, source-code location, and workload transfer volume all affect the actual round-trip time.

Before ordering, test separately from the developers’ network, the location of the code repository, and the path used by end users. Interactive graphical sessions depend primarily on round-trip latency and jitter; large dependency and model downloads depend more on sustained throughput; CI queues should also evaluate the source, cache, and artifact storage along the same path.

Regional reference latency 30~50 ms For initial screening, not a substitute for testing
Remote access
Record SSH input response, VNC rendering, and session drop frequency.
Code and dependencies
Test repository pulls, package-manager downloads, and large model transfers separately.
Job artifacts
Verify that archives, logs, and build artifacts can be fully transferred before the job ends.
From order to first run

Configure, pay, verify delivery, and start in four steps

Configuration and verification usually take about 15–30 minutes. Payment confirmation and node delivery are not included in this estimate; check the console for the current status.

  1. 01 About 2–3 min

    Confirm the use case and period

    Define whether the workload is MLX inference, Mac AI deployment, continuous integration, or remote automation. Then estimate the time needed for environment setup, execution, result export, and cleanup. The selected period should cover the full shutdown and exit process, not just command execution.

    • Confirm the location of code and model files
    • Decide whether build caches need long-term retention
    • Confirm how data will be moved out after the job
  2. 02 About 3–5 min

    Create the order and pay

    In the console, choose VMMini M4, a billing period, and any required storage or Thunderbolt 5 parallel expansion options. Review the order details, then complete payment in USD. Confirmation speed depends on the payment gateway response.

    • Verify M4, 16GB, and 256GB SSD
    • Verify the daily, weekly, monthly, or quarterly period
    • Save the order ID for future support
  3. 03 Follow console status

    Retrieve delivery details

    After the node is delivered, use the console to view the connection address, username, and access instructions. Your team should store private keys securely and never share them through chat logs, public repositories, or unencrypted documents.

    • Confirm that the order and node records match
    • Save and verify the host fingerprint
    • Grant access only to necessary team members
  4. 04 About 10–20 min

    Complete the first-run check

    After connecting, verify the system version, disk capacity, time, network, and permissions, then run a minimal health check. Do not move production keys, a complete model library, or sole-copy data into an environment before it has been verified.

    • Check that the connection recovers after a restart
    • Run a minimal MLX or CI test job
    • Verify log, artifact, and data-cleanup paths
Create the order after preparing the use case, period, and connection public key

This reduces idle time after delivery and keeps the first check focused on the network, permissions, and workload itself.

Create an order
Node ordering FAQ

Three buying questions about Seoul nodes

This section focuses on node selection and ordering decisions, not connection, build, or troubleshooting documentation.

Which teams are a good fit for Seoul nodes?

When key developers, code sources, model files, or service users are located in Northeast Asia, include this node in your initial testing. The final choice should not be based on geographic distance alone. Test SSH, graphical access, repository pulls, model downloads, and artifact transfers separately from the team’s actual egress point.

Does 30~50 ms mean every connection will have the same latency?

No. 30~50 ms is a regional access reference for Northeast Asia and is intended for early screening. Actual results vary with carrier routing, congestion, the team’s egress point, protocol, and transfer direction. For interactive remote access, observe both latency and jitter; when moving models or build artifacts, measure sustained throughput separately.

Are the machines provided on Seoul nodes shared resources?

No. The VMMini M4 currently available for purchase is a dedicated Mac mini M4 physical machine with 16GB unified memory and a 256GB SSD, not a virtual machine. Its CPU, memory, and local storage are not shared with other tenants. The console returns live availability when you place the order.

Match the period to the workload

Put a Mac mini M4 physical node to work on your next AI or build job

Create a daily, weekly, monthly, or quarterly order, all billed in USD. Before ordering, verify the workload, runtime period, data egress path, and remote connection details.

Rent a Mac mini M4 Compare billing periods