First choose the physical node that best suits the operator’s access path, then select one of three configurations based on peak workload. After payment is confirmed, the system completes node assignment, macOS initialization, and credential delivery in sequence; the normal process takes about 4 minutes.
Each valid order corresponds to one dedicated physical machine. Compute, memory, and baseline storage are not shared with other tenants; delivery is a physical node, not a virtual machine.
Use a work email for order and delivery messages; the node determines the primary access path; the term determines the billing period; and the configuration should be based on peak workload rather than idle usage.
Use an address that can receive email over the long term. For team orders, use a work mailbox that the project or operations owner can access continuously, so delivery information remains traceable when team members change.
Choose based on the actual operator’s location, not the company’s place of registration. Remote desktop responsiveness is primarily affected by the access path, network jitter, and local network quality.
Schedule one-off validation by the day or week; ongoing development, fixed pipelines, and long-running experiments are usually easier to manage monthly or quarterly. The order confirmation determines the expiration time.
Confirm project size, build concurrency, model size, and peak intermediate artifacts first. If you need more space beyond the baseline configuration, select +1TB SSD or +2TB SSD when ordering.
All three configurations are available in Singapore, Tokyo, Seoul, Hong Kong, and the US West Coast. Combinations in the catalog are normally orderable; final availability is shown in real time by the console.
Suitable for remote development, automation, and media-processing tasks when the primary operator is in Southeast Asia. Before ordering, test latency and jitter from the actual office network.
Suitable for developers in Japan and nearby regions accessing a remote Mac desktop. For interactive Xcode work, also check latency, resolution, and color-quality settings.
Suitable for development and CI tasks when the primary operator is in South Korea or Northeast Asia. Test from the build executor’s network rather than judging solely by the administrator’s location.
Suitable for remote access from South China and parts of Southeast Asia. Enterprise networks may use specialized egress paths, so test from the actual office network before choosing a node.
Suitable for remote development, build pipelines, and experiments on the North American West Coast. If operators span multiple time zones, prioritize the team network used most frequently.
Do not look only at the project’s current size. Dependency installation, parallel compilation, simulators, model loading, and export caches often consume memory and storage at the same time, so choose for the heaviest workload segment.
Suitable for work with manageable dependencies, low concurrency, and regularly maintained caches. Start here when validating an engineering environment, running short-term builds, or automating a single repository.
Suitable for engineers using a remote Mac as a continuous development environment, as well as moderately parallel build tasks. Extra memory gives the IDE, dependency processes, and caches more headroom.
Suitable for tasks with clearly high memory peaks, long build chains, or local model inference. The 2TB baseline storage accommodates larger models, media, caches, and exported results.
If the workload is unclear, record one local run’s peak memory, total project and dependency size, cache growth rate, and output size, then compare them with the three configurations. Extra SSD is an add-on and does not change the configuration’s baseline hardware specification.
Compare Daily / Weekly / Monthly / Quarterly PricesIn the order flow, check the selected model, node, daily / weekly / monthly / quarterly term, additional SSD, and number of Thunderbolt 5 devices connected in parallel. Before submitting payment, verify the order owner’s work email once more.
Verify the model name and its corresponding M4 / 16GB / 256GB, M4 / 24GB / 512GB, or M4 Pro / 64GB / 2TB specification.
The node should match the primary operator’s access path. Choose a daily, weekly, monthly, or quarterly term; pricing and expiration details are shown on the order confirmation page.
Add options only when you clearly need more storage or device connectivity, and record the add-ons in the team asset register.
Supported payment methods are USDT-TRC20 and Visa / Mastercard / Amex (via Stripe) only. All charges are settled in USD; actual gateway availability is returned by the backend.
Save the order number, model, node, term, and payment status. For order issues or problems during operation, sign in to the console and submit a ticket with the order number and time of occurrence.
Delivery time is a reference for the normal automated process, not a fixed countdown for every order. If the backend requires further verification, rely on the status returned by the console.
The system confirms the order amount, payment result, model, node, and rental term. Keep the order number at this point and do not submit the same order again.
Completion marker: the order enters the node-assignment process.The system confirms the requested model and region against the order catalog, then assigns one physical node to the order. Catalog combinations are normally orderable; final availability is shown in real time by the console.
Completion marker: the order receives a unique node identifier.The automated process prepares the macOS environment, network parameters, and remote-access services, then performs basic availability checks. Do not repeatedly create connections while the status is changing.
Completion marker: the node status enters the connectable stage.The system provides the information required for the first connection through the channel associated with the order. After receiving it, verify the node identifier first, then connect from a trusted device.
Completion marker: the first remote-access check can begin.A successful first connection should verify identity information, desktop resolution, keyboard layout, session disconnection, and reconnection. Only after these checks should you install project dependencies or sync large files.
sw_vers
Confirm that macOS environment information can be read correctly
uname -m
Expected output: arm64, confirming the Apple Silicon architecture
df -h /
Check available system-volume space and mount status
networkQuality
Record the current node network test results for later comparison
First lower the remote desktop resolution and color quality, then compare wired and Wi-Fi connections. Do not judge interactive performance while syncing large files.
Check the keyboard layout in the local operating system, remote client, and macOS separately, and record the specific key pressed and the character actually produced.
Check the node status and local network, then reconnect through the client. If the issue persists, collect the time of occurrence, client version, and an error screenshot.
The goal of first verification is to establish a baseline: record environment versions, run one representative build or inference task, confirm storage and network, and leave operating notes that the next team member can reproduce.
Record the macOS, Xcode, compiler, runtime, and package-manager versions. Install only the dependencies required for the current task; do not copy the entire environment from an older machine at once.
For development, run a clean build and test; for CI, run a single-repository pipeline; for model work, load a model of known size and complete a short inference run.
Record available space, cache growth, download results, and upload results before and after the task. If you added an SSD or connected Thunderbolt 5 devices in parallel, confirm that each device is recognized and mounted correctly.
Write down the node, model, environment versions, project path, commands, log location, artifact location, disconnection steps, and troubleshooting entry point so the task can be handed off.
The entry configuration is OAM M4 16: M4, 16GB memory, 256GB SSD, with a daily price of $20.7. For continuous development, parallel builds, or large-model inference, choose one of the other two configurations.