Every order includes one dedicated physical Mac mini node. Compute, unified memory, and local storage are never shared, making it ideal for Xcode builds, CI/CD, remote development, and Apple Silicon experiments.
Each order is assigned to one dedicated Mac mini and never enters a shared compute pool. Continuous builds, dependency installation, and local caching all run on the same physical node.
The CPU, unified memory, and local SSD serve only your workloads. Resource patterns during long builds are easier to predict, while Xcode, dependencies, scripts, and cache policies can be pinned to reduce intermittent failures caused by environment drift.
Sustained workloads never compete with other customers for compute, unified memory, or local storage throughput.
Install command-line tools per project, manage background services, and adjust build directories and cache locations.
Pin macOS, Xcode, dependency manifests, and build scripts so your development machine and runner share the same baseline.
The price switch updates the selected billing period. Chip, memory, and base storage remain fixed; choose the region when placing your order.
Ideal for lightweight Xcode builds, single-task development, script execution, and short-term compatibility checks.
Ideal for everyday remote development, multitask builds, medium-sized projects, and always-on self-hosted runners.
Ideal for highly parallel builds, large workspaces, MLX inference, and experiments with high unified-memory requirements.
All three configurations are available in Singapore, Japan (Tokyo), South Korea (Seoul), Hong Kong, the US East Coast, and the US West Coast. Standard catalog combinations are generally orderable; live availability is returned by the console.
PHYSICAL MAC MINI NETWORK · 6 REGIONS
Prioritize the region hosting your code repositories, dependency mirrors, and artifact storage to reduce cross-region paths when fetching dependencies and returning artifacts.
Choose a node close to your primary operators. SSH tolerates latency reasonably well, while graphical interaction depends more on a stable public route with low jitter.
A node’s region is not the same as the target user’s region. Evaluate application network tests alongside the target market, test devices, and business service locations.
Manage configuration, orders, and nodes from one console. After delivery, copy the host address, username, and key details, verify local key permissions, and connect.
Combine three configurations, six regions, and four terms: day, week, month, or quarter.
Pay with USDT-TRC20, or use Visa / Mastercard / Amex via Stripe.
The console assigns your order to a dedicated physical node and generates its connection details.
Copy the host address, username, and key details, check local key permissions, and connect to your cloud Mac.
When choosing a configuration, consider project size, concurrent tasks, unified-memory peaks, local caching, and dependency volume—not just the chip name.
Pull code, install dependencies, prepare signing, run tests, archive, and export build artifacts on a dedicated node. Start with OnceMac M4 16 for lightweight projects; choose more unified memory and local storage headroom for larger dependency sets or parallel tasks.
See configuration criteria →Run self-hosted runners, fixed build queues, and reproducible toolchains. For everyday multitask builds, start by evaluating OnceMac M4 24.
See configuration criteria →Organize your workflow with SSH, Git, Homebrew, and your editor. Graphical interaction varies with local network latency and jitter.
See the first-connection guide →Model size, quantization, and context length all affect unified-memory usage. For high memory requirements, start by evaluating OnceMac M4 Pro 64.
See configuration criteria →Plan resource import, Xcode project generation, dependency installation, signing, archiving, and artifact transfer, with storage reserved for the Library cache.
See the complete workflow →The console shows delivery status, physical-node configuration, and connection details. When troubleshooting, include the order number, node, time range, command output, and redacted logs in your support ticket.
Find complete steps for first connection, Xcode setup, CI/CD integration, file migration, and troubleshooting in the Help Center.
Go to Help CenterArticles are organized into a monthly timeline by publication date, with months and nodes on the left and test conditions, procedures, and scope on the right.
Treat the Xcode project file as a testable build input and reject merge debris, parser failures, missing schemes, and setting drift before the full build.
Read more → DevOps & CI/CDStore a framework’s public Swift interface and compare every proposed change so breaking API edits cannot enter a release branch without an explicit review.
Read more → DevOps & CI/CDFreeze known Xcode warnings in a reviewable baseline, then block only new findings with stable signatures and archived build evidence.
Read more →New performance tests, environment migrations, and engineering notes will appear in the blog timeline.
3 fixed configurations · 6 available regions · day, week, month, and quarter terms · billed in USD
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