VMMini provides dedicated physical Mac machines in the cloud. Each order maps to one Apple Silicon physical node for MLX inference, Mac AI deployment, iOS/macOS builds, and remote automation—not a virtual machine carved from shared resources.
We list only the VMMini M4 configuration actually available for purchase across four locations: Singapore, Japan (Tokyo), South Korea (Seoul), and Hong Kong. Specs, term pricing, and catalog scope stay consistent across the public site and console.
Short inference experiments, release pushes, and build spikes often last only days or weeks, while buying equipment turns procurement, provisioning, networking, remote access, system updates, and troubleshooting into ongoing work. VMMini brings these infrastructure tasks into a cloud Mac service with flexible rental terms.
MLX inference validation may take days, release-period build queues may span a week, and continuous integration runners often run monthly or quarterly. Choose a term that matches the task instead of keeping idle equipment for a short-term spike.
Before selecting a node, verify the chip, memory, storage, term pricing, and add-ons. VMMini M4 is fixed at M4, 16GB RAM, and 256GB SSD, with no vague tier names hiding the actual specs.
Before work begins, decide how artifacts will be exported, how long logs will be retained, when keys will be revoked, and how data will be removed. This keeps the wrap-up from becoming a last-minute recovery effort when using a cloud Mac by the day or week.
Engineering teams evaluate infrastructure services using verifiable information. We use a fixed catalog to align the site, console, and support process instead of replacing facts with vague packaging.
The only available configuration is VMMini M4: M4, 16GB RAM, and 256GB SSD. Extra storage or Thunderbolt 5 clustering is priced separately and is not included in the base specs.
The catalog covers four locations: Singapore, Japan (Tokyo), South Korea (Seoul), and Hong Kong. Choose based on your team’s location, code source, and user access path—not just the city name.
The base configuration is strictly $20.5/day, $55.4/week, $102.6/month, and $279.1/quarter. Term pricing shown on the site must match the order catalog, with all amounts denominated and settled in USD.
The listed machine and location combinations are generally available to order; actual availability is determined by the real-time status returned by the console. Node events, order records, and support actions should be traceable to a specific time and order ID.
Different teams using the same cloud Mac have different priorities. We describe the inputs, operating model, and artifacts to take away for each workload instead of reducing every need to “remote development.”
Developers typically need a fixed Xcode toolchain, reliable dependency caches, traceable archived artifacts, and reproducible failure logs. The challenge is not a single compile, but local-device contention, environment drift, and scattered artifacts during release periods.
Continuous integration teams care about queue throughput, project isolation, cache cleanup, runner revocation, and failure retries. Shared environments can spread cache contamination and permission issues across projects; a dedicated physical node makes it easier to establish a per-machine operating baseline.
MLX inference and Mac AI deployment require attention to model files, memory usage, service listening addresses, health checks, and log collection. Common operational costs come from oversized model caches, excessive port exposure, and missing cleanup plans after experiments end.
All nodes operate normally 365 days a year. The service target measures node service availability, while excluding external network paths, errors in the user’s own software, and uncontrollable events from hardware-node conclusions.
This dashboard illustrates the measurement structure and target criteria; it does not replace order-level event records. Specific node status and associated times are based on information returned by the console.
A node city determines the physical deployment location but cannot predict every user’s access experience. Before ordering, test node availability, the actual network path, and the workload’s own status as three separate layers.
For teams and workloads in Southeast Asia. Start by testing the team’s egress, code source, and target-user networks separately.
Choose Singapore NodeFor access paths in Japan and East Asia. Check the office network, automation platform, and dependency download paths together.
Choose Tokyo NodeFor tasks in South Korea and Northeast Asia. CI teams should evaluate the actual path from the runner to the code source.
Choose Seoul NodeFor access needs across southern China and Southeast Asia. Distributed teams should collect connection results from each office network separately.
Choose Hong Kong Node| Layer | Check First | Record | Next Step |
|---|---|---|---|
| Node Availability | Whether the host responds, the system has started, and the order status is normal | Order ID, node, occurrence time, and connection result | Verify the status in the console; submit a linked support ticket if abnormal |
| Network Path | Local egress, carrier routing, code source, and target-service path | Source network, destination address, continuous test results, and route information | Retest from another source network to distinguish a single-path issue from a node issue |
| User Software | Processes, ports, permissions, dependencies, disk, and task logs | Reproduction steps, versions, redacted logs, and recent changes | Roll back recent changes first, then restore each task layer step by step |
A physical node reduces shared-resource exposure, but code, credentials, service ports, logs, and exported data remain under the user’s control. Security practices should cover the start, runtime, and end of every task.
Grant only the permissions required by task owners and automation processes. Store project credentials separately from personal access information, and never place private keys directly in repositories, build scripts, or image layers.
Rotate access keys for long-running tasks according to team policy. Before sharing logs for troubleshooting, remove tokens, private keys, environment variable values, and personally identifiable information, then attach the redacted logs to the support request.
Before the order ends, confirm that build artifacts, model configuration, test results, and required logs have been exported. Then revoke the runner, delete temporary credentials, clear model and build caches, and verify that automation no longer targets the node.
Responsibility boundary:VMMini is responsible for the physical node service associated with the order and console records; the user is responsible for their own code, access credentials, software configuration, open ports, workload content, and data export arrangements.
Configuration, pricing, the node catalog, service status, and policies affect procurement and operations. Relevant changes are published through clear channels so one page, language version, or console does not retain outdated information.
Machine specs, location coverage, term pricing, and add-ons enter the official catalog first, then sync to plan pages, checkout, and help content. Combinations outside the catalog are not shown as unavailable options.
Verify Plan CatalogConnection steps, MLX service checks, CI troubleshooting, and data-export methods are maintained in the Help Center. Operational changes should also explain the applicable scenarios and steps that require revalidation.
Open Help CenterThe console links each order’s node, term, payment, events, and support records. For issues involving an existing order, submit them through the console first to reduce repeated explanations.
Open ConsoleRules covering data processing, service targets, usage responsibilities, and dispute handling are set out separately in the Privacy Policy and Terms of Service. Changes affecting user rights or responsibilities update the relevant text.
Machine specs, the four-location catalog, pricing figures, payment methods, service targets, and contact channels are key facts. Updates use the same source across languages and never change product boundaries by locale.
Confirm the required runtime, code-source location, storage capacity, and exit plan, then choose daily, weekly, monthly, or quarterly use. Orders are settled in USD.