Oakmini serves developers and engineering teams that need remote Apple Silicon environments. We provide dedicated Mac mini physical nodes—not virtual machines—and clearly list the chip, memory, storage, region, billing period, and management access so you can decide whether a setup fits your project before ordering.
Oakmini began with a specific need: iOS and macOS teams need remote Apple Silicon access, but borrowing devices, sharing desktops, and rebuilding environments for every task add waiting time, permission conflicts, and version drift.
Remote team members, external collaborators, and distributed pipelines should not depend on whether someone has powered on an office machine. A cloud Mac provides remote access to both the graphical interface and command line, while letting automated tasks run continuously on a fixed host.
Each user gets a dedicated Mac mini physical node without shared compute resources from other tenants. Project dependencies, cache directories, process state, and automated tasks stay on the same machine, making environment changes and issues easier to trace and reproduce.
Long-term usability depends on complete version inventories, installation steps, task logs, and recovery paths. Oakmini’s content and support process focus on these verifiable materials instead of replacing practical evaluation with abstract performance labels.
Oakmini provides physical-node rental and a unified management portal. Use the machine as a personal development workstation, pipeline executor, remote lab, or media-processing node, and choose a configuration based on concurrency, memory, and storage requirements.
Use VNC for the macOS graphical interface and SSH to manage repositories, dependencies, and scripts. Ideal for maintaining Xcode projects remotely, reproducing bugs, and running pre-release build checks.
Register a self-hosted runner and use labels to route macOS jobs to a designated node. Manage caches, artifacts, and logs by project directory—ideal for Fastlane and continuous integration scripts.
Keep models, runtime frameworks, data directories, and benchmark records in a fixed Apple Silicon environment. Ideal for validating local inference workflows and comparing memory usage and execution time across versions.
Turn encoding, transcoding, batch exports, and file organization into repeatable scripts. Keep media tools and task directories on a dedicated host to reduce environment setup before each job.
You should not discover chip, memory, disk, or billing-period differences after payment. Oakmini shows the same fields on the plan page and during order confirmation. Prices are charged in USD, with essential information never hidden behind vague package descriptions.
Alongside the model name, we list the chip, memory, and local SSD. Oak Core includes Mac Mini M4, 16GB RAM, and 256GB SSD; Oak Forge includes Mac Mini M4 Pro, 64GB RAM, and 2TB SSD.
Daily, weekly, monthly, and quarterly prices are shown separately—no back-calculating other periods from a monthly rate. Storage upgrades and Thunderbolt 5 add-ons are listed separately using the same billing-period structure for review before order confirmation.
Region names help teams choose collaboration and access locations; they do not imply coverage in unavailable cities. Actual node availability is determined by the configurations returned on the console order page.
Purchasing, renewals, host status, and order management are handled through one unified portal. Support explains the basis for decisions and troubleshooting steps, so users do not have to search multiple pages for administrative actions.
| Plan | Configuration | Per day | Per week | Per month | Per quarter |
|---|---|---|---|---|---|
| Oak Core | Mac Mini M4 / 16GB / 256GB SSD | $19.5 | $52.5 | $97.3 | $264.7 |
| Oak Forge | Mac Mini M4 Pro / 64GB / 2TB SSD | $59.7 | $161.1 | $298.3 | $811.4 |
All nodes operate continuously 365 days a year. Orders support USDT-TRC20 and Visa / Mastercard / Amex (via Stripe) only, with all charges in USD. Actual payment gateways are determined by the console interface.
When a build fails, a runner goes offline, or remote interaction behaves unexpectedly, the most valuable details are what happened, which version it happened on, and how to trigger it again. We recommend preserving configuration snapshots, task logs, and migration steps first.
After your first connection, record the hostname, macOS version, chip, disk, time zone, Xcode version, Homebrew path, and primary language runtimes. Save one record before and after upgrades instead of relying on memory to identify changes.
For build jobs, retain at least the start time, commit version, runner label, command, exit status, and artifact directory. Remove passwords, private keys, signing materials, and payment credentials from logs before sharing them.
Handle repositories, dependency lists, caches, working directories, and exported artifacts separately. Verify a minimal build path first, then restore concurrent jobs and large caches to narrow the scope when differences appear.
Use repeatable results as the completion standard: remote access can be rebuilt, dependencies install from the list, the test project builds successfully in succession, the runner is online, artifacts can be exported, and console management actions work.
$ sw_vers -productVersion
$ uname -m
$ xcodebuild -version
$ brew --prefix
$ git --version
$ df -h
record:
host
region
system
toolchain
runtime
storage
runner_labelsChoose a node based on the primary operators, the location of your code and data, and the scope of pipeline collaboration. Oakmini currently offers nodes in Singapore, Japan (Tokyo), South Korea (Seoul), Hong Kong, and the western United States.
Suitable for teams whose primary collaborators are in Southeast Asia or that need to run builds and automation centrally in the region.
Suitable for projects primarily developed and accessed from Japan, and a candidate node for East Asian teams comparing connection routes.
Suitable for development and automation workflows whose primary members are in South Korea; test connectivity from your actual work network before choosing.
Suitable for collaboration across southern China and parts of Southeast Asia, as well as remote development, continuous builds, and cross-region project maintenance.
Worth comparing when key collaborators, code services, or automation workflows are concentrated in the western United States.
Clear responsibility boundaries help prevent mistakes. Oakmini handles the rental of the physical node assigned to your order and provides the management portal; you remain responsible for project authorization, developer accounts, code assets, tool licenses, signing materials, and access credentials.
Verify host details, replace the initial credentials, restrict remote access, and record authorized members.
Use least-privilege repository access. Keep sensitive variables in a controlled environment; never write them into scripts or logs.
Regularly check disk space, task logs, runner status, and authorized users, and promptly remove expired credentials.
Export repositories, configuration, and artifacts; verify that backups work, then revoke access and remove sensitive materials.
For pre-purchase guidance, email support@oakmini.com. For existing orders, host status, or technical troubleshooting, sign in to the console and submit a ticket with the order identifier, node region, occurrence time, reproduction steps, and redacted logs.
Compare the chip, memory, storage, and four billing periods of Oak Core and Oak Forge. Before ordering, verify the node, additional storage, connection conditions, and USD payment options.