A dedicated Apple Silicon physical host—never a virtual machine. Rent by the day, week, month, or quarter for Xcode builds, CI/CD, AI experiments, and remote development.
Choose a model, location, and rental term to place an order. Receive delivery details, then move your code, toolchain, and build jobs into a dedicated Apple Silicon environment.
From Xcode Archive to signed artifacts, jobs run on the physical Mac mini assigned to you. Project resources are never shared with other tenants.
The CPU, memory, and storage belong to your current rental node and are not shared with other tenants. Build caches, dependency directories, and artifact paths can follow your team’s conventions.
For remote coding, automated runners, archive signing, and batch jobs. Nodes run continuously 365 days a year for reliable access.
All prices are settled in USD. Actual availability and the final amount due are based on the order confirmation returned in real time by the console.
Mac mini M4 · 16GB RAM · 256GB SSD
Mac mini M4 Pro · 64GB RAM · 2TB SSD
SetMini provides a dedicated Mac for remote access, runner registration, and Apple Silicon workloads. Each workflow needs clear inputs, execution steps, and outputs.
Connect to the cloud Mac, pull your repository, and pin macOS, Xcode, and dependency versions. Debug, archive, sign, and validate, then return the IPA, dSYM, and submission records to team storage. Keep build commands, commit versions, and output summaries with every release for reproducibility.
Register the physical Mac as a dedicated runner, isolate certificates and keys, and run dependency restoration, unit tests, archiving, signing, and artifact uploads. Failed jobs retain exit codes, build logs, and cleanup results.
Validate models, frameworks, and quantization approaches in an Apple Silicon environment while recording memory usage, batch parameters, and runtime results. Ideal for experiments that require the macOS toolchain or consistent chip hardware.
Send source media and job lists to a dedicated node for format conversion, proxy generation, rendering, and batch export. Isolate input, temporary, and output directories by project, then reclaim artifacts and remove sensitive media when jobs finish.
Four locations are currently available: Singapore, Japan (Tokyo), South Korea (Seoul), and Hong Kong. Before choosing, consider your team’s location, asset sizes, frequency of interactive use, and collaboration time zones.
Ideal for Southeast Asian teams and development or build jobs spanning multiple Asian collaboration time zones.
Ideal for development teams in Japan and Northeast Asia handling interactive development, release preparation, and automated builds.
Ideal for Korean teams running remote development, continuous integration, archive signing, and batch testing.
Ideal for cross-region Asian teams handling remote development, build delivery, and batched large-file transfers.
“Cloud Mac” describes how you order, receive, and access the service remotely; “dedicated physical machine” describes resource ownership; “not virtualized” means jobs run directly on the assigned Mac mini.
Your team does not need to keep the device in the office. Choose a model, location, and rental term, retrieve delivery details through the console, and connect from your existing development environment.
Your order corresponds to one physical Mac mini. The CPU, memory, system disk, and job directories are not shared with other tenants, keeping resource boundaries clear.
Builds, signing, tests, inference, and media jobs run directly on Apple Silicon nodes—not on shared compute instances presented as dedicated Macs.
All nodes operate continuously 365 days a year. Availability targets, measurement scope, exceptions, claim materials, and processing conditions are governed by the service terms.
Status records for the past 90 days
“I keep my signing environment on the same remote Mac. Before release, I only need to verify the repository, certificates, and archive results.”
Independent iOS developer
“Once the runner has clear ownership, build caches, Xcode versions, and failure logs are much easier to track.”
Mobile build lead
“Batch jobs run on a dedicated node, so media and output directories can stay fixed by project.”
Media engineer
Topics include cross-time-zone collaboration, build optimization, submission workflows, container tools, multi-version testing, and Unity iOS builds.
“Argument list too long” is caused by the combined size of arguments and the inherited environment. This guide measures the available headroom and replaces fragile command expansion.
DevOps & CI/CD 08.17Reuse SSH connections between a CI orchestrator and a cloud Mac with ControlMaster, while isolating parallel jobs and cleaning up stale control sockets safely.
DevOps & CI/CD 08.06A practical workflow for resolving Xcode destinations at job start, separating generic archives from simulator tests, and rejecting ambiguous device matches.
DevOps & CI/CDFor execution steps covering connections, builds, permissions, billing, and service status, continue troubleshooting in the usage support center.
SetMini provides dedicated physical Mac minis delivered through the cloud, without shared virtual machines. Each order maps to a specific Apple Silicon physical node, ideal for workflows that need a fixed toolchain and clear resource boundaries.
Only two plans are currently available: SetMini M4 and SetMini M4 Pro. Locations are Singapore, Japan (Tokyo), South Korea (Seoul), and Hong Kong. Both models can be ordered in all 4 locations.
Rent by the day, week, month, or quarter, with all charges settled in USD. Payment is limited to USDT-TRC20 and Visa / Mastercard / Amex (via Stripe). The actual available gateway is determined by the backend response.
Yes. Nodes support remote Xcode builds, dedicated runners, signing, archiving, artifact uploads, local Apple Silicon inference, and media batch processing.
Starting at $19.3/day. Open the console to check real-time availability, then choose a model, location, rental term, and add-ons.