For teams in North America West Coast, move Xcode archiving, code signing, and CI jobs to a dedicated cloud Mac. The entire machine is yours, with build caches and toolchains kept ready for your project—no waiting for shared capacity.
Two configurations, four rental periods, from $20.1/day. Live availability is shown in the control panel.
Start with M4 for archiving a single app. For multiple targets, parallel testing, or larger local inference workloads, consider M4 Pro. Compare all four billing periods before confirming your configuration.
Showing daily pricing. Each card lists prices for all four billing periods.
Ideal for a single app, routine archiving, and lightweight CI. Run a complete release pipeline first, then use your build logs to decide whether you need more capacity.
$20.1/day
Factor in the space needed for source code, dependency caches, and build artifacts. After archiving, export any IPA files and dSYM files you need to keep.
For multiple projects, parallel simulator testing, and MLX or llama.cpp inference experiments. More memory and storage give complex workloads room to run.
$60.3/day
Determine the right level of parallelism by testing your own project. Track memory pressure and storage growth during archives and tests, then adjust runner concurrency.
Add storage if needed: +1TB SSD $2.1/day, +2TB SSD $4.2/day. Thunderbolt 5 daisy-chaining is $1.8/day per machine. Confirm full-term pricing, bundle requirements, and your order total at checkout. Before paying, check the selected node, rental period, and add-ons.
For North America West Coast, the regional average latency reference is 25~35ms. Use it to compare locations—not as a route-by-route measurement from your office network or a guarantee that every connection will fall within that range.
SSH input and remote desktop gestures are directly affected by round-trip latency. If you mainly use the Xcode desktop interface, test from your actual office network and see whether typing, scrolling, and switching windows feel right.
Archive time depends mainly on your project, compiler caches, and machine load. Cloning a repository, downloading dependencies, and uploading artifacts depend on the routes to those services. A single latency figure cannot predict the duration of an entire pipeline.
Check your office network connection, repository clone, dependency downloads, and artifact uploads separately. Corporate proxies, VPN routes, and local network congestion can all affect performance. Once the machine is ready, use results from your own workloads to assess it.
These are estimates for hands-on setup, to help you plan the work—not delivery time commitments. Payment confirmation, machine assignment, network downloads, and project build times are separate. Check progress in the control panel.
Select a machine, billing period, and node, then check any SSD add-ons. If you plan to keep multiple Xcode versions, simulator runtimes, and archives, allow enough storage.
All prices are in USD. Payment is available only via USDT-TRC20 or Visa / Mastercard / Amex (through Stripe). Available payment gateways are confirmed by the backend.
After payment, open the control panel to check your order and machine status. When your connection details arrive, verify the host, port, username, and login method, then follow the instructions to configure your SSH key.
Run xcodebuild -version to check the version, then sync your source, install dependencies, and configure code signing. Add the job to your CI pipeline after your first successful archive.
Before ordering, have your SSH public key, required Xcode version, and dependency list ready. Don’t include certificate private keys, signing passwords, or API keys in your order notes. Configure these credentials yourself after connecting to the machine.
Consider where your team connects from, how workloads are distributed, and what migration involves. Don’t treat a regional reference figure as a performance guarantee for your entire pipeline.
Start by considering who will connect to the machine. Team members who use remote desktop frequently should test the interactive experience from their location to US West. For CI-triggered jobs, also consider the routes to your repository, dependency sources, and artifact destination. The area your team serves is not necessarily the best location for your build node.
No. This is a regional latency reference for North America West Coast, describing round-trip connection time—not download bandwidth or archive completion time. To evaluate performance, track interaction latency, repository clone time, dependency resolution, archiving, and uploads separately. Don’t combine them into a single “node speed” figure.
Plan to redeploy rather than assume automatic replication between nodes. Keep source code and configuration scripts in version control, and back up IPA files, dSYM files, and any other required assets separately. Reconfigure signing assets using a secure process. Don’t end your current rental while it still handles build jobs; wait until the replacement machine is verified. For order changes, check the process through a support ticket in the control panel.
Start with a repeatable build workflow. Choose a configuration and rental period, then confirm the node, total, and delivery details at checkout.