Follow the practical sequence for first-time connections, Xcode and command-line tool setup, data migration, CI/CD integration, and issue escalation. Every step includes the required inputs, actions, and acceptance criteria, for dedicated physical nodes without shared virtual machine resources.
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The goal of a first connection is not to install every tool immediately, but to confirm that the device, node, identity, and graphical interface all match. Complete these four steps before migrating code and dependencies.
Sign in to the console, open the device details for the relevant order, and record the order number, model, node, host address, and current system version. Never copy connection credentials into group chats, public documents, or repository files.
Acceptance: order number matches the device detailsVerify that the selected node suits your team's access location, then test connectivity from the local network to the host address. If the company network restricts outbound traffic, first confirm that the connection port is not blocked by policy.
Acceptance: address is reachable and node is correctRead account and connection information only from the device details in the console. After first use, update credentials according to your team's access policy and limit access to members who actually need to connect.
Acceptance: authentication completes successfullyAfter entering the macOS graphical interface, check the display resolution, keyboard layout, clipboard, and terminal. Open “About This Mac” to verify the chip, memory, and system version.
Acceptance: desktop and terminal are both usableRecord the time, local network, error message, and steps already taken. Do not change the password, network settings, and remote access configuration repeatedly at the same time; otherwise, it becomes difficult to determine which change affected the result.
A reproducible environment should record at least the operating system, Xcode, command-line tools, package manager, language runtime, build tools, and project SDK. Establish a version baseline first, then install dependencies one by one.
Save command output with the project documentation or internal configuration manifest. Redact sensitive paths and repository addresses.
| Tool | Installation or configuration focus | Verification command |
|---|---|---|
| Xcode | Record the full version, build number, and currently selected path | xcodebuild -version |
| Command Line Tools | Confirm they match the current Xcode path to avoid invoking an outdated toolchain | xcode-select -p |
| Homebrew | Export the dependency list first, then reinstall it in the new environment | brew config |
| Git | Configure commit identity, credential scope, and repository access method | git --version |
| Fastlane | Pin the version through project dependencies to prevent global version drift | bundle exec fastlane --version |
| Project SDK | Record the Ruby, Python, Node, or other runtime versions | xcrun --show-sdk-version |
The recommended order is Xcode, Command Line Tools, Homebrew, Git, language runtimes, Fastlane, and the project SDK. Run the verification command and save its output after each layer.
View the migration acceptance pathWhen validating multiple Xcode and macOS combinations, keep the current stable baseline first. Record paths, versions, and project test results before and after switching, then decide whether to change the default toolchain.
Explore environment migration optionsCopying an entire local environment often brings along stale caches, absolute paths, and unused dependencies. A more reliable approach is to migrate essential data first, rebuild the toolchain, and connect automation last.
Separate code, build inputs, configuration files, caches, and artifacts. Migrate only data that must be retained long term or whose origin can be verified.
Install Xcode, command-line tools, Homebrew dependencies, and language runtimes from the version manifest. Do not replace installation records with a full-disk copy from the old machine.
Validate the runner with a low-permission test repository before connecting the production project. Define labels, the working directory, cache, and artifact policies in the pipeline configuration.
The terms below describe resource ownership, connection methods, and build workflows. They are not marketing labels; they establish the boundaries of operation and troubleshooting responsibility.
The key to runner integration is not merely getting the first task to pass, but ensuring that credential scope, label routing, cache directories, artifact retention, and failure logs remain manageable over time.
Use dedicated credentials for the runner, granting only the permissions needed to pull code, read required dependencies, and upload specified artifacts. Never put administrative permissions or long-lived keys in pipeline files.
Recommended labels include the operating system, chip architecture, Xcode baseline, and task purpose. Pipelines select nodes by capability labels, preventing routing failures when a device is renamed.
Dependency caches and DerivedData should have clear boundaries and must not be mixed with non-reproducible build artifacts. Cleanup policies should preserve the rebuild path and prevent disk usage from growing continuously.
Whether a task succeeds or fails, return the necessary test reports, key build logs, and artifact index. Preserve the original time order of logs while removing credentials and personal data.
An effective issue description enables support staff to identify the specific order, node, system environment, and failed step. Never place passwords, private keys, complete tokens, or unredacted signing materials in a public area.
The more complete the fields, the less back-and-forth is needed. If an item cannot be confirmed, write “unknown” instead of replacing observation with a guess.
Console tickets can be associated with the order and device context. After submitting, avoid repeatedly changing the system, connection settings, or tool versions unless the ticket response requests a specific validation.
Open a console ticketIf you do not have an order yet, describe your team's location, target toolchain, expected task types, preferred node, and rental period to help determine the right configuration and migration path.
Go to the contact pageAll prices and bills are settled in US dollars (USD). Payment methods are limited to USDT-TRC20 and Visa / Mastercard / Amex (via Stripe); check the console for the gateways currently available.
Open the relevant order in the console and verify the model, term, node, storage add-ons, number of Thunderbolt 5 links, and total USD amount. Do not infer the associated order from the amount shown only in a payment record.
For Visa / Mastercard / Amex (via Stripe), verify the order number, USD amount, payment time, and order status shown in the console. Never send a full card number or security code by email.
Keep the transaction identifier associated with the order and verify the chain type, USD order amount, and console status. When submitting a support request, provide only the identifiers required and never expose wallet access credentials.
Do not create multiple identical orders. Save the order number, payment time, USD amount, and necessary transaction identifiers, then submit a check through a console ticket.
If you already know the toolchain, runtime, and team location, configure one of the two M4 dedicated physical cloud Mac options directly. If you are still comparing environments, review the full pricing and specifications first.