Device boundary
Each valid order corresponds to one dedicated physical device. The selected chip, memory, and base storage follow the order configuration; do not apply assumed specifications from another project to the current node.
Every order includes one dedicated Apple Silicon physical machine—not a virtual machine. Device, credential, network, and data boundaries are handled separately, helping development teams understand what the platform provides and what they must verify before renting.
Each order maps to one dedicated device, with computing resources used by the current renter.
Users manage and rotate access credentials, limiting use according to each member’s responsibilities.
Verify the target node, host fingerprint, and local network environment before connecting.
Users are responsible for uploaded content, backup strategy, export planning, and cleanup before the rental ends.
The console displays order, node, and connection details. Development, builds, and experiments run on the dedicated physical node assigned to the order.
Confirm who will use the device and the scope of their tasks.
Review the order ID, region, and connection details.
Verify credentials, address, fingerprint, and session status.
Run workloads on a dedicated Apple Silicon physical machine.
Each valid order corresponds to one dedicated physical device. The selected chip, memory, and base storage follow the order configuration; do not apply assumed specifications from another project to the current node.
The console provides node-related details, but verify the region, target address, and host fingerprint before starting a session. If the target differs from saved records, stop connecting and submit a ticket.
Users decide whether to write repositories, build artifacts, certificate files, training data, and logs to the node. Teams must set their own backups, access scope, retention period, and export plan before the rental ends.
Do not rely on shared spreadsheets or group chats to store long-lived access information. Credentials should map clearly to people, devices, and task scopes.
Use separate credentials for the console and remote sessions; never reuse them for code repositories, email, or other development services. Passwords should be long enough and avoid project names, member names, and sequential characters.
Use distinct keys for different people and automation tasks. Store private keys only on approved devices or in a team-approved key management location, and keep traceable records of public-key changes.
Development, builds, log viewing, and data export do not need to use the same account by default. Grant only the permissions required for each task, then expand them when necessary; avoid retaining excessive access for convenience.
When work ends, actively sign out of the graphical desktop and terminal connections, remove temporary credential files, and check for unnecessary background processes. Lock local devices in shared workspaces.
When a team member leaves, changes roles, or ends a contractor engagement, the node owner should perform a complete revocation—not merely remove the person from a project chat. Remove console authorization, revoke remote-access keys, rotate potentially shared credentials, terminate existing sessions, and check whether automation still references old access details.
Remote desktops, terminal sessions, and automated access work differently, but all require three basics: verify the target, protect credentials, and redact logs.
Confirm the order ID, node region, and connection address in the console. Do not connect directly from old screenshots, forwarded messages, or browser history—especially when your team manages multiple devices.
Save the verified host fingerprint on first connection. If it changes later, stop the session and confirm the node details; do not delete the local known-host record just to bypass a warning.
Remove access keys, passwords, tokens, private certificate material, internal repository addresses, and user data before submitting diagnostics. Keep only error codes, timestamps, command results, and necessary context.
Sign out after completing work and confirm that sensitive files are not left in temporary directories. Automation should record the execution identity and initiation source so background processes can be traced.
Users manage project data on the node. The end of a rental is not a substitute for a backup process; complete exports and verification while the device is still accessible.
Before writing repositories, dependency caches, certificate files, build assets, or experiment data, confirm that the content comes from a legitimate source. Clearly identify what must enter the node and what should remain in the team’s existing storage.
Limit access by task during development and builds; avoid copying private material into unrelated directories. Logs, caches, and temporary files may also contain project identifiers or paths and should be checked routinely.
Before the rental ends, export source changes, build artifacts, necessary logs, experiment results, and environment configuration notes. After exporting, open the files at the destination or verify their checksums; a transfer marked complete is not enough.
After confirming the export, delete project files, temporary credentials, key copies, caches, and debug logs that are no longer needed, and exit all interactive sessions. The cleanup record should state who performed it, which directories were covered, and when it was completed.
If your project has audit or compliance requirements, your team should determine the number of backups, storage locations, verification method, and cleanup-record format. Do not treat an unverified transfer copy as a recoverable backup.
Available regions are Singapore, Japan (Tokyo), South Korea (Seoul), Hong Kong, and the US East. All three machine plans cover these five nodes; actual availability is returned in real time by the console.
| Node | Region code | Connection planning | Data and project checks | Confirm before selecting |
|---|---|---|---|---|
| Singapore | SG | Suitable for testing connection paths for teams in Southeast Asia. | Confirm that the project permits data and build artifacts to be processed in the selected region. | Local network path, member locations, delivery recipients |
| Japan (Tokyo) | JP | Suitable for validating remote-session paths for teams in Japan and nearby regions. | Review customer contracts, release workflows, and internal regional requirements. | Connection test, toolchain versions, delivery scope |
| South Korea (Seoul) | KR | Suitable for graphical desktop and terminal testing by members in South Korea and nearby regions. | Confirm the handling boundaries for logs, test assets, and artifacts. | Network path, personnel permissions, data category |
| Hong Kong | HK | Suitable for comparing real-world connection performance across offices in different locations. | Decide whether to use it based on project contracts and team policies. | Project rules, connection results, backup plan |
| US East | US-E | Suitable for connection testing by North America East teams or related delivery workflows. | Review customer location, project constraints, and data-processing requirements. | Member time zones, delivery region, access list |
Team members’ locations are more useful than broad geographic distance. Before choosing a region, test the connection from the actual work network and record the time, client, and network type.
Customer contracts, internal policies, and project data categories may affect region selection. Availability does not automatically satisfy every project’s compliance requirements; a responsible owner familiar with the project should confirm the decision.
Record the node, machine plan, purpose, test results, and approver. When changing regions, recheck the connection path, access list, data migration, and cleanup of the old node instead of reusing the original conclusion.
If you find an unusual connection, suspected credential exposure, inconsistent node information, or an unknown background task, stop the relevant activity and preserve redacted evidence before reporting through an official channel.
Provide a time range including the time zone, and note when it was first discovered and most recently reproduced.
Verify the actual region in the console: Singapore, Japan (Tokyo), South Korea (Seoul), Hong Kong, or US East.
Specify HireAMac M4 S, HireAMac M4 M, or HireAMac M4 Pro L, and include the order ID.
Describe which parts of the graphical desktop, terminal, automation tasks, files, or build artifacts are affected.
List the client, commands, expected result, and actual result in order. Avoid writing only “unable to use.”
You may attach error codes, fingerprint differences, process details, and necessary logs, but remove valid credentials and private project content first.
State whether you stopped the session, revoked keys, rotated credentials, paused automation, or isolated related files.
Choose one of three physical machine plans, then confirm the target region among five nodes, rental period, and data export plan. All nodes run continuously 365 days a year; connection details and real-time availability are shown in the console.