Each order is assigned one dedicated physical Mac rather than a shared virtual machine. The platform handles node delivery, access-control paths, and reclamation; you handle in-system accounts, project code, backup choices, and third-party tool configuration.
Security is not a single switch. The physical host, service control plane, macOS configuration, project dependencies, and team operations are controlled by different roles. Use the matrix below to confirm boundaries before deployment and quickly identify the owner when something goes wrong.
| Control layer | BAMini platform | User | Recommended evidence |
|---|---|---|---|
| Physical node | Assigns one dedicated physical machine per order, maintains the order-to-node mapping, and manages delivery and reclamation controls. | Use the node only within your order and do not hand it over to unauthorized operators. | Order number, model, node region, current status. |
| Console account | Provides authentication, order management, connection details, and ticket access. | Use a unique password, control access to the email account, review sessions, and promptly update exposed credentials. | Session records, credential update time, incident time. |
| macOS environment | Delivers a connectable system environment and the associated access details. | Manage in-system accounts, permissions, project files, tool configuration, and local security settings. | System version, account list, permission changes, configuration records. |
| Code & dependencies | Provides the physical resources that host the workload. | Review source code, package dependencies, build scripts, secret injection, and third-party plugins. | Lockfiles, dependency sources, commit history, build logs. |
| Data continuity | Provides node access and status information during the order period. | Design backup and recovery procedures, and export and verify data before the order ends. | Latest backup time, recovery test results, migration checklist. |
Issues involving node assignment, console status, or delivery paths should be investigated by the platform. Issues involving accounts, permissions, project configuration, dependencies, or data protection inside macOS require the user to preserve the current state and review their own changes first.
BAMini services are dedicated physical Cloud Macs. Isolation means more than providing a separate desktop: it keeps each order mapped to a verifiable physical node and applies clear state transitions during delivery, at order completion, and before reassignment.
The system assigns a physical node based on the selected model and region and generates the connection details for that order. Before use, verify that the order number, model, region, and console display match.
A dedicated physical machine reduces shared-compute exposure, but it does not replace account management. Share the connection address, username, and credentials only with people who need them for the current task, and record the sharing scope.
Before the order ends, export source code, build artifacts, logs, and other data that must be retained. After migration, verify that the copy is readable and remove old credentials from automation workflows.
The console manages orders, displays connection details, and accepts tickets; macOS accounts handle development and automation tasks. Use different credentials for the two layers, and record authorized users, purpose, and last update separately.
When troubleshooting, submit only the necessary order number, node region, time, error text, and redacted logs. Stop any request to send secrets directly and verify it through the official support channel.
Remote desktop security depends on the client source, local network, connection-detail protection, and session shutdown steps. Do not treat a successful connection as the end of the check; unusual latency, unfamiliar sessions, and credential changes also need to be recorded.
Install a VNC client from a trusted source, record its version, and assess updates promptly. Do not run modified clients from unknown sources or clients bundled with unknown plugins.
Prefer a controlled network and avoid handling sensitive projects directly on public networks where participants cannot be verified. When connectivity is abnormal, record route changes and the local egress environment.
Lock the system before leaving your desk. After a screen-sharing review, close unneeded windows, terminals, and remote sessions so tasks do not continue without supervision.
Watch for unknown logins, unusual input behavior, changed settings, unfamiliar background processes, and unexplained task usage. When you find an anomaly, record the time and symptoms before stopping high-risk operations.
After a personnel change, broader sharing, accidental credential disclosure, or device loss, rotate the affected credentials immediately and check scripts, runners, and repositories for old values.
Dedicated nodes do not automatically provide backups. At project start, decide what must be retained, how often it is copied, who verifies recovery, and allow time for migration and review before the order ends.
List source code, build caches, artifacts, test materials, logs, and configuration files. Mark what can be regenerated and what must be retained.
Grant access as required by the task; never write secrets into repositories or ordinary logs. During team handoffs, record running tasks and recent changes.
Choose backup frequency and location based on acceptable data loss. After a backup completes, perform sample restores; file counts alone do not prove that a copy works.
Export content that must be retained in advance. Check file integrity, repository status, build artifacts, and logs, and confirm that the new environment can read them.
Remove old-node information from code hosting, CI, deployment systems, and team documentation. Rotate long-lived credentials that were used on the node.
If you see an unknown login, exposed credential, unusual process, unexpected order status, or possible data access, do not report only “unable to use.” Complete times, region, order, and symptoms can significantly shorten triage and reproduction.
Confirm that the report includes the order, region, time, and symptoms, then determine which risks need priority control.
Check platform status and available records; when necessary, request additional redacted logs or reproduction steps.
Provide the current assessment, required control actions, and the next update point.
Both sides confirm that the risk is controlled, necessary credentials have been rotated, and follow-up actions have owners.
Different software layers have different publishers, usage patterns, and change risks. Maintain your own validation records for the versions you actually use; dedicated nodes or unspecified assurances do not replace dependency review.
| Software layer | Primary evaluator | What to review | Records to retain |
|---|---|---|---|
| macOS | The platform and user team separately assess delivery and project compatibility. | System version, project compatibility range, permission changes, rollback readiness before upgrades. | Version number, upgrade reason, validation results, and anomaly logs. |
| Xcode & development tools | The user team decides based on project and build-chain requirements. | Compiler version, SDK, command-line tool paths, plugins, and cache compatibility. | Project requirements, tool version inventory, and build baseline. |
| Package dependencies | Project maintainers and code reviewers. | Source, version pinning, transitive dependencies, install scripts, and known risks. | Lockfiles, dependency change records, and review conclusions. |
| Automation scripts | Script owners and CI maintainers. | Execution permissions, secret injection, external downloads, failure handling, and log redaction. | Code reviews, runtime identity, variable inventory, and failure samples. |
| Third-party clients | The team that installs and uses the client. | Release source, version, update mechanism, plugin permissions, and local data storage. | Installation source, approved version, and device assignment records. |
Record system, Xcode, SDK, dependency, and runner versions. Confirm that code and essential data have verifiable copies before scheduling the upgrade.
Validate the system and development tools first, then restore dependencies and automation tasks. Change only one traceable layer at a time and retain complete error text.
Run compilation, tests, signing workflows, and runner tasks. Check that artifacts, logs, remote sessions, and access permissions behave as expected.
This page describes practical technical boundaries and operating procedures. It does not replace actual controls with undisclosed compliance certifications, broad ratings, or unverifiable slogans. If your team has specific review requirements, submit a control checklist through the support email.
Choose one of two available configurations and select a region from 6 nodes. After ordering, verify the order, model, and connection details, then register credentials and backups before the first task runs.