Node Responsibility Record

Make physical isolation, access control, and data responsibility clear

Each order corresponds to one dedicated physical Mac node—not a virtual machine sharing compute and local storage with other tenants. SDKMac handles node delivery and baseline operation; your team handles accounts, credentials, project data, and internal permissions.

Rent a Dedicated Mac Node View Connection & Troubleshooting Guide

Resource Model Dedicated Physical Machine

Shared with Tenants Not Shared

Operating Standard 365 Days of Normal Operation

SDKMac Handles

Order confirmation, physical node delivery, baseline operation, and console status records.

Platform

Your Team Handles

Account security, credential rotation, project data, toolchains, and member authorization.

User

Review Together

Configuration, region, delivery status, incident timeline, and redacted evidence.

Collaboration

Responsibility Boundaries at a Glance

Confirm ownership at every layer before discussing security controls

Whether a node is dedicated answers only the question of resource ownership. Account operations, team authorization, project backups, and toolchain changes still need clearly assigned owners.

SDKMac

Node Delivery & Baseline Operation

SDKMac prepares a dedicated physical Mac node according to the order record, displays its configuration, region, delivery stage, and access status, and maintains the baseline operating conditions required to host the service.

Verify the ordered model, memory, storage, and region
Generate initial access credentials and deliver them through a controlled process
Record order confirmation, node preparation, and access status in the console
Receive support requests about connection issues, configuration mismatches, and suspicious access

Your Team

Accounts, Credentials & Project Data

Treat the node as a remote production resource, not an unattended temporary computer. Update access rights whenever members join, leave, or change responsibilities.

Protect account sign-in methods and node access credentials
Control member permissions and regularly review actual users
Manage repositories, signing materials, models, assets, and build artifacts
Verify compatibility among macOS, Xcode, and project dependencies

Review Together

Incident Evidence & Change Results

When issues arise, both sides rely on the same verifiable information. The more complete the record, the easier it is to distinguish local networking, client settings, system changes, and node status.

Locate records using the order identifier and node region
Describe the last normal operation and the symptoms along a timeline
Submit redacted logs, screenshots, and reproduction steps
After changes, recheck access, configuration, disk state, and task results

Node Isolation

One Order, One Dedicated Physical Mac

Compute resources and local node storage are not shared with other tenants. This model suits teams that need continuous builds, fixed toolchains, long-running experiments, and traceable node records.

ORDER → PHYSICAL NODE Resource Ownership Chain

Order Record Configuration & Region

First confirm the model, memory, storage, rental term, and node region.

Node Record Dedicated Physical Machine

The node is delivered per order and is not split into multi-tenant virtual compute resources.

Team Workspace Team-Managed Environment

Your team manages the toolchain, repositories, caches, permissions, and project data.

COMPUTE

Compute Resources Are Not Shared Across Tenants

Build, test, and experiment workloads run on the physical node assigned to the order. Your team should still choose a configuration suited to concurrency and memory pressure.

LOCAL STORAGE

Local Storage Is Not Shared Across Tenants

The node's local disk belongs to the order's working environment, but local copies should never be the sole copies of project data, signing materials, or build artifacts.

Access Credential Lifecycle

Every credential needs a clear owner and revocation condition from the moment it is created

Do not treat the credentials received at first delivery as a permanent shared team password. After delivery, immediately bring them into your team's own access-control process.

01

Generate

Initial credentials are linked to the order and node record. Before accepting them, verify the order identifier, node region, and host details so records for different nodes are not mixed.
02

Deliver

Send access details only to members responsible for the node. Do not copy complete credentials into public channels, project documentation, or uncontrolled task descriptions.
03

First Update

After the first connection, update any credentials that can be changed, and record the custodian, update time, and applicable node in your internal team register.
04

Internal Authorization

Grant the minimum permissions required for each member's role. Development, release, operations, and audit roles should not automatically have identical access.
05

Revoke & Review

When a member leaves, responsibilities change, a device is lost, or credentials may be exposed, promptly revoke the original authorization and review recent access records.

Remote Connection Protection

Limit remote entry to the people and sources that genuinely need it

Connection protection should cover credential strength, member permissions, source restrictions, client security, and support communications—not rely on a single password.

ACCESS / 01

Least Privilege

Separate permissions for everyday development, automation, and administrative work. Temporary collaborators should receive only the access needed to complete their task, then have it revoked.

ACCESS / 02

Strong Credentials

Avoid reusing credentials across services. Use controlled tools to store access details and record who can read, update, and revoke node credentials.

ACCESS / 03

Source Restrictions

When your team network allows, restrict connection sources. Before connecting from a new network, verify that the local device, client version, and network path are trusted.

ACCESS / 04

Regular Reviews

Review members, automation jobs, long-lived sessions, and authorization records still using the node. Remove access points that are no longer needed.

Redact Before Submitting a Support Ticket

Support requests may include error excerpts, timestamps, and reproduction steps, but never complete private keys, access tokens, repository keys, signing materials, or unprocessed configuration files. To identify a node, provide only the order identifier and node region.

Open the Console to Submit a Ticket

System & Toolchain Management

Verify compatibility before changing a working environment

macOS, Xcode, command-line tools, and project dependencies are interconnected. A change at any layer can alter build results, cache state, or automation behavior.

Before a Change

Establish a Reversible Baseline

Record the current macOS, Xcode, and command-line tool versions
Confirm the compatibility range for project dependencies, build scripts, and the Runner
Save key configuration, lockfiles, and required installation materials
Choose a change window that will not interrupt critical build tasks

During a Change

Change Only One Verifiable Scope at a Time

Pause tasks that write to the same cache or artifact directory
Record the versions and configuration changes actually applied
Avoid upgrading the system, toolchain, and all dependencies at once
Preserve error output instead of overwriting the evidence through repeated actions

After a Change

Validate the Full Workflow with a Small Task

Run a reproducible small build or test task
Check signing, cache directories, disk changes, and artifacts
Verify that remote access and the automation Runner have recovered
If results are unexpected, roll back using the saved materials

Nodes operate continuously 365 days a year for dependable availability.

User-initiated system or toolchain changes should be scheduled by the team, with rollback materials saved and results verified. Baseline operating issues should be coordinated through console records and the support process.

Data Management Guidance

A Local Node Copy Is Not the Only Copy

Dedicated local storage supports continuous builds and long-running tasks, but critical project data should still follow your team's own version-control, backup, and recovery strategy.

Data Category Use on the Node External Copy Your Team Should Keep

Project Repository

Pull source code, create working branches, and run builds and tests.

A controlled code repository, branch history, and required release tags.

Signing Materials

Perform signing operations required for project builds or releases.

An access-restricted encrypted backup, owner records, and a recovery procedure.

Models & Datasets

Prepare inference or experiment tasks and save intermediate inputs.

Source records, version notes, complete original files, and verification data.

Build Artifacts

Local checks, automated tests, and pre-delivery validation.

Traceable artifacts archived under team policy, together with build records.

Caches & Temporary Files

Shorten preparation for repeated tasks and support intermediate computation.

Usually not worth retaining long term, but they should be reproducible from source code and dependencies.

Incident Communication Process

Shorten the path to resolution with timelines and redacted evidence

Record connection issues, configuration mismatches, and suspicious access separately, but submit each using the same information order to avoid repeatedly adding key context.

1

Stop Further Impact

Pause repeated logins, bulk retries, or automation that could overwrite logs. If credentials may be exposed, first prevent the relevant members and tasks from continuing to use them.
2

Record Time & Symptoms

State the last normal operation, when the issue was first found, affected tasks, client and network source, and whether it can be reproduced consistently.
3

Verify the Order & Node

Confirm the order identifier, node region, expected configuration, and console status. For configuration issues, list expected and observed values instead of simply writing “configuration is wrong.”
4

Organize Redacted Evidence

Include necessary error excerpts, screenshots, reproduction steps, and troubleshooting actions already taken. Hide secrets, tokens, personal information, and sensitive project content.
5

Submit Through the Console

Use the ticket entry associated with the order. Keep follow-up information in the same record so both sides can continue working from the complete timeline.

Reliability Information Principles

Show only statuses traceable to records

Reliability information should help teams make operational decisions, not replace facts with unverified numbers.

Delivery Stages Have a Source

Order confirmation, node preparation, credential generation, and access status are based on console records. Page descriptions do not replace the live status of a specific order.

Availability Status Is Returned in Real Time

Actual availability of SDKMac M4 and SDKMac M4 Pro is determined by the console in real time; no static, timestamped status snapshot is provided.

Performance Conclusions Need Context

Build times depend on project size, dependency downloads, cache hits, task concurrency, and network paths. A single result cannot replace reproducible testing.

No Unverified Endorsements

Do not invent certifications, availability figures, performance tiers, or user counts. Teams should evaluate the service using configuration facts, order records, and their own validation tasks.

1 Order 1 Dedicated Physical Node

2 Configurations SDKMac M4 and SDKMac M4 Pro

365 Days Nodes operate normally 365 days a year for dependable availability.

1 Record Chain Orders, delivery, status, and tickets reviewed in one place

Need a clearly owned physical Mac node that can run continuously?

Choose SDKMac M4 or SDKMac M4 Pro, then confirm the rental term and node region. After placing the order, track delivery records and access status in the console.

Create a Cloud Mac Order Compare the Two Rental Options