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Overview

Cyberwave organises resources in a simple top-down hierarchy: Organization → Workspace → Environment. Each level scopes access, permissions, and resource isolation so teams can collaborate without stepping on each other.

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Data Hierarchy

LevelContainsDescription
OrganizationWorkspacesYour company or team, the top-level account that owns all resources
WorkspaceEnvironments, WorkflowsA shared space for a team or department to collaborate
EnvironmentDigital Twins, Datasets, AssetsA 3D space that mirrors your real-world robot setup

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Organization

The top-level entity representing your company or team. All users, workspaces, and billing are managed here.
  • Centralised team and member management
  • Billing, subscriptions, and usage tracking
  • Organization-wide settings and policies

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Workspace

A workspace groups related environments and workflows under a shared context, typically scoped to a team, department, or deployment stage.
  • Multiple workspaces per organization
  • Workspace-level member access and permissions
  • Invite external collaborators by email
Create separate workspaces for different teams (e.g., “Research”, “Production”, “QA”) or stages (e.g., “Development”, “Staging”).
Use Folders to organise related environments within a workspace. Folders are an optional grouping mechanism; they help keep things tidy as your workspace grows.

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Environment

An environment is a 3D virtual space that mirrors your real-world robot setup. It’s where your digital twins live, sensors stream data, and controllers send commands, all in real time.
  • Multiple environments per workspace
  • Edit Mode for designing and configuring the space
  • Live Mode for real-time operation and data streaming
An environment contains:

Digital Twins

Virtual replicas of physical robots, mirroring structure, joints, sensors, and behavior in real time.

Datasets

Recorded operations and telemetry data collected during robot demonstrations.

Assets

3D objects, sensors, cameras, and other elements placed in the environment.

Simulations

Physics-enabled test scenarios for reproducible testing and validation.

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Workflows

Workflows exist at the workspace level and can orchestrate operations across multiple environments.
  • Visual node-based editor for building automation sequences
  • Trigger-based execution, manual, scheduled, or event-driven
  • Cross-environment automation capabilities

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Example

Organization: RoboTech Industries
└── Workspace: Research & Development
    ├── Environments:
    │   ├── "Lab Setup A"
    │   ├── "Lab Setup B"
    │   └── "Test Track"
    └── Workflows:
        ├── "Data Collection Pipeline"
        └── "Model Training Workflow"

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Next Steps

Architecture

Understand the system architecture

Key Concepts

Learn core platform concepts

Quick Start

Get started with your first environment