OPALABS

DOPA LABS, ENVIRONMENTS

Indoor environments matched to how your robots actually work.

Six indoor domains, each modeled with the geometry, labels, and physics properties its own robotics workflows depend on, not a generic scene reused across use cases.

DOPA LABS delivers simulation-ready environments for robotics, validated for NVIDIA Isaac Sim.

A realistic office environment prepared for robotics simulation

Realistic indoor environments, built for robotics simulation

The Foundation

A repeatable capability, not one polished demonstration.

We are not building a single showcase environment. We are building the capability to create different simulation-ready indoor environments, to the same consistent standard, repeatedly. Every environment includes the same underlying structure, regardless of domain.

OpenUSD scene file

Composable, interoperable, and portable across OpenUSD-compatible tools.

Semantic labels

Objects and surfaces tagged by class and material for perception and planning.

Physics properties

Collision geometry, mass, and friction defined at the asset level.

Isaac Sim validation

Checked for correct loading and physical behavior before delivery.

Environment Categories

Six indoor domains, each built for its own workflows.

These are the environment categories and capabilities we build and prepare for simulation, shown here to illustrate range rather than as a record of specific customer deliveries.

Simulated warehouse environment with an autonomous logistics robot

Warehouses

Supports

Pallet handling, shelf navigation, and path planning around racking and loading areas.

Simulation-Ready Because

Shelving units, pallets, and load-bearing surfaces modeled with accurate collision geometry and mass properties.

Simulated office environment with a service robot

Offices

Supports

Autonomous delivery and indoor navigation through desks, corridors, and shared spaces.

Simulation-Ready Because

Desks, partitions, and corridor widths labeled by class and modeled to real office clearance tolerances.

Simulated residential environment with a home service robot

Residential

Supports

Home service tasks, room-to-room navigation, and interaction with household layouts.

Simulation-Ready Because

Furniture, room boundaries, and floor surfaces modeled with accurate scale and collision geometry.

Simulated retail store environment with a mobile retail robot

Retail

Supports

Shelf-stocking, inventory scanning, and navigation around displays and foot traffic.

Simulation-Ready Because

Shelving, product displays, and aisle widths labeled by category and modeled to real store tolerances.

Simulated hospital environment with a delivery robot

Hospitals / Clinics

Supports

Delivery robots, room-to-room navigation, and wayfinding through clinical corridors.

Simulation-Ready Because

Corridors, room layouts, and signage modeled with accurate scale; doorway and threshold points labeled.

Simulated laboratory environment with a robotic arm working on a workbench

Labs / Workshops

Supports

Precision manipulation and inspection tasks near benches, fixtures, and equipment.

Simulation-Ready Because

Workbenches, fixtures, and equipment geometry modeled with physics-accurate collision and material properties.

Looking for a specific environment?

Tell us the domain your robots need to operate in. We'll let you know what's available or what it takes to build it.