SpatialCore

Synthetic Simulations

Visualize cohesive virtual environments
for synthetic data generation and simulations
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Generating synthetic data for modeling and simulation

Authoritative Source of Truth

A centralized, scalable, and interoperable model of dimensional data supporting a wide range of specific uses

Virtualized Systems

Real systems are virtualized as digital twins into OpenUSD allowing for interaction with AI Large Language Model Workflows

3D Asset Management

AI-driven large scale database management built through interoperable standards

Live Sensor Inputs

Use live IOT sensor data to affect and inform your simulation environment for enhanced decision making

Spatial User Interfaces

Spatial UI accessible on various Augmented and Virtual Reality hardware enabling meaningful interactions

Spatial Mapping

Utilizing computer vision to map physical spaces, enabling accurate placement of virtual content.

Use Cases

Synthetic simulations can be leveraged for a variety of multi-industry use cases supporting customer readiness and fast decision making

Robotics Training

Design, simulate, train and visualize multiple robotics platforms in physically based virtual environments.

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Autonomous Systems

Applying synthetic simulations for autonomous systems allows us to train AI models when real world data is limited, unbalanced or unavailable.
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Geointelligence

With connectors to industry leading platforms such as Cesium and Maxar, Spatial Core allows for intelligent decision making based off of highly accurate geo-spatial data.
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readiness with SpatialCore

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Frequently Asked Questions

Everything you need to know about Spatial Computing

What is Spatial Computing?

Spatial computing has evolved into a multidisciplinary field that encompasses technologies like artificial intelligence (AI), immersive XR interfaces, and geospatial datasets. These technologies allow users to interact with information in three-dimensional space.

What is Universal Scene Description (USD)?

The Universal Scene Description (USD) file format provides a powerful, open-source framework for the interchange, editing, and composition of 3D scenes. It enables efficient collaboration across teams by supporting complex hierarchies, layering, and non-destructive workflows. USD enhances interoperability between different 3D tools and platforms, ensuring consistent and high-quality visual content creation.

What is SpatialCore?

Brightline Interactives product platform that provides scalable and interoperable spatial computing and AI tools, revolutionizing the convergence of operations, maintenance, training, and autonomous systems.

What industries can SpatialCore be used in?

SpatialCore can be used to solve complex challenges in almost any industry.  Our customers are mostly focused in robotics, defense, enterprise, and government. Please contact us to learn more and consult on how you can use Spatial Core.

How much does SpatialCore cost?

Every customer challenge is unique and Spatial Core is configured specifically for your solution. Pricing can vary based on each individual use case.  Please contact us with details on your requirements and we can provide accurate pricing for your solution.

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