How

The solution is developed using GameEngineComponents™ for Web for 3D visualizations, LLMComponents™ for AI-generating subsea environments, PhysicsComponents™ for simulating the physics, and RemotePlayComponents™ for collaboration with customers and recording the operations.

Value

Enabling customers to simulate and learn to perform operations is of value with respect to quality of operations and lowering the cost of adopting the ROV technology.

What

ROV Simulator is a we-based software application for simulating marine operations and performing customer training. As marine operations become more complex, there is an increasing need to simulate the operation with customers before hand. The sea bed and substructures are modeled and visualized in 3D.

ROV Simulator for simulating marine operations and perform customer training.

Example Use Case
ROV Simulator

State of the art

NVIDIA Omniverse™, and game engines like Unity™ and Unreal™ are common approaches.

Value proposition

GameComponents™ offers many of the same capabilities as are found in NVIDIA Omniverse™, Unity™ and Unreal™, but in a easy and simple to use software component collection.

GameComponents™ could be used in a large number of software solutions for such a case from designing a warehouse layout that the robots operate in, for planning, to visualizing robot analytics.

Background

Realizing real world robotics operations is a major challenge, and simulation environments are necessary as complexity increases.

An example robot simulator with 3D visualization, physics, vision, sensors, AI control, and more.

Example Use Case
Robot Simulator

How

The solution is developed using GameEngineComponents™ for Destop and Web for 3D visualizations, LLMComponents™ for AI-generating terrains and geology, and RemotePlayComponents™ for collaboration with customers and recording.

Value

Enabling engineers and customers to simulate subterranean mechanical operations is useful in many areas.

What

This use case example is a software application that is installed on a users computer, and that can be used by the user in a web-browser, for showing real-world terrains generated using GIS-data, with geology terrain layers, and various top-side and sub terrain mechanical equipment and structures.

An example terrain and geology visualization and interactive 3D modeling software application.

Example Use Case
Terrain & Geology Software

Minimum Viable Product (MVP) prototyping

GameComponents™ is especially well suited for minimum viable product (MVP) prototyping. Visual Studio, VS Code, etc., can be used to develop the application as a regular software application for web, desktop, or mobile, without the Unity/Unreal confines, or the steep learning curve and cost of NVIDIA Omniverse™.

Value proposition

GameComponents™ offers a simpler and a rapid development approach, leveraging powerful ecosystems like .NET/C#, Azure AI Foundry™ (GPT-5™), NVIDIA PhysX™, DirectX/WebGL™, and more, supporting a well-know and testable build pipeline that is using GitHub™, GitLab™, etc.

Custom Engineering Software

There are all sorts of needs for engineering software in modern engineering environments, from high-end robotics modeling and design, to operations monitoring, analytics, and visualization.

GameComponents™ simplifies and accelerates development of various custom engineering software.

Example Use Case
Monitoring & Control Software