Why Are Game Engines Being Chosen in Industrial Fields?

Exploring their application in advanced rendering and visualization system development based on usage and use cases in the automotive and manufacturing sectors.

In recent years, the use of game engines (integrated development environments designed for game development) has been advancing in industrial fields.

This document systematically explains why the adoption of game engines in the development of automotive and industrial equipment is accelerating right now, covering everything from the background of their introduction to specific use cases.

Additionally, based on the expertise eSOL has cultivated in real-time OS and embedded system development, we will outline the critical design perspectives required when applying game engines to industrial applications.

Contents of This Document

• What is a Game Engine?
• Features of Game Engines 
• Background of Game Engine Utilization in Industrial Fields
• Current Status of Game Engine Utilization in Industrial Fields
• Use Cases in the Automotive Sector
• Use Cases in the Manufacturing and Logistics Sectors
• Key Points When Introducing a Game Engine
• Challenges When Introducing a Game Engine
• eSOL's Solutions to Support Game Engine Introduction

Recommended For

✓ Those looking to reduce development man-hours for HMI and visualization
✓ Those looking to efficiently build simulation environments
✓ Those considering the potential applications of Unity, Unreal Engine, Godot, and similar platforms
✓ Those who want to discover the latest trends combining embedded systems with 3D technology