Introduction to the Infinite Game Engine What engine does the Infinite game use?

Today, I'm here to introduce the Infinite Game Engine. As more and more related game visuals are being exposed, it's amazing to find that this engine not only achieves unprecedented realism in light and shadow rendering but also demonstrates astonishing breakthroughs in physics simulation and AI interaction. Therefore, many players are looking forward to this engine, speculating on the revolutionary changes it will bring to the gaming experience. To help everyone gain a more comprehensive understanding of the game engine, I've brought you the detailed introduction below, so interested players, don't miss out!

Firstly, the game engine used by Infinite is a deeply customized and optimized version based on Unity. Unity, as a cross-platform engine widely used in game development, is known for its powerful flexibility and efficient performance. The customized Unity engine used by Infinite has undergone multiple technological innovations tailored to the specific needs of the game, aiming to create a more outstanding and immersive gaming experience.

Secondly, compared to traditional versions of the Unity engine, the engine used by Infinite has significantly improved in graphical rendering performance. It introduces full-scene ray tracing technology, which can better achieve the construction of scene lighting, thus realizing more realistic light and shadow effects. Additionally, the use of GPU Driven ultra-large-scale city rendering technology allows for maintaining a high frame rate when handling complex urban scenes, reducing lag. These technological advancements collectively form the significant advantages of Infinite in terms of image quality and smoothness.

Furthermore, in terms of image quality, the Infinite engine presents an extremely realistic urban open world to players through full-scene ray tracing technology. The light in the game can truly reflect the material and shape of objects, thereby enhancing the realism and three-dimensionality of the scene. In addition, the engine supports fully dynamic real-time global illumination, meaning that the lighting effects in the game can dynamically adjust with changes in time and weather, providing players with a more immersive gaming experience. Whether strolling on the beach, riding motorcycles, or fighting between skyscrapers, players can feel the visual enjoyment brought by the improvement in image quality from the engine.

Finally, in terms of performance, the Infinite engine achieves efficient urban scene rendering and lighting effect processing through the use of GPU Driven rendering technology and ECS-driven massive real-time lights. This allows the game to maintain smooth operation speed when handling large-scale, complex scenes, providing players with a more stable gaming experience. At the same time, these technologies also provide strong support for the high degree of freedom in the game. Players can freely explore every corner of the city in the game, enter nightclubs, stroll along the beach, or even engage in intense battles between skyscrapers. This high degree of freedom not only enriches the gameplay but also gives players more fun and a sense of accomplishment.

In summary, the customized Unity engine used by Infinite shows significant advantages in graphical rendering performance, image quality improvement, performance optimization, and ensuring a high degree of freedom. These advantages collectively contribute to the excellent performance of Infinite in terms of gaming experience, allowing players to enjoy a more realistic, smooth, and free urban open-world experience in the game.