How 3D Game Development Will Change in the Future

It is a well-known fact that the gaming industry has transformed in many ways. From the introduction of technologies like VR/AR to AI impacting the game development, a lot has changed since the introduction of first 2D games back in 1940. At that time, no one would have thought that gaming will become such an integral part of our daily lives.

Statistics suggest that there are over 2 Billion gamers across the globe and most of these gamers fall in the age group of 25-40. It means that it’s not only teenagers who are sitting at their desktop and shooting at some monster creature, others are enjoying it too.

As a result, the demand for graphically enriched games has severely increased. In saying that, the gaming industry is likely to witness several changes in the coming years, especially in the world of 3D game development.

In fact, 3D game development will make it easier for the mobile game developers in India to provide a more realistic gaming experience to gaming enthusiasts. Experts believe that the game developers have come really close to simulating a real-world environment through 3D game development.

Gaming engines like Unity and Unreal have given true power in the hands of 3D game developers, and therefore, 3D game development will have a huge impact on the gaming industry in the future.

How the 3D Game App Development is going to transform the gaming world and bring realism into the games.

Light Simulation

If you have played games like Halo and GTA V, you may know that these games have the best graphics. Not only the gaming environment resembles the properties of the real objects, it actually looks real too. However, with light simulation, developers can take the realism of a game to the next level.

Light simulation how a certain object reacts to light. As of the current technologies in hand, developers follow an artistic approach to design the different elements of a game. Tom Peterson, technology head at NVIDIA, explains that if we need our games to resemble the real world, we’ll require light simulation.

“Rather than designing elements using an artistic approach, it is better to real-life image samples to design these elements,” said Peterson. He also added that light simulation will help us deliver photorealism most accurately, offering the gamers an exceptional user experience.

However, with the current tools and technologies, implementing light simulation while developing a game is not easy. Even if everything goes right, the rendering of these gaming objects will take forever, eventually increasing the overall development time.

Right now, the best tradeoff that we have with light simulation is photogrammetry. It is a concept where the 3D game designers use real-world photographs to create a virtual world. However, in this scenario, the virtual world is extremely close to these photographs, making the game more realistic.

In fact, many games like The Vanishing of Ethan Carter have been developed using photogrammetry, and these games have managed to captivate players due to their resemblance with the real world.  

Better GPU Performance

With new inventions and the introduction of advanced technologies, the GPU performance has improved for sure. Gone are the times when it would take several hours for an object to render successfully. Since the demand for high-end graphics has increased, the GPU output is likely to improve in the coming years.

Today GPUs have the capability to render polygons more precisely and accurately. While designing huge buildings, the polygon count can even go as high as 10,000 polygons. However, thanks to the high-end GPUs, these polygons can be rendered easily.

Moreover, there was a time when simulating flat objects like ground, mud, dirt, and water wasn’t an easy task. Their rendering process was extremely difficult, due to which games lacked realism. However, thanks to the current GPU power in hand, the game developers are likely to simulate these objects without facing any issues at all.

AI simulation is yet another big invention in the gaming world. It makes fairly easy for the developers to simulate different objects and present them in a more precise manner. In fact, many game publishers, in the last five years, have utilized hardware accelerated physics simulation to simulate the objects like water and mud, and fortunately, the results have been highly promising.

It is expected that in the coming years, AI simulation will completely transform the GPU performance. It would become easier to simulate and render objects to make the overall gaming environment more realistic & interactive.

Even mobile gaming is likely to offer an extremely engaging user-experience, all thanks to AI simulation. Mobile users can expect to play graphically enriched and captivating mobile games by the end of 2020. So, in case you have an idea for a mobile game, this is probably the right time to hire a team of mobile game apps developers India and turn your idea into a fully-functional mobile game.


AR (Augmented Reality) and VR (Virtual Reality) are two of the latest technologies in the gaming world. Now, if you have been paying attention to the gaming industry, you already know how these two technologies have taken the gaming experience to the next level.

Many game publishers have started to invest in VR game development, especially after the introduction of affordable VR headsets like Google DayDream and Google Cardboard. These budget-friendly VR devices have made it easier for the bourgeoisie audience to experience the virtual gaming experience.

VR gaming offers an engaging and immersive experience to the gamers and as a result, it is likely to become a trend in the coming years. We are likely to see more budget-friendly VR headsets in the future, making it easier for everyone to experience a virtual gaming experience.

Moreover, VR allows players to completely escape reality and take a dive into a completely different world. As a result, the player no longer has to look at a flat screen and navigate through the virtual world. He/she can easily experience 360-degree navigation using the VR headset itself. Furthermore, different head gestures and dedicated controllers enhance the interaction of the gamer with the virtual world.

Like Virtual Reality, AR is yet another interesting technology in the gaming industry. Though the concept of Augmented Reality has been in the picture for many years, it only came into existence after the launch of Pokemon Go. The game became such a big hit that many other gaming and app publishers decided to integrate Augmented Reality into their apps.

It is worth noting that AR is different from Virtual Reality in many ways. Unlike Virtual Reality, AR does not take the player into a virtual world. Rather, it overlays the virtual objects on the live footage, recorded by the device’s camera. It means that AR is a concept of overlaying virtual objects on the real-life environment.

However, it does not mean that AR is anywhere behind other technologies. In fact, many game publishers prefer AR over VR, mainly due to easy implementation. To run an AR-based gaming app, users do not need to buy additional hardware. They can simply play the game on their smartphone or tablet.

Wrapping Things Up

The gaming industry is likely to grow in the coming years. With the introduction of new technologies, the game developers will have the power and desired tools to build games which offer an exceptional user-experience to the players. Technologies like AI, VR, and AR will dominate the gaming industry, allowing players to play games which are engaging, interactive, and offer an exceptional gaming experience to the customers.    

Considering the future of the 3D game development, we are likely to witness games which are more user-driven. These games will allow users to personalize a gaming environment as per their interests. As a result, the players won’t have to play games which have pre-built environment. They’ll be able to create a gaming environment of their own.

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