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The AI generated Minecraft demo... is insane

Gaming

Introduction

Yesterday, I made a video highlighting real-time AI post-processing effects, predicting that this technology would soon be able to run at 30-60 FPS in real time. Little did I know that just a day later, a revolutionary demo would be released showcasing a fully AI-generated Minecraft simulation running at 20 FPS, double the frame rate of a previous CS:GO simulation that operated at 10 FPS. This demo is now playable in your web browser, and I'm thrilled to share it with you. If you want to experience this groundbreaking demo, the link is in the description.

The release of this AI-generated Minecraft simulation is a fantastic illustration of the points I made in my previous video. As a game developer with millions of downloads on Steam and a graduate student studying machine learning, I have significant insights into this topic. However, I’m sure many people will disagree in the comments—as always. Nevertheless, I’m excited to showcase this demo because it epitomizes 100% generative gameplay, contrasting with what I previously demonstrated using Unreal Engine for creating and applying AI effects.

In the AI-generated Minecraft demo, you’ll quickly notice a fascinating element: nothing remains static. As you interact with the environment, random transformations occur; look at a wall, and when you glance back, it may no longer be a wall. I attempted to dig straight down, only to find myself on the surface again. The unpredictable nature of this demo illustrates a unique suffering from what I'll call "unstructured generation." For those less familiar with AI, this serves as an excellent showcase of its capabilities and limits, revealing both remarkable potential and major issues.

Running the demo requires significant processing power due to the GPU-heavy nature of generating images in real time. Think of it as a highly effective version of GeForce Now; it needs much more graphical processing power to achieve a playable 20 FPS.

From a gameplay standpoint, the experience may be jarring. You might find that losing items and witnessing constantly changing scenes detracts from the overall gaming experience. However, as someone deeply invested in machine learning, the implications of this phenomenon are astounding. While playing this game, the peculiar nature of rapidly changing scenes made me reflect on human dreams. The AI-generated Minecraft experience resembles a fever dream—a world that seemingly defies logic and operates in an unstructured manner.

Considering the practical applications, the demo serves as a testament to the potential for AI technology in gaming. While AI-generated games may not be structured in this chaotic manner forever, it proves that it's possible to create sufficiently detailed images with AI that frame rates can reach playable standards. For traditional game development, exploring ways to incorporate AI into more structured gameplay could yield exciting results.

For example, consider a game like No Man's Sky, which employs procedural generation to create infinite universes. Although initial versions faced criticism for their sameness, developers have since enhanced the gameplay experience with diverse mechanics and environments. Future gaming may see similar paths where AI is used to solve the issues of procedural generation, even creating dynamic narratives and generating unique living environments as players explore.

Imagine walking through a new biome in a world built by AI, and once it’s generated, that ecosystem remains permanent. Such technology could breathe new life into games, offering an experience that evolves based on generated content while maintaining coherence—a possible dream realized in the gaming realm.

If you want to explore this innovative AI-generated Minecraft demo for yourself, check out the link in the description. Currently, it can be accessed through proprietary servers, and the loading times might be around ten minutes. I highly recommend the experience.

For those interested in diving deeper into AI generative technology, I also run an online school teaching how to build AI models. If you're curious, the links are in the description. Join us as we explore this incredible field—it's a fascinating journey. Exciting times are ahead as we delve into the potential of AI in gaming, especially as we approach 2025.

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FAQ

Q: What is the AI-generated Minecraft demo?
A: It's a fully AI-generated version of Minecraft that you can play in a web browser, showcasing real-time generation of the game environment.

Q: How does the frame rate of this demo compare to previous AI simulations?
A: The demo runs at 20 FPS, which is an improvement over an earlier CS:GO simulation that operated at 10 FPS.

Q: Is the gameplay experience stable?
A: No, the demo features constantly changing environments that can result in a chaotic experience, reminiscent of surreal dreams.

Q: How is this demo made possible?
A: The demo leverages significant GPU processing power to generate images in real time, creating a dynamic and evolving gameplay experience.

Q: Can this type of AI-generated technology be used in traditional games?
A: Yes, it shows potential for future game development by incorporating AI to create structured gameplay and richer game worlds.