What Are the Best AI Video Game Tools?

Looking to enhance your video generation process with AI tools? You've come to the right place. Learn all about the top tools and their specific use cases.

Back in 2011, VC Marc Andreessen uttered the now-famous line “Software is eating the world”. 

Fast-forward to 2024, and the reality is that software’s no longer eating the world—AI is.

AI is transforming digital media, education, and yes, video game development. 

AI has become an integral part of modern game development, offering developers innovative tools to create immersive, engaging, and interactive gaming experiences. 

From generating realistic assets and environments to crafting compelling narratives and lifelike characters, AI is revolutionizing the way video games are designed and developed.

In this article, we will explore the different types of AI video game tools available and highlight some of the best tools in each category. We'll delve into the key features and benefits of these tools, helping you understand how they can streamline your game development process and enhance the overall quality of your game.

Whether you're an indie developer or part of a large studio, understanding the AI landscape and selecting the right tools for your project is crucial. We'll provide insights into what to look for when choosing an AI video game tool, ensuring that you make an informed decision that aligns with your project's requirements and budget.

How To Use AI in Game Development

As the gaming industry continues to evolve, embracing AI-powered tools has become essential for staying competitive and delivering cutting-edge experiences to players. But what exactly are these AI tools, and how do they contribute to the game development process?

In this section, we'll take a closer look at the various categories of AI video game tools, exploring their unique functionalities and the ways in which they can revolutionize your game development workflow. 

From asset generation to environmental design, voices and sound effects to narrative creation, character creation to animation and motion capture, let’s explore the key areas where AI is making a significant impact.

Asset Generation

AI-powered asset generation tools enable developers to create game assets, such as textures, 3D models, and sprites, quickly and efficiently. These tools use algorithms like Generative Adversarial Networks (GANs) or Style Transfer to generate unique and diverse assets based on existing data sets or artistic styles. By automating the asset creation process, developers can save time and resources while maintaining high-quality visuals.

Environmental Design

AI tools for environmental design help developers create detailed and immersive game worlds. Procedural generation techniques, such as rule-based systems or machine learning algorithms, can automatically generate terrain, vegetation, and buildings based on predefined rules or learned patterns. These tools enable the creation of vast, dynamic, and realistic environments with minimal manual effort.

Voices and Sound Effects

AI-driven audio tools are transforming how game developers create and integrate voices and sound effects. Text-to-speech systems powered by deep learning can generate realistic character voices with customizable emotions and intonations. Additionally, AI algorithms can generate dynamic and adaptive sound effects that respond to in-game events, enhancing the overall audio experience.

Narrative Creation

AI tools for narrative creation assist in developing engaging storylines, dialogues, and quests. Natural Language Generation (NLG) techniques can create compelling and coherent text based on predefined story structures, character profiles, and world lore. These tools help writers and designers craft branching narratives, generate dynamic dialogue options, and create procedurally generated quests, leading to more personalized and replayable story experiences.

Character Creation

AI-assisted character creation tools enable developers to design and animate believable game characters more efficiently. Deep learning algorithms can generate diverse character models, textures, and animations based on concept art or reference images. Additionally, AI can help in creating realistic facial animations, lip-syncing, and emotional expressions, bringing characters to life and enhancing player immersion.

Animation and Motion Capture

AI tools for animation and motion capture streamline the process of creating fluid and realistic character movements. Motion synthesis algorithms can generate animations by learning from motion capture data, reducing the need for manual keyframing. AI can also help in retargeting and cleaning up motion capture data, making it easier to apply animations to different characters or environments.

These AI tools offer game developers new ways to create content, design worlds, and bring characters to life. By leveraging the power of AI, developers can expedite the development process, explore new creative possibilities, and deliver more immersive and engaging gaming experiences to players.

The 6 Best AI Video Game Tools

Now that we've explored the different types of AI video game tools, let's dive into the specifics and highlight some of the best tools available in each category.

In the following section, we'll showcase six exceptional AI tools that are making waves in the game development industry. These tools have been selected based on their cutting-edge features, ease of use, and potential to significantly enhance your game development process.

Asset Generation: Scenario

Scenario is a cutting-edge AI tool designed to empower game developers and creative professionals. It streamlines the development process by providing a suite of intelligent features that can generate, adapt, and refine game assets. From characters to environments, Scenario leverages AI to bring imaginative concepts to life with unprecedented speed and flexibility.

Top Features

  • TRAIN
    • Captioning: Generates descriptive captions for game assets and scenes.
    • LoRA Blends: A feature that blends various learning rates for optimizing AI training processes.
    • Train SD 1.5 (Legacy): Supports training sessions using an older, stable version of the tool for compatibility.
    • Train SDXL: For large-scale and high-fidelity AI training needs.
  • GENERATE
    • IP Adapter: Transforms intellectual properties into unique game assets with AI precision.
    • Vectorize: Converts images into vector graphics, suitable for various game design requirements.
    • ControlNet: Manages and adjusts AI behaviors within the game development environment.
    • Image-to-Image: Transforms one image into another using AI, perfect for creating variations of game assets.
    • Text-to-Image: Creates images from textual descriptions, ideal for conceptualizing characters and settings.
  • EDIT
    • Pixelate: Modifies the resolution of images for different game design purposes.
    • Canvas Inpainting: Fills in missing parts of images with AI-generated content.
    • Canvas Elements Library: A vast library of pre-made assets that can be modified and used in games.
    • Upscale: Enhances the resolution of images for high-definition gaming experiences.
    • Background Removal: Efficiently removes backgrounds from images for asset creation.
  • COLLABORATE
    • Workspace: Offers a collaborative space for teams to work together on game development.
    • Tags: Organizes and categorizes assets for efficient retrieval.
    • Collection: Assembles various assets in one place for streamlined access.
    • Analytics: Provides insights into the development process, asset usage, and performance.

Environmental Design: Promethean AI


Promethean AI stands at the forefront of AI-driven environmental design, providing an innovative solution that integrates artificial intelligence into the creative process of building virtual worlds. This tool harnesses the power of AI to understand artists' intentions, enabling it to assist in the creation and decoration of 3D spaces with a level of intuition and intelligence previously unattainable. Through natural language commands, Promethean AI collaborates with creators, helping them realize their visions with efficiency and a touch of AI's creative potential.

Top Features

  • Asset Management
    • Intelligent tagging and sorting of assets
    • Quick access to a curated library tailored to specific project needs
    • Easy integration of external asset libraries
  • AI World Building
    • Natural language processing to interpret artistic direction
    • Autonomous decoration that adheres to the specified artistic style
    • Smart placement of objects in response to environment and narrative context
  • Enterprise Features & API
    • Custom AI training to suit unique project needs
    • An expansive API for integration into existing pipelines
    • Detailed analytics for asset usage and project tracking

Voices and Sound Effects: ElevenLabs

ElevenLabs streamlines audio generation for game development. For example, Paradox Interactive used ElevenLabs’ innovative features to cut their audio generation process down from weeks to hours. 

By integrating ElevenLabs' text-to-speech (TTS) technology, Paradox can quickly update and test game dialogues and narratives. Paradox can also easily create games in different languages, making their games accessible to more players worldwide. ElevenLabs also opens up new possibilities for creating game expansions and stories, thanks to its ability to generate new voiceovers quickly.

Top Features

  • Voice Library: Access to a wide variety of high-quality, realistic voice options for characters.
  • Text to Speech: Convert written text into spoken dialogue, with options to tailor voice tones to fit different characters.
  • Dubbing: Automatically translate and dub game dialogue into multiple languages, ensuring a seamless experience for global players.
  • Voice Customization: Tools to customize and refine voices to match specific characters or narrative tones.
  • AI Sound Effects (coming soon): Introducing new capabilities to generate custom sound effects, expanding the creative possibilities for game developers.


Narrative Creation: Charisma.AI

Charisma.ai is revolutionizing interactive storytelling by bringing virtual characters to life in gaming, VR, and other interactive formats. This AI-powered, no-code story engine allows creators to imbue their characters with unique voices, emotions, memories, and goals, creating multi-layered conversational experiences without the need for complex coding.

Top Features 

  • Dynamic Conversational Characters: Characters created with Charisma.ai can have rich backstories and personalities, capable of engaging in fluid and contextually relevant dialogues.
  • Controllable AI: This tool uses bespoke machine learning and natural language processing to match player input with the most fitting narrative paths in your script.
  • Voice-to-Voice Interaction: With a selection of over a thousand AI voices, Charisma.ai supports voice interactions that contribute to real-time, immersive conversations.
  • Real-Time Analytics: Charisma.ai provides live analytics on user interactions, offering insights that can inform script enhancements for improved player experiences.
  • No-Code Game Logic: The platform comes with built-in game logic, enabling the creation of complex interactive experiences easily linked to game engines like Unity and Unreal.

Character Creation: Unity (ML-Agents)

Unity’s ML-Agents offer a dynamic platform for game developers to create and train intelligent agents within a game environment. With its deep reinforcement learning and imitation learning capabilities, Unity’s ML-Agents facilitate the development of complex 3D environments and the intelligent characters that populate them. By incorporating machine learning, the toolkit enhances the interactivity and realism of game characters, contributing to more immersive gaming experiences.

Top Features

  • Multiple Brain Types: Customize agents' decision-making processes with different types of brains, including external (using TensorFlow or other ML libraries), internal, player (for user input), and heuristic (for coded behavior)​​.
  • Advanced Training Scenarios: From single-agent to multi-agent setups, Unity ML-Agents supports various configurations for training intelligent behavior. This includes adversarial self-play and cooperative multi-agent environments, paving the way for a new level of gameplay strategy and complexity​​.
  • Cross-Platform Inference: The Unity Inference Engine allows trained models to run efficiently across all Unity-supported platforms. This includes mobile, console, and web platforms, with both CPU and GPU support for executing large neural networks​​.
  • Real-time Decision Making Monitoring: Gain insights into the decision-making process of agents with real-time feedback on policies and value outputs directly in the Unity environment, facilitating debugging and behavior adjustment​​.
  • Curriculum Learning: Optimize learning by progressively increasing task difficulty, allowing agents to master complex actions in stages, leading to more efficient and effective training​​.
  • Multiple Visual Observation Streams: With support for multiple cameras per agent, ML-Agents enables integration of information from various visual perspectives, enhancing the agents' understanding of the environment​​.
  • Imitation Learning: Utilize demonstration-based learning to train agents, allowing developers to provide examples of desired behavior which can be used to inform the training process​​.

Animation Video Motion Capture: Plask

Plask is an AI-powered tool that is transforming the animation and game development industry. As a browser-based motion capture (mocap) platform, it enables the extraction of full-body motion from video footage which can be retargeted onto 3D characters. It works optimally with single-camera footage and is particularly adept when the camera is static and the actor's full body is in view for the duration of the video. This tool is a boon for animators and game developers who seek to create realistic character movements without the need for expensive mocap suits or elaborate setups.

Top Features

  • Video to Mocap Conversion: Plask uses AI to convert video footage into motion capture data, which can be applied to animate digital characters.
  • Browser-Based: Being web-based, it requires no software installation and can be accessed from various devices.
  • Ease of Use: The platform's interface is user-friendly, facilitating seamless recording, editing, and animating directly in the browser.
  • Custom Character Uploads: Users can upload their characters in formats like FBX, GLB, or BVH, and retarget Plask’s mocap data onto them.
  • Keyframe Editing: Although it offers basic keyframe editing, this allows for tweaks and refinements to the generated animations.
  • Compatibility: Animations can be exported to popular 3D software and game engines, including Blender, Maya, Unity, and Unreal Engine, in multiple formats like FBX, BVH, and GLB.
  • New Foot Locking Feature: This recently introduced feature helps to prevent the common issue of foot slipping in animations.
  • Multi-Character Motion Capture: The premium MoCap Pro subscription allows capturing the motion of up to 10 characters simultaneously.

What To Look For When Selecting an AI Video Game Tool

When selecting an AI video game development tool, it's essential to consider the following factors:

  • Functionality: Ensure the tool has the specific features needed for your project, such as environmental design, character creation, or audio generation.
  • Ease of Integration: Check how well it integrates with your existing development pipeline and software suites.
  • User Interface: Look for a tool with an intuitive UI that can be learned quickly and doesn't impede your workflow.
  • Learning Resources: Confirm there are ample tutorials, documentation, and community forums to help you get started and troubleshoot issues.
  • Compatibility: Verify that the tool supports the file formats and platforms relevant to your game.
  • Performance: Consider the efficiency of the tool and its impact on your system resources.
  • Scalability: Make sure the tool can handle the size and complexity of your project as it grows.
  • Customization: Look for tools that offer customizable options to fit your specific needs and preferences.
  • Support and Updates: Check the frequency of updates and the responsiveness of the support team.
  • Cost: Evaluate the pricing structure and determine if it aligns with your budget and the value it provides.
  • Trial Version: Preferably, choose a tool that offers a trial version to test its capabilities before committing financially.
  • Reviews and Testimonials: Research what other developers have to say about their experiences with the tool.
  • Data Handling and Security: If your tool will handle sensitive data, ensure that it provides robust security measures.

Selecting the right AI tool is crucial for optimizing the game development process and ensuring that the final product meets your vision and quality standards.

Final Thoughts

The rise of AI in video game development has opened up a world of possibilities for developers, enabling them to create more immersive, engaging, and interactive gaming experiences than ever before. From asset generation and environmental design to voices, sound effects, narrative creation, character development, animation, and motion capture, AI tools are revolutionizing every aspect of the game development process.

Don't miss out on the opportunity to revolutionize your game development process with ElevenLabs. Sign up today and experience the power of AI-driven audio innovation firsthand.

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