Artifactory AI - AI Art Engine for creating game asset concepts in seconds

Artifactory AI AI Art Engine for creating game asset concepts in seconds

Usage Based

#game assets
#concept art
#Stable Diffusion
#character design
#environment design
#icons

What is Artifactory AI?

Artifactory AI is a sophisticated AI art generation platform that enables game developers and artists to create concept art and assets through text-based prompts. The platform operates on a server rental model, offering access to high-performance GPUs like Nvidia RTX 3090 and A100 for varying durations, from one hour to full working day sessions.

The platform leverages Stable Diffusion and AUTOMATIC1111 technology, providing users with complete ownership of generated content and ensuring privacy through automatic deletion of artifacts post-session. It supports advanced features such as model fine-tuning through Dreambooth, Textual Inversion, and Hypernetworks, making it a comprehensive solution for game asset creation.

Features

Server Rental: Flexible GPU access with Nvidia RTX 3090 and A100 options
Intellectual Property Rights: Complete ownership of generated content
Privacy Protection: Automatic deletion of artifacts post-session
Model Fine-tuning: Support for Dreambooth, Textual Inversion, and Hypernetworks
Image Generation: Text-to-image creation with reference image support
Resolution Enhancement: Built-in upscaling capabilities
Custom Models: Support for implementing personalized models

Use Cases

Game character concept creation
Environmental art design
Game icon generation
Custom art style development
Game asset prototyping
Visual concept iteration

FAQs

How long can I rent the server for?

You can rent a server from 1 hour for an introduction up to 12 hours for a full working day.
What happens to my generated images after the session?

All generated images and artifacts are automatically deleted at the end of the session for privacy protection.
What GPU options are available?

The platform offers Nvidia RTX 3090 and A100 GPU options for image generation.