A personalized AI image generation product that can create your avatars from a photo or selfie.
Magic Photobooth harnesses cutting-edge AI technology to transform photos into extraordinary digital avatars. By providing a dataset of photos, you can train the AI to generate stunning images in any style, setting, or scenario imaginable.
- Personalized AI Models: Custom-trained on your dataset for truly personalized results
- Unlimited Creative Possibilities: Generate images as superheroes, historical figures, or in fantasy worlds
- Animated Avatars: Create short animated videos of your digital twin
- Enterprise-Grade Technology: Powered by state-of-the-art Flux AI models and ZenML's MLOps framework
- Fast Processing: Optimized for quick generation without sacrificing quality
Magic Photobooth uses an advanced AI technique called DreamBooth to create a personalized version of powerful image generation models. Here's how the magic happens:
- Dataset Preparation: Prepare a collection of 5-10 clear photos and host them on a compatible storage location (your artifact store).
- Configuration: Update the configuration file with your dataset location and subject details
- Model Training: The system fine-tunes a custom model specifically for your dataset
- Avatar Generation: The system generates images based on customizable text prompts
Behind the scenes, Magic Photobooth employs Low-Rank Adaptation (LoRA) technology to efficiently customize the Flux image generation model. For inference, we use the optimized Flux-Schnell model to deliver high-quality results at impressive speeds.
- Python 3.8+
- GPU access (for model training)
- ZenML installed and configured
- Hugging Face account (for hosting your dataset)
-
Install Magic Photobooth:
# Clone the repository git clone https://github.com/zenml-io/zenml-projects.git # Navigate to Magic Photobooth cd zenml-projects/flux-dreambooth # Install dependencies pip install -r requirements.txt
-
Prepare your dataset:
- Create a collection of 5-10 clear photos
- Upload them to your artifact store
- Update the
instance_example_dir
inconfigs/k8s_run_refactored_multi_video.yaml
to point to your dataset
-
Customize your subject:
- Update the
instance_name
andclass_name
in the configuration file to match your subject - For example:
instance_name: "john_doe"
andclass_name: "man"
- Update the
-
Customize generation prompts:
- Edit the prompts in the
batch_inference
step ink8s_run.py
to specify the styles and scenarios you want - For example:
"A photo of {instance_phrase} as a superhero"
or"A photo of {instance_phrase} in ancient Rome"
- Edit the prompts in the
-
Explore the interactive tutorial:
# Open the guided walkthrough notebook jupyter notebook walkthrough.ipynb
Magic Photobooth requires GPU resources for optimal performance. We recommend deploying on a cloud infrastructure:
-
Set up your cloud environment using our 1-click deployment guide for AWS, GCP, or Azure.
-
Configure your GPU quotas to ensure sufficient resources for model training and inference.
-
Run the pipeline using your preferred orchestrator:
# For Kubernetes environments python k8s_run.py # For Modal python modal_run.py
Magic Photobooth generates two types of personalized content:
- Image Galleries: Composite images showcasing your avatar in various styles and scenarios
- Animated Clips: 3-second videos bringing your static images to life using Stable Video Diffusion technology
Magic Photobooth is built on a robust MLOps architecture:
├── configs/ # Configuration profiles for different environments
├── assets/ # Sample outputs and demonstration media
├── k8s_run.py # Kubernetes deployment script with customizable prompts
├── modal_run.py # Modal cloud deployment script
└── walkthrough.ipynb # Interactive tutorial notebook
- Social Media Content: Create eye-catching profile pictures and posts
- Digital Marketing: Generate custom branded imagery featuring specific individuals
- Creative Projects: Visualize subjects in fictional scenarios or historical periods
- Personal Avatars: Create unique avatars for gaming or virtual worlds
For learning more about how to use ZenML to build your own MLOps pipelines, refer to our comprehensive ZenML documentation.