Generate custom images from text descriptions without paying for a cloud service.
Edit and enhance photos locally, upscale, restore faces, extend scenes, with full control over parameters.
Train custom AI models on your own images using textual inversion or LoRA to generate specific styles or subjects.
Batch process hundreds of images with consistent settings and automate image tagging for organization.
Requires GPU/CUDA, large model downloads (several GB), and PyTorch compilation; CPU-only is impractical.
Stable Diffusion web UI is a browser-based interface for Stable Diffusion, an AI image-generation model. It lets you type a text prompt and get back an image, edit existing images, restore faces, upscale photos, and many other image tasks, all from a single web page running on your own computer instead of a paid service. The interface is built with the Gradio library and exposes the underlying model through a long list of features. The two core modes are txt2img (turn text into a picture) and img2img (start from an existing picture and modify it). On top of that there is outpainting and inpainting (extending or repainting parts of an image), prompt attention syntax that lets you weight specific words, a negative-prompt field for things you do not want to see, styles you can save and reuse, and tools for variations, seed control, prompt editing mid-generation, and batch processing of many files. The Extras tab bundles face-restoration tools like GFPGAN and CodeFormer and upscalers like RealESRGAN, ESRGAN, SwinIR, and LDSR. Training features cover textual inversion embeddings, hypernetworks, and Loras, plus image preprocessing with BLIP or DeepDanbooru autotagging. There is also a checkpoint merger, an API, support for safetensors checkpoints, and many community-contributed custom scripts and extensions. You would use this when you want to generate or edit images locally with full control over models, samplers, and parameters rather than relying on a hosted service. The project is written in Python, can run on as little as 4GB of video memory, and supports NVidia, AMD, Intel, and Ascend hardware. The full README is longer than what was provided.
Generated 2026-05-21 · Model: sonnet-4-6 · Verify against the repo before relying on details.