AIAny
AI Image2023
Icon for item

Generative Models by Stability AI

Reference implementation for Stability AI's diffusion models: SDXL base/refiner/Turbo for text-to-image, plus Stable Video Diffusion, SV3D, and SV4D for image-to-video and 4D synthesis. A modular engine separates samplers, guiders, and conditioners.

Introduction

Most "official model" repos are a thin demo wrapper around a single checkpoint. This one is the scaffolding Stability AI actually ships its releases on, which makes its configs/ tree a better map of how a modern diffusion system is wired than most papers. The core idea: every piece — denoiser, sampler, guider, conditioner — is a swappable module instantiated from YAML, so moving from a discrete-time SDXL setup to a continuous-time video model is a config change, not a rewrite.

What Sets It Apart
  • One codebase spans the whole lineup — SDXL 1.0 base/refiner and SDXL-Turbo for images, Stable Video Diffusion (SVD/SVD-XT) for image-to-video, and SV3D/SV4D for multi-view and 4D synthesis. You can trace how each builds on the same engine.
  • The sampling stack is decomposed into guiders, samplers, and discretizations, so research on a new guidance scheme drops in without touching the model.
  • Code is MIT-licensed while weights carry the CreativeML Open RAIL++-M license — a split that matters if you plan to ship derivatives.
Who It's For

Great fit if you want to study a production diffusion stack, fine-tune SDXL/SVD with the exact training engine Stability used, or build research on top of a clean sampler/conditioner abstraction. Look elsewhere if you just want to generate images quickly — the API surface is config-heavy, and a higher-level library like Diffusers will get you to a first render faster with far less setup.

Where It Fits

Diffusers optimizes for breadth and one-line pipelines across many vendors; this repo optimizes for fidelity to Stability's own training and inference recipes. Reach for it when you need the reference behavior, not a convenience wrapper.

More Items

Hugging Face
AI Video2026

Provides Parallel Decoding Distillation (PDD) LoRA adapters that accelerate MiniMax-H3 video generation into few inference steps. Includes official 8-step Acc LoRAs for FL2VA and Ref2VA (rank=64, network_alpha=64, BF16), demo comparison videos, and example scripts using Diffusers' MiniMax-H3 ModularPipeline.

GitHub
AI Infra2025

Measures generative AI inference performance with token-level metrics (TTFT, inter-token latency), latency, and throughput under realistic traffic patterns. Provides a multiprocess engine, real-time TUI dashboard, extensible plugins, and integrations for telemetry and result uploads, aimed at inference benchmarking and capacity planning.

Hugging Face
AI Video2026

Conditions a MiniMax‑H3 video generator with a single ControlNet‑Union checkpoint to accept Canny, Depth, HED, MLSD or Pose control videos and run video inpainting. Guidance‑distilled for one‑pass inference; requires the base MiniMax‑H3 weights and specific control-branch config.