Qwen-Image-Layered

What is Qwen-Image-Layered?

Qwen-Image-Layered is a product launched by Alibaba's Tongyi Qianwen team.Open SourceImage LayeringEdit ModelBased on our self-developed RGBA-VAE Encoding cap (a poem) VLD-MMDiT ArchitectureFor the first time, implemented within the model Understanding and Creating PS-Level LayersIts core breakthrough lies in decomposing static images into multiple independent RGBA Layer(Red, Green, Blue, and Opacity channels), each layer represents specific elements within the image (such as people, backgrounds, text, etc.), enabling independent editing without affecting other content. By simulating the “layered thinking” of professional designers, this model addresses the traditional AI image editing challenge of “one change affecting everything,” delivering a high-fidelity, reusable image editing solution for the creative industry.

Key Features of Qwen-Image-Layered

1. Variable Layer Decomposition
   • Flexible LayeringAutomatically decomposes into 3-8 layers based on image complexity (3-4 layers for simple scenes, 6-8 layers for complex scenes), with the option for users to customize the number of layers.
   • Recursive decompositionAny layer can be further subdivided into sublayers, enabling infinitely detailed editing (such as breaking down a character layer into hair, face, clothing, etc.).
2. Independent Layer Editing
   • basic operationSupports high-fidelity operations such as scaling, moving, recoloring, replacing, and deleting, without artifacts or background damage.
   • Semantic Control: Precisely control editing content through prompts (e.g., “Replace the background with snow-capped mountains” or “Modify the text content”).
3. Smart Background Fill
   • Automatically fills in background textures for obscured areas, ensuring edited images appear natural and seamless (e.g., automatically completing the background where a moved subject once stood).
4. Multi-format support
   • furnish Gradio Web Interface cap (a poem) Python APISupports exporting to PPTX Files, convenient for office and design scenarios.

Use Cases for Qwen-Image-Layered

1. graphic design
   • Quickly replace elements and adjust layouts (such as modifying text or product images in posters).
   • No need for manual image masking—edit directly by layer for over 90% efficiency gains.
2. Advertising & Marketing
   • Batch edit key information in ad creatives (such as promotional slogans and product models) while maintaining background consistency.
   • Supports multilingual text replacement to accommodate global marketing needs.
3. Film and Animation
   • Export characters and scenes in layers for easy dynamic adjustments later (such as changing character costumes or background environments).
   • Fix continuity errors in video frames through seamless layer editing.
4. Education and Demonstration
   • Break down complex images into multiple layers, presenting instructional content layer by layer (e.g., anatomical diagrams, mechanical structure diagrams).
   • Export as PowerPoint animations to enhance presentation interactivity.
5. Image Restoration
   • Remove unwanted objects (such as passersby or watermarks) or replace specific areas while maintaining a natural appearance.

Qwen-Image-Layered project address

• Github repository：https://github.com/QwenLM/Qwen-Image-Layered
• HuggingFace Model Library：https://huggingface.co/Qwen/Qwen-Image-Layered
• arXiv Technical Paper：https://arxiv.org/pdf/2512.15603
• Online Experience Demo：https://huggingface.co/spaces/Qwen/Qwen-Image-Layered

How to use Qwen-Image-Layered?

1. environmental preparation
   • hardware requirementNVIDIA graphics card (with ≥8GB VRAM; 50-series cards recommended), supporting CUDA acceleration.
   • software installation::
     • Download the main program and model files (from HuggingFace or the MoDa Community).
     • Extract the main program package and place models Move the folder to the main program directory.
2. workflow
   • Upload imagesSupports common formats such as JPEG, PNG, etc.
   • Setting parameters::
     • Number of decomposition layers (3-8 layers or custom).
     • Number of inference steps (affects generation quality; default is 50 steps).
     • Prompt (e.g., “Create editable layers” or “Change text to ‘Double 11 Mega Sale’”).
   • Submit GenerationThe model automatically decomposes images and outputs layered results.
   • Edit LayersPerform operations on specific layers (such as moving, zooming, or re-shading) via the interface or API.
3. Advanced Features
   • Recursive decomposition: Further subdivide already decomposed layers (e.g., decompose the “Character” layer into “Head” and “Body”).
   • batch fileAutomated multi-image editing via Python scripts.

Recommended Reasons

1. Technological Disruption
   • First-time achievement End-to-End Layer Decomposition and Editingbridging the gap between AI image generation and professional design tools.
   • pass (a bill or inspection etc) RGBA-VAE Encoding cap (a poem) Layer-Level 3D Position EncodingEnable AI to comprehend the hierarchical and spatial relationships of the physical world, achieving editing consistency approaching human levels.
2. Open Source Ecological Advantage
   • on the basis of Apache License 2.0 Open-source, enabling global developers to use it commercially at no cost, lowering barriers to entry in the creative industry.
   • Backed by the Alitongyi large model ecosystem (which has open-sourced nearly 400 models with over 700 million downloads globally), it will integrate more AI capabilities in the future (such as style transfer and 3D reconstruction).
3. Commercial Value Potential
   • Address the pain point of “controllability” in the professional design market, attracting high-paying users such as designers, advertisers, and film/TV production teams.
   • An alternative solution that integrates into the Adobe ecosystem, challenging Photoshop's subscription model and driving the industry toward free AI tools.
4. User Friendly
   • furnish Gradio Visual InterfaceNo programming knowledge is required to operate it.
   • be in favor of Prompt InteractionLower learning costs, allowing beginners to get started quickly.