
Foreground Extraction
Precisely isolate the main subject from any image with AI-powered edge detection, preserving fine details like hair, fur, and transparent elements.
Review every layer in the browser, preserve its position and stacking order, then export one layered PSD or download the transparent PNG stack.


Discover how AI image layer decomposition transforms your creative workflow

Precisely isolate the main subject from any image with AI-powered edge detection, preserving fine details like hair, fur, and transparent elements.

Automatically separate complex backgrounds into independent layers, enabling seamless background replacement and creative compositing.

Generate fully transparent RGBA layers that work directly in Photoshop, Figma, and other design tools — no manual masking required.

Detect and separate text, logos, and graphic elements from images into their own editable layers for easy modification.

Identify and isolate individual objects within a scene, creating separate layers for each element — perfect for product photography and design.
Explore how image layer decomposition works across different use cases

Identify and isolate individual objects within a scene, creating separate layers for each element — perfect for product photography and design.
Detect and separate text, logos, and graphic elements from images into their own editable layers for easy modification.
01
02
03
04Generate fully transparent RGBA layers that work directly in Photoshop, Figma, and other design tools — no manual masking required.
Decompose any image into layers in three simple steps

Upload a JPG or PNG image up to 10MB. Photos, posters, illustrations, and composite designs are supported.

Our AI analyzes the image and intelligently separates it into multiple transparent RGBA layers — foreground, background, objects, and more.

Export a layered PSD with the same canvas, positions, names, and stacking order, or download every transparent PNG in one ZIP.
Everything you need to know about AI image layer decomposition.