Layered SVG Converter
Layers are what make vector files editable. A designer building a graphic from scratch keeps every element on its own layer — the background, each shape, each piece of text — so anything can be adjusted later. The moment that graphic is exported to PNG or JPG, the layers are gone, flattened into pixels. Converting back to SVG usually does not bring them back: standard vectorizers output whatever geometry the visible pixels suggest, in one flat pile.
IntactSVG is built specifically to restore that layer structure. During conversion, the AI separates the image into distinct objects and determines their stacking order — what sits in front, what sits behind. Each object becomes its own layer in the output SVG, ordered the way a design file should be.
The hard problem is what's hidden. When one object overlaps another, the pixels of the covered region simply do not exist in the source image. IntactSVG's model infers them — it reconstructs the occluded part of every shape so each layer is a complete object rather than a visible-region cutout. This is the capability the product is named after: the layers come out intact.
How it works
Upload a flattened image
Any PNG, JPG, or WebP where the original layers have been lost.
AI separates and completes each object
Objects are split apart, stacking order is recovered, and hidden regions are reconstructed.
Download an SVG with intact layers
Every element whole and independently editable, exactly as if the source file had survived.
Built for the Figma and Illustrator layer panel
Open an IntactSVG file in Figma or Illustrator and the layer panel is immediately usable: a clean stack of whole objects instead of a single compound path or a hundred anonymous fragments. Drag a foreground element aside and the shape behind it is fully drawn — no crescent-shaped gaps, no welded outlines. That changes what a converted file is good for. You can recolor one element without touching its neighbors, delete a background in one click, pull a single icon out of a larger composition, or restyle a recovered logo as if you had its original source file. Fragmented SVGs make these jobs slower than redrawing; intact layers make them trivial.