We build PerfectVector's engine and interface ourselves, using our research and product experience to refine the vectors you scale and edit.
Brian
Co-founder
Deep learning · Product development
Brian brings his experience as a product lead at a NYSE-listed tech company and a tech unicorn to PerfectVector's engine and user experience. His background includes deep learning research published at top-tier international conferences and contributions to image analysis patents.
Jay
Co-founder
Deep learning · Computer vision
Jay builds PerfectVector's models and software with experience as a researcher at a tech unicorn and a software engineer at a global company. He has authored several top-tier international conference papers.
The research
Turning research
into useful vectors.
We develop the core models and algorithms that turn images into editable shapes.
PixelsEditable paths
Drag the points to reshape the curve.Use the arrow keys to move a point. Hold Shift for larger steps. Press Escape to cancel a drag.
01 / Develop
Our own engine.
We combine deep learning and classical computer vision in the core vectorization models and algorithms we develop in-house.
02 / Examine
Look at the details.
We review how the engine reconstructs shapes, edges, colors, and fine features, and use those results to guide further work.
03 / Refine
Keep working on it.
Improving the conversion engine is an ongoing part of building PerfectVector. The product and the research develop together.
The work
There's a lot
in a little curve.
A vector needs to hold together when you scale it up and start editing. The way shapes meet, the edges of a letter, and the smaller details all matter.
A closer look
Folded mint ribbon
PNGSVG
Compare a lower-resolution PNG preview with the SVG, then inspect its edges and anchors.
Paths
7
Fill colors
3
The colors in this SVG
#000000
#CEFBF3
#04ECE1
Results depend on the source image. You can vectorize and inspect protected previews for free, with no usage limit, before deciding to unlock a download.