Vectorizer.AI

Vectorizer.AI is an online tool that converts raster images (PNG, JPG, BMP) into scalable vector graphics (SVG, PDF, EPS, DXF, PNG). It uses deep learning networks and classical algorithms to produce high-quality vectorizations for various industries and applications.

Key features:
- Deep Vector Engine: Proprietary deep learning models trained on a custom dataset for accurate and detailed conversions.
- Vector Graph: Computational geometry framework for automated edits and localized optimizations, resulting in precise vector representations.
- Full Shape Fitting: Fits complex geometric shapes beyond simple Bezier curves for perfect fit and consistency.
- Curve Support: Wide range of curve types including straight lines, circular arcs, elliptical arcs, and quadratic and cubic Bezier curves.
- Clean Corners: Analyzes and optimizes every corner in the Vector Graph for natural and refined results.
- High Performance: Utilizes GPUs and multi-core CPUs for fast and efficient vectorizations.

How it works:
1. Upload raster image to the Vectorizer.AI page.
2. Platform analyzes the image, detects shapes, and fits curves to produce a vector representation.
3. Users inspect a full, interactive preview and download the vectorized result in various formats.

Integrations:
JPEG, PNG, WEBP, BMP, GIF (input); SVG, PDF, EPS, DXF, PNG (output)

Use of AI:
Vectorizer.AI employs deep learning models for image analysis and vectorization. The AI technology enables accurate shape detection and curve fitting, resulting in high-quality vector conversions.

AI foundation model:
The deep learning models are built in-house and trained on a proprietary dataset, ensuring a high level of accuracy and customization for vectorization tasks.

Target users:
- Designers
- Illustrators
- Marketers
- Anyone requiring high-quality vector conversions for printing, cutting, embroidering, and web graphics

How to access:
Vectorizer.AI is available as a web application, accessible through a web browser.

Development history:
Vectorizer.AI has been actively developed and refined over the past 15 years, with a strong focus on AI-driven vectorization.