GIS & Mapping Tools

Convert SVG and DXF files to GIS formats like GeoJSON, KML, and SHP. Map coordinates, validate shapes, and work with geographic data entirely in your browser.

8 Tools Available

SVG → GIS

3 tools

SVG to GeoJSON Converter

Convert SVG files to GeoJSON format. Transform vector graphics into geographic features for web mapping, Leaflet, Mapbox, and OpenLayers applications.

Use Tool

SVG to KML Converter

Convert SVG files to KML format for Google Earth, Google Maps, and other KML-compatible applications. Georeferenced SVG shapes become KML placemarks.

Use Tool

SVG to GeoJSON Online Converter

Convert SVG to GeoJSON online — free, instant, no software install. Generate GeoJSON for Leaflet, Mapbox, and web mapping from SVG in your browser.

Use Tool

GIS Utilities

5 tools

SVG Coordinate Mapper

Map SVG pixel coordinates to real-world geographic coordinates. Define control points to georeference an SVG map for GIS use.

Use Tool

SVG to Latitude Longitude Converter

Convert SVG path coordinates to latitude and longitude values. Georeferenced SVG maps can have their path data extracted as geographic coordinates.

Use Tool

GeoJSON Feature Simplifier

Simplify GeoJSON features to reduce file size and complexity. Uses the Ramer-Douglas-Peucker algorithm to remove redundant coordinates while preserving shape.

Use Tool

GIS Shape Validator

Validate GeoJSON, KML, and Shapefile geometry for topological correctness. Detects self-intersections, invalid rings, and other geometry errors.

Use Tool

SVG Polygon Converter

Convert SVG polygon and path elements to geographic polygon data. Extracts closed SVG shapes as GeoJSON or KML polygon features.

Use Tool

Convert Vector Designs to Spatial Data Layers

Translating vector designs into geographic data formats (like Shapefiles or GeoJSON) is essential for urban planning, mapping, and GIS workflows. Standard CAD/GIS desktop tools are complex and require coordinate system knowledge.

Our GIS converters let you convert vector drawings directly into spatial data formats. Map custom coordinate systems to geographic coordinates, simplify geometries, and validate polygons locally in your browser.

How to Convert Vectors to GIS Data Layers

  1. 1Upload your SVG or DXF design file into the mapping editor viewport.
  2. 2Define anchor reference points by matching design coordinates to physical GPS coordinates.
  3. 3Choose your spatial projection settings and run the geometry validation scanner.
  4. 4Download the converted GIS file (GeoJSON, KML, or Shapefile) for your mapping projects.

Key Advantages of Our GIS & Mapping Tools

Dynamic Geo-Format Exports

Convert vectors to KML for Google Earth, GeoJSON for web maps, or Shapefiles for ArcGIS and QGIS.

Anchor Coordinate Mapping

Map localized CAD points directly to GPS coordinates (Latitude/Longitude) using geographic anchors.

Geometry Simplification

Reduce vertex counts on path layers while maintaining geographic shapes, optimizing web loading speeds.

Polygon Validity Checks

Scan paths for self-intersections, open boundaries, or clockwise errors before exporting to GIS layers.

Frequently Asked Questions

What is the difference between GeoJSON and KML?
GeoJSON is a JSON-based open standard for encoding geographic structures, popular in web mapping libraries like Leaflet and Mapbox. KML (Keyhole Markup Language) is an XML-based format developed for Google Earth.
How does coordinate mapping work?
By placing anchor points in your design and inputting their matching latitude/longitude, our tool calculates a coordinate transformation matrix to project the design coordinates onto the globe.
Is my mapping data secure?
Absolutely. The spatial conversion logic runs entirely on your local device. Your files, coordinates, and projects are never uploaded or stored on our servers.
Back to all tools