Work smarter & free yourself from lengthy map creation processes with the quickest map development tools available
Take the hassle out of map production and create beautiful maps in seconds. Utilising Azimap's intuitive drag & drop data importer, multiple datasets in multiple formats can be uploaded and configured in one go. Supporting all major spatial data types (shp, csv, tab, kml, gpx geodatabase & geotiff), Azimap has made it quicker and easier to create the maps that matter to you.
Instantly match your address data to a location. With Azimap's Geocode importer, files containing large volumes of addresses can be uploaded & automatically converted into a location on a map, removing the need to manually digitise each individual address enables users to focus on gaining new insights from their data.
Free valuable office resources to focus on strategic tasks with the creation of assigned user workflows. With speeds up to 5x faster than desktop solutions, Azimap has simplified the digitisation process, enabling teams to quickly capture all their required data, share the results and improve collaboration throughout an entire organisation.
Quickly and easily add or edit features on a map with a few simple clicks. With Azimap's feature editing tools, attributes can be drawn, moved, rotated, resized, copied or deleted. Existing features retain their connection with the underlying database to ensure any changes can be instantly exploited throughout a team or organisation.
Modify your existing data quicker than ever before. Reducing once complex processes into a few simple clicks, Azimap's advanced edit tools enable any user to easily split and merge polygons or create donut holes in polygons. Free yourself from complex editing tools and focus more time to analysing your data and interpreting the results to help support your strategic decisions.
Improve the accuracy of feature creation whilst significantly reducing user errors. Azimap's snapping tool ensures that new polygons can easily be joined to existing features, allowing them to be accurately recreated with no overlaps.