◾Geocoding - Use the geocoding service to convert addresses to and from geographic coordinates. Search for places within a region and get places matching your search. ◾Directions - Serve up directions, optimal routes between multiple destinations, and drive time calculations around a point of interest. ◾GeoEnrichment - Given a point, area, or street address, find demographic and contextual data about the study area such as average income, household size and population density. ◾Ready-to-use Content - Use a rich collection of ready-to-use basemaps, demographic maps and imagery in your app. ◾Data Visualization - Create thematic interactive maps that allow your users to explore and understand their geographic data.

◾Key areal attribute to regionalize on: User regionalizes (or clusters) data based on different variables she considers ◾ important for her problem at hand. (i.e., use your own analytical regions versus normative or administrative regions) ◾Maximum or minimum number of regions. Threshold conditions of the maximum or minimum value that all regional clusters must meet for a given variable (i.e., a minimum threshold for a social or business project might be for all regions to have at least 100,000 people, or for an ecological project regions should have an area of at least 100 square miles). ◾Spatial contiguity constraints (W matrix , GAL, GWT formats), or they will be created for you based the shared geographic borders of your areal units. ◾Time-series signature clustering: not only can areas by clustered by a cross-sectional variable, but also by the correlation of their time-series signatures of the variable. ◾Non-geographic clustering: In a more general sense, our algorithms can also be extended to cluster non-geographic units based given some sort of a priori spatial (or topological) constraint.