Pattern of Life in Time and Space
GeoTime is a powerful tool for understanding time-space data faster using 3D. Watch behavioral patterns develop over a 2D map using GeoTime's unique third axis: time.
Visit geotime.com
Analyze any data sets containing time and location, such as:
- Dr. Kim Rossmo
Center for Geospatial Intelligence & Investigation
Texas State University
Analyze Faster & Smarter
- Drastically reduced time spent on data formatting
- Automatic top statistics and visual summaries provide additional insights at one glance.
- Easily see patterns of life in 3D that couldn't be interpreted in traditional 2D mapping solutions, such as Google Maps
Resources & Support
- Training and certification classes offered around the world to provide hands-on experience
- A step-by-step Carrier Formats Guide to manually format call detail records
- Dedicated technical support offered through phone and web
IEEE Visual Analytics Science and Technology (VAST) contest winner for three years in a row! VAST 2008 Grand Challenge Award.
Deeply rooted in research, GeoTime's core functions reflect the need for an intuitive and integrated visualization technology. Uncharted Software holds the innovative patent for dynamic real-time animation of a 3D space time cube, allowing users to go beyond geography and time dimensions.
Developed specifically for data analysts, an independent study has shown that GeoTime's 3D capabilities doubles productivity.
Grand Challenge Award: Support for Diverse Analytic Techniques
2008 IEEE Visual Analytics Science and Technology VAST: Chien, L., A. Tat, P. Proulx, A. Khamisa and W. Wright
GeoTime and nSpace2 are interactive visual analytics tools that were used to examine and interpret all four of the 2008 VAST Challenge datasets. GeoTime excels in visualizing event patterns in time and space, or in time and any abstract landscape, while nSpace2 is a web-based analytical tool designed to support every step of the analytical process.
Configurable Spaces: Temporal Analysis in Diagrammatic Contexts
Thomas Kapler, Ryan Eccles, Robert Harper and William Wright
This paper traces progress from concept to prototype, and discusses how diagrams can be created, transformed and leveraged for analysis, including generating diagrams from knowledge bases, visualizing temporal concept maps, and the use of linked diagrams for exploring complex, multi-dimensional, sequences of events.
Learn more about GeoTime®