In 2014, DDS was contacted by the Colorado Division of Water Resources (DWR) to migrate DWR’s SVG-based web application (AquaMap) to a Geocortex-based web GIS application built on ArcGIS Enterprise.
FTI Consulting and Digital Data Services (DDS) designed and built a custom web GIS application utilizing GeoDjango and the ArcGIS Platform to assist expert witnesses access normalized analytical and abundance data in environmental litigation projects.
Digital Data Services, Inc. (DDS) was contracted by the Bureau of Land Management National Operations Center to create an internal Geocortex site to allow BLM staff to perform complex analysis supporting the BLM Assessment, Inventory, and Monitoring (AIM) program.
LAND INFO is a reseller of satellite imagery for various commercial satellite imagery providers. LAND INFO contracted DDS to develop a single site allowing their customers to search multiple imagery vendors simultaneously.
DDS developed a Stormwater Detention and Infiltration Facility Notification system for the State of Colorado funded by Mile High Flood District, formerly Urban Drainage and Flood Control District.
SKLD Information Services is a leading provider of public land records in Colorado. DDS has developed a suite of ArcMap Add-ins and geoprocessing tools to assist SKLD’s Technicians with updates to master title plat maps using Coordinate geometry (COGO).
Digital Data Services (DDS) designed, developed, and maintained a web GIS application to allow Buckhorn Energy Services to monitor their petroleum assets and competitors.
Digital Data Services, Inc. (DDS) assisted the City of Colorado Springs Clerk’s Office in managing their city licenses (liquor, medical marijuana, pawnbrokers, etc.) by building a custom web GIS solution using Geocortex (VertiGIS Studio) Workflow to integrate into their Geocortex Essentials site running on ArcGIS Enterprise.
The U.S. Geological Survey contracted Digital Data Services, Inc. (DDS) with multiple projects between 2005 and 2010 to vectorize aeromagnetic maps. The objective of the projects was to provide digital GIS files of existing aeromagnetic fields and flight paths for analysis and to determine the remaining areas to collect.
Between 2007 and 2010, Digital Data Services, Inc. (DDS) scanned, georeferenced, and converted over 1,200 coal mine and subsidence maps, approximately 400 per year, into a series of fully attributed GIS feature datasets.
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