Moore County, NC partnered with Blue Raster to modernize its parcel mapping workflows by migrating legacy ArcMap tools to powerful ArcGIS Pro add-ins. This upgrade streamlines parcel editing, improves data accuracy, and creates a future-ready GIS foundation for local government operations. Learn how the County transitioned critical tax tools to ArcGIS Pro while enhancing performance, usability, and long-term sustainability.
Blue Raster has partnered with the Puget Sound Regional Council to provide strategic GIS support and ArcGIS Enterprise managed services. Through cloud-based GIS modernization, the recent upgrade to ArcGIS Enterprise 11.5, and ongoing managed services, Blue Raster helps regional and local government teams access data efficiently, improve workflows, and support effective planning within the region.
Blue Raster partnered with OneEnergy Renewables to modernize and manage their ArcGIS Enterprise environment in their Microsoft Azure cloud environment. From deploying and upgrading ArcGIS Enterprise to providing ongoing managed services, virtual machine administration, and ArcGIS Pro support, Blue Raster delivers a secure, scalable, and high-performing GIS platform that empowers OneEnergy to streamline operations and advance renewable energy initiatives.
Blue Raster partnered with Mortenson’s wind group to develop custom GIS tools that optimize wind farm design and construction. Using ArcGIS Pro and Python geoprocessing, the tools streamline data sharing, road and crane path planning, and cost analysis. These innovations help Mortenson generate competitive bids, reduce construction risk, and scale operations with confidence.
Blue Raster partnered with FWCC to transform the Quaker meeting finder into a global, multilingual app powered by ArcGIS Maps SDK for JavaScript.
Palmer Wilson, a Blue Raster Senior DevOps Engineer, recently used 3D voxel rendering in ArcGIS Pro to analyze NOAA radar data from the Grand Junction, Tennessee tornado on April 3, 2025. This case study shows how integrating volumetric radar layers can help identify and interpret tornadic structures with greater clarity.
Blue Raster recently completed a high-resolution drone mapping project at The Henry Ford Museum campus in Dearborn, Michigan. By combining drone technology with GIS, our team produced a custom vector basemap using Drone2Map and ArcGIS Pro—helping the Facilities Team, students, and visitors alike.
At Blue Raster, we believe that well-designed, data-driven solutions can bring people together and foster meaningful connections. Our ongoing collaboration with the Friends World Committee for Consultation (FWCC), Section of the Americas perfectly illustrates this principle. Through the creation of an ArcGIS Experience Builder application, we’ve helped FWCC more effectively map and connect Quaker communities across the region, advancing their mission to nurture fellowship, communication, and spiritual unity.
Discover how Blue Raster uses ArcGIS Pro to create printable PDF maps for partners like UNICEF and CDC—perfect for reports, records, and offline access.
Blue Raster worked with NRDC to identify which wetlands were potentially protected under the previous interpretation of the Clean Water Act but are now at risk of not being protected. Using the National Wetlands Inventory (NWI) data, our team first created a dataset of wetlands likely to meet the regulatory definition of “wetlands” in federal Clean Water Act rules, based on the presence of water, hydric soils, and hydrophilic soils.
