B. J. Malone implemented high-accuracy GNSS workflows to locate above and below-ground water assets precisely and efficiently.
By modernizing its GNSS technology, Sheboygan Falls Utilities overcame challenges posed by decades-old as-built data.
FPAN archaeologists and volunteers map historical sites and coastal erosion (in 3D!) to quantify erosion rates as Florida's sea levels rise.
TOUA collected accurate, geospatial data for 710 miles of distribution conductors in Arizona heat. See how their records improved!
Emily Jane Murray maps coastal archaeological sites before their valuable history is lost to rising sea levels.
David provides community infrastructure solutions to municipalities using high-accuracy GNSS and GIS technologies.
The City of Saline brought GIS in house, deployed high-accuracy GNSS receivers, and is working toward a streamlined longterm master plan.
In the Delaware Basin, Texas midstream pipeline operator Kinetik has transformed GIS and location accuracy in the field and office.
Papillon empowers employees to collect high-accuracy pipeline data efficiently and easily at the largest midstream provider in the Delaware Basin.
Using drones, high-accuracy Eos GNSS receivers, and ArcGIS, Will is creating geospatially referenced 3D models for his clients.
Cassatt Water prepares for the next generation of field workers by adopting ArcGIS with a survey-grade Arrow Gold+ GNSS receiver—moving away from mapbooks.
Charles Lehnen uses brand-new Galileo HAS corrections with the Arrow Gold+ in the Galápagos archipelago. His work will study Santa Fe Island's rewilding.