Ryan Key uses high-accuracy location data to enhance inspections, improve maintenance responses, and increase confidence in utility data.
Aaron Krohn prepares his utility for the future by improving field accuracy and efficiency, in part thanks to GNSS.
Garrett Black enhances efficiency and safety at a Kentucky utility with high-accuracy GNSS technology, including Skadi Tilt Compensation.
Mustang Special Utility District improves water and wastewater management using Eos Arrow GNSS receivers and ArcGIS Apps for greater accuracy and efficiency.
Cody Phillips modernizes century-old utility systems and streamlines future maintenance with high-accuracy Eos GNSS receivers and ArcGIS Field Maps.
EWSU is streamlining inspections and minimizing delays by updating asset locations in real time while using Eos GNSS receivers and the ArcGIS Utility Network.
The City of St. Louis, Michigan, adopted Arrow Gold GNSS receivers and ArcGIS to map water assets with help from the Spicer Group.
Felecia Helms is improving infrastructure response times by integrating high-accuracy GNSS locations into a new outage management system.
California's sixth largest public water utility, EMWD, manages its recycled water system with high-accuracy locations from Skadi Gold, Skadi Tilt Compensation, and Arrow Gold GNSS receivers.
To measure groundwater salinity along the Lake Ontario shoreline, a Ph.D. student uses Skadi 100 and Arrow 100 alongside an EM conductivity meter and ArcGIS.
How Oak Hill, WV, used high‑accuracy GNSS and ArcGIS Field Maps to map 630+ rural manholes — in the process, replacing unreliable legacy data with precise, standardized GIS.
EPWWS modernized water and wastewater asset management with high-accuracy Skadi and Arrow GNSS receivers, ArcGIS Field Maps, RTK, thereby transforming paper records into real-time utility mapping.