Ryan Key uses high-accuracy location data to enhance inspections, improve maintenance responses, and increase confidence in utility data.
PESH is on a mission to explore and map México’s Sistema Huautla. The Arrow 100 GNSS receiver is helping them prove their survey findings.
Aaron Krohn prepares his utility for the future by improving field accuracy and efficiency, in part thanks to GNSS.
Thomas Shifflett uses high-accuracy GNSS to help locate hidden cave entrances in the dense jungles of Oaxaca, Mexico.
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.
David Wiggins preserves pipeline infrastructure by identifying and mitigating corrosion with high-accuracy GNSS and GIS technologies.
After a trial of two Arrow 100s, CountryMark now relies on a fleet of 16 Eos GNSS receivers across teams. This upgrade helps map pipelines more efficiently, while also meeting federal accuracy requirements.
Archaeology Scotland improved field workflows, regulatory reporting, and data accuracy with the Arrow 100. See how they expanded access to GIS tools across Scotland’s rural and under-resourced areas.
WSBRC enabled a new level of field precision that supports BNG compliance, enhances asset tracking, and empowers the organization to lead innovations in ecological mapping and conservation planning.
High-accuracy GNSS locations help Tanner Arrington protect and represent the natural world, from buried artifacts in the forest to vegetation across vast wetlands.