Empowering High-Accuracy Field Data Collection with Skadi Handheld GPS Devices

EOS-Skadi-blog

We’re excited to share that Hexamap Solutions is now an official EOS Partner, marking a significant leap in our ability to deliver high-accuracy, field-ready geospatial solutions. This partnership combines EOS’s world-class GNSS positioning technology with Hexamap’s expertise in GIS automation, data validation, and enterprise mapping platforms — creating a new standard for precision-driven field operations.

About EOS Positioning Systems

EOS Positioning Systems (EOS) is a global leader in high-accuracy GPS/GNSS solutions, renowned for developing reliable, scalable, and cost-effective technologies designed for professionals who require sub-meter to centimeter-level accuracy in the field. EOS devices — such as the Arrow Series GNSS receivers — are trusted across industries like utilities, environmental management, surveying, and smart infrastructure for their robust performance and easy integration with mapping software like ArcGIS Field Maps and Collector. 

By partnering with EOS, Hexamap now offers an ecosystem where real-time field data collection, accurate location intelligence, and seamless GIS integration come together to enhance decision-making and operational efficiency. 

Skadi Handheld GPS — Designed for Field Precision

During our field testing, Hexamap teams extensively used the Skadi Handheld GPS device, a rugged and versatile tool that complements EOS GNSS receivers perfectly. 

Key highlights of our experience include: 

  • Unmatched Accuracy: When paired with EOS receivers, Skadi devices consistently deliver sub-meter accuracy — essential for infrastructure and utility mapping. 
  • Field Durability: Built for challenging conditions, the Skadi Handheld proved resilient against heat, dust, and moisture, making it ideal for all-terrain fieldwork. 
  • Seamless Connectivity: The device’s intuitive interface and quick Bluetooth pairing allow effortless connection with mobile mapping apps such as ArcGIS Field Maps. 
  • Extended Battery Life: Optimized for long survey sessions, ensuring uninterrupted data capture throughout the day. 
  • User-Friendly Design: Ergonomic grip, sunlight-readable display, and lightweight build make it practical for intensive field operations. 

Together, EOS GNSS receivers and the Skadi Handheld GPS create a powerful data collection workflow — ensuring that every field of observation is accurate, validated, and GIS-ready. 

Real-World Use Cases — How EOS and Hexamap Transform Field Operations

1: Utility Asset Mapping & Maintenance

Challenge

Utility companies often manage thousands of undergrounds and above-ground assets — from pipelines and cables to transformers and valves. Many rely on outdated paper maps or legacy GIS databases with positional inaccuracies exceeding several meters. These inaccuracies lead to inefficient maintenance operations, higher excavation risks, and costly project delays. 

Solution

Field teams are equipped with Skadi Handheld GPS devices paired with EOS Arrow GNSS receivers, delivering centimeter-level accuracy even in dense urban or semi-rural areas. 
The workflow integrates directly with Hexamap’s GIS automation platform, where: 

  1. Asset data is captured in real time using ArcGIS Field Maps or QField.
  2. Coordinates and attributes are automatically validated against enterprise standards. 
  3. Any inconsistencies trigger automated data quality checks before final integration into the central asset management system.  

Outcome

  • Accurate digital asset inventory, reducing positional errors from meters to centimeters.
  • Improved maintenance scheduling, as teams can precisely locate and service assets. 
  • Reduced field downtime and increased safety during excavation and repair. 
  • Enhanced decision-making through reliable and up-to-date network maps.  

The Road Ahead

The EOS–Hexamap partnership strengthens our shared goal — to empower field professionals with accurate, efficient, and intuitive geospatial tools. As we continue to integrate EOS GNSS hardware and Skadi handheld devices into our workflows, we aim to set new benchmarks for data quality, positional accuracy, and operational excellence in GIS implementations. 

With precision at the core, we’re redefining how organizations collect, validate, and visualize geospatial data — from the field to the enterprise.