Syslor’s Proteus system revolutionizes the way underground utility networks are mapped and visualized by combining a rugged GNSS receiver with AR-enabled mobile applications. This innovative solution enables real-time mapping and visualization of underground utility networks with centimeter precision, reducing excavation risks and eliminating the need for pre-existing plans.

The Proteus system consists of a GNSS receiver that captures GPS coordinates with exceptional accuracy, tying into Syslor's suite of mobile applications. These apps include EasyField for staking, EasyScan for video-based as-built planning, and EasyView for overlaying georeferenced network models into augmented reality on smartphones. By leveraging these tools, users can visually chart buried infrastructure, enhancing safety and efficiency on utility projects.

Delivered as a cohesive hardware–software package, Syslor's Proteus system integrates seamlessly into utility workflows, providing certified, geometry-accurate plans directly from smartphone footage. This platform offers instant feedback to site crews and synchronizes data to a centralized portal for documentation, streamlining project management and reducing environmental impact from reworks.

Syslor's Proteus system is designed to support utility works, public infrastructure modernization, and smart city development. With a focus on ease-of-use, digital transparency, and field-accessible execution, this solution empowers surveyors, contractors, and municipalities to efficiently manage underground utility projects with precision and confidence.

• Real-time mapping and visualization of underground utility networks with centimeter precision
• Integration of rugged GNSS receiver with AR-enabled mobile applications
• Elimination of pre-existing plans and reduction of excavation risks
• EasyField, EasyScan, and EasyView apps for staking, as-built planning, and augmented reality visualization
• Geometry-accurate plans directly from smartphone footage
• Instant feedback to site crews and data synchronization to a centralized portal
• Enhanced safety, reduced project durations, and lower environmental impact from reworks
• Support for utility works, public infrastructure modernization, and smart city development
• Focus on ease-of-use, digital transparency, and field-accessible execution