Market Development History

Until the late 1990s, Swedish surveying relied heavily on traditional optical instruments. The early adoption of the total station revolutionized the industry by integrating electronic distance measurement with angle recording, significantly speeding up cadastral surveys.

Between 2005 and 2015, the shift toward GNSS became prominent. The introduction of gps diferencial techniques allowed for the creation of a more accurate national coordinate system, enabling surveyors to move away from static base stations toward more flexible mobile solutions.

In the last decade, the convergence of IoT and RTK (Real-Time Kinematic) has led to the mainstreaming of the gnss rtk receiver. This evolution has enabled the leap from manual data collection to active machine control in the Swedish forestry and road construction sectors.

Future Development Trends

Integration of AI with Spatial Data

We anticipate a shift toward AI-driven automated feature recognition where receivers not only provide coordinates but identify terrain types in real-time.

Hyper-Local Correction Networks

The expansion of NTRIP-based networks across Northern Sweden will further reduce the need for local base stations, providing instant corrections.

Autonomous Fleet Synergy

Future auto steer tractor systems will evolve into fully autonomous fleets communicating via 5G to optimize land use.

01. Forestry Management in Norrland

Utilizing high-sensitivity surveying equipment to map timber volume and plan harvesting routes in dense forests, ensuring minimal ecological impact.

02. Precision Farming in Skåne

Implementing auto steer tractor systems to manage large-scale wheat fields, reducing seed overlap and optimizing yield per hectare.

03. Urban Expansion in Stockholm

Using a high-precision total station for the precise alignment of new subway tunnels and residential complexes in the city's complex archipelago geography.

04. Infrastructure Monitoring in Gothenburg

Deploying a network of gps diferencial sensors to monitor structural shifts in bridges and ports due to seasonal freeze-thaw cycles.

05. Hydrographic Surveying in Baltic Coasts

Employing an integrated gnss rtk receiver on survey boats to create high-resolution bathymetric maps for maritime safety.