In a world where everything is connected, more organizations are moving from public mobile networks to private 5G solutions — systems that provide complete control, higher security, and a platform for innovation.

Private 5G networks are proving especially effective in manufacturing, logistics, seaports, mining, agriculture, and on corporate or university campuses — wherever stable and secure communication is critical for operations.

Main advantages of private 5G networks:

• Security and autonomy — all data remains under company control.
• Scalability — the network grows with the business.
• Reliability — stable coverage for thousands of devices without complex cabling.
• Flexibility — tailored to terrain, infrastructure, and specific operational needs.

Why Geodata Determines Network Performance

The effectiveness of a private 5G network depends not only on its hardware or spectrum but also on how accurately it reflects the real environment. Behind every successful private network lies an invisible yet essential foundation — accurate high-resolution 3D geodata.

That’s where precise 3D Geospatial Data becomes indispensable. 

At mmWave frequencies, even small inaccuracies — a missing rooftop height or lack of vegetation data — can distort signal modeling and reduce coverage quality.

High-precision 3D maps turn assumptions into engineering-based solutions.

Core Geodata Components for 5G Planning

• Buildings: outlines, heights, and roof shapes— essential for dense urban and industrial zones.
• Terrain: digital elevation, slopes, and contours for accurate signal calculations.
• Vegetation: data on trees and canopies that absorb or reflect radio waves.
• Urban objects: bridges, multi-level road interchanges, and infrastructure affecting the line of sight.

Together, these datasets allow RF engineers to model signal propagation precisely, reduce interference, and design networks that deliver consistent performance indoors and outdoors.

Private Networks Across Industries

Seaports

• Private 5G supports automation, container tracking, and drone operations.
• 3D maps account for cranes, containers, and complex metal structures— ensuring reliable coverage over large port areas.

Mining

• Detailed 3D terrain models of quarries, dams, roads, and tunnels ensure strong connectivity in open-pit and underground sites.
• A precise surface model is essential both for extraction planning and 5G deployment in mining zones.

Agriculture

• Private 5G connects drones, irrigation systems, and autonomous machinery.
• Terrain and vegetation data help position towers for even coverage across wide farmlands.

Campuses

• Universities and research centers deploy private 5G for communication between dormitories, labs, and open spaces.
• Accurate 3D campus infrastructure models enable fast, efficient rollout.

Our company, together with our partner Visicom provides high-accuracy 3D Geodata for RF-planning, site selection, and network optimization.

By combining cartography and telecommunications expertise, we help companies across the world build every private 5G network on a reliable, data-driven foundation.