Prolincur Technologies

Plan networks against real terrain, buildings and coverage

We build 3D and geospatial software for network planning and tower management: radio coverage, propagation and assets, shown in their real-world context.

The problems we are brought in to solve

01

Coverage depends on the real world

Terrain and buildings shape signal propagation, but many planning tools flatten them.

02

Assets spread across systems

Tower, equipment and performance data often lives in separate tools.

03

Simulation results are hard to read

Raw radio maps and path data need clear visualization before they can drive decisions.

04

Site data locked in CAD drawings

Site layouts arrive as DWG and DXF files that GIS tools cannot use directly.

What we build for these teams

Specialist modules that fit into your existing product, built by engineers who know this data.

Radio map and propagation simulation

Physics-based propagation with NVIDIA Sionna RT over real terrain, buildings, roads and bridges.

Digital twins and simulation

Terrain and building mesh generation

Terrain and buildings generated from GIS data, with shelled walls and assigned materials, ready for simulation.

Geometry and CAD kernel engineering

What we work with

  • NVIDIA Sionna RT
  • three.js
  • GIS
  • Terrain meshing
  • Building meshes
  • DWG / DXF

Common questions

Can you visualize results from our existing simulation engine?

Yes. We can build visualization on top of your simulation output, or integrate engines such as NVIDIA Sionna RT.

Do you support 5G and 6G planning use cases?

Our radio propagation work runs on NVIDIA Sionna RT, which is built for 5G and 6G research, using 3D city meshes we generate from GIS data.

Can we start with a single module?

Yes. Most engagements start with one focused module, such as a coverage viewer or an asset view, inside your existing product.

Building software in this space?

Tell us about the module you need. You will talk to an engineer from the first call.