Plan, build, and operate networks on one geospatial platform
From RF coverage modelling to fibre-asset management and live outage response, Airfree gives carriers, towercos, and network operators the spatial intelligence to roll out faster and run the network with fewer surprises.
The network lifecycle on a single spatial platform
Planning, deployment, and operations teams share one geospatial foundation — built for mobile, fixed-wireless, and fibre networks at national scale.
RF & Coverage Mapping
Model signal propagation across terrain, clutter, and building footprints to predict coverage, interference, and cell-edge performance before a single tower is built.
Site Selection & 5G Densification
Rank candidate macro and small-cell sites against demand, line-of-sight, backhaul availability, and zoning constraints to plan densification with confidence.
Tower & Fibre Asset Management
A living spatial register of towers, masts, fibre routes, ducts, and cabinets — with condition, lease, capacity, and maintenance attributes on one map.
Rollout & Build Planning
Sequence build programs across regions with spatial dependencies, permitting zones, and crew routing so field teams and planners work from the same plan.
Outage & Fault Mapping
Overlay live fault and performance feeds on the physical network and affected-customer geographies to triage restoration by impact, not guesswork.
Demand & Population Analysis
Fuse census, movement, and land-use layers to quantify addressable demand, underserved catchments, and the return on each proposed site.
Line-of-Sight & Backhaul
Terrain and obstruction analysis for microwave and fixed-wireless links, including Fresnel-zone clearance and path-profile generation.
Network Digital Twin
A continuously updated spatial twin of the physical and logical network for planning, simulation, and what-if analysis across the lifecycle.
RF propagation and terrain intelligence
Accurate coverage prediction starts with accurate ground truth. Airfree operates a full data-engineering pipeline from raw terrain, imagery, and measurement archives to analysis-ready layers — so your RF planners model against reality, not estimates.
Earth observation platformHigh-Resolution Terrain Models
Continent-scale DEM and surface models drive propagation, line-of-sight, and Fresnel-zone calculations at planning-grade accuracy.
Building & Clutter Layers
3D building footprints and land-cover clutter classes refine signal attenuation modelling in dense urban environments.
Imagery-Derived Change
Earth-observation pipelines flag new construction, vegetation growth, and obstructions that degrade existing links over time.
Measurement & Drive-Test Fusion
Ingest drive-test and field-measurement data to calibrate predicted coverage against real-world signal on the ground.
Built for carriers, towercos, and operators
Designed for the teams who answer to regulators, boards, and customers — reliable spatial intelligence, not another dashboard to refresh by hand.
One Shared Operational Map
Planning, field, and NOC teams work from a single authoritative map instead of trading disconnected GIS exports and spreadsheets.
Automated Coverage Reporting
Generate regulator-ready and board-ready coverage, population-covered, and rollout-progress reports on demand from live network data.
API-First Network Data
Every layer — sites, coverage, assets, demand — is queryable through open REST and OGC APIs that drop into your existing OSS/BSS stack.
One connected platform, four product lines
Telecommunications teams compose the platform to fit their workflow — the same spatial engine, maps, cloud, and communication, under one roof.
Every capability is available via REST and OGC-compliant APIs and is interoperable with the OSS/BSS, network-inventory, and enterprise GIS systems you already run — connected through open standards, not proprietary adapters.
- — OGC WMS / WFS / WMTS / API Tiles endpoints
- — GeoJSON, Shapefile, KML, GeoPackage exchange
- — REST API with OpenAPI 3.1 specification
- — Webhook delivery for fault and threshold events
- — Interoperable with enterprise GIS and OSS/BSS platforms
Network digital twins and simulation
A spatial twin of the network turns every planning decision into something you can test before you build it — and every operational event into something you can trace.
As-Built Spatial Twin
Reconcile the planned network against as-built sites, routes, and assets to keep a single, trusted source of network truth.
What-If Rollout Simulation
Simulate new sites, re-sectorisation, and spectrum changes against terrain and demand before committing capital.
Capacity & Demand Forecasting
Project load growth across cells and regions to prioritise upgrades where demand is outpacing supply.
Roll out faster with Airfree
Whether you run a national mobile network or a regional fibre build, our team will scope a spatial intelligence solution matched to your network, your data, and your rollout plan.
Talk to our telecommunications team