Industry Focus
Every tower, cable, and coverage gap — mapped with precision.
Telecoms networks are spatial problems at their core. Coverage depends on terrain. Sites depend on proximity. Rollout depends on logistics. GIS is the connective tissue.
1m
RF analysis resolution
40%
faster site acquisition
Full
passive network inventory
The challenge
What makes telecoms & broadband hard.
Coverage gap identification
RF propagation modelling requires accurate terrain, building height, and clutter data — and most operators don't have it in a usable form.
Site acquisition bottlenecks
Identifying, qualifying, and acquiring candidate tower sites is slow when teams work from separate planning tools and spreadsheets.
Passive infrastructure inventory
Thousands of ducts, cables, towers, and cabinets exist without spatial records — making network planning and fault tracing inefficient.
Rollout coordination
Construction crews and planners working from different data sources create version conflicts that delay rollout and inflate costs.
Telecoms coverage & network GIS map
Our approach
What Kaistrum delivers.
High-resolution RF propagation modelling
Terrain-aware signal propagation models at 1m resolution, integrating building height data and real-world clutter classification.
GIS-driven site suitability scoring
Automated candidate site analysis scoring locations on coverage impact, access, planning consent likelihood, and landlord proximity.
Passive infrastructure digitisation
End-to-end digitisation of your duct, cable, tower, and cabinet network — from paper records to authoritative spatial database.
Centralised rollout tracking
Live spatial dashboard showing premises passed versus target, by region and timeframe — with drill-down to individual site status.
RF propagation model overlay
Applications
In practice.
Coverage planning & RF modelling
Terrain-aware propagation models for 4G and 5G network design — identifying coverage gaps, interference, and optimum site locations.
Site acquisition & suitability analysis
GIS-driven candidate site scoring and comparative analysis to accelerate the acquisition process from months to weeks.
Passive network inventory
Spatial record of every duct, cable, fibre route, tower, cabinet, and manhole — the foundation for planning, fault tracing, and asset sales.
Broadband rollout tracking
Real-time dashboard showing premises passed versus rollout target, broken down by area and team.
Interference analysis
Spatial modelling of inter-site interference patterns and shadow zones to optimise antenna configuration across the network.
Get started
Ready to deploy GIS for telecoms & broadband?
Tell us about your organisation and requirements. We will respond within one business day.