PRD-11 · GEOSPATIAL
FTTH Network GIS
Fibre-to-the-home planning & network records
Overview
The fibre network as a map, not a spreadsheet.
A fibre-to-the-home rollout is a geospatial problem wearing a telecom badge: every duct, cable, splitter and drop is a thing at a place, and the network only stays maintainable if the plan and the as-built agree. We build the GIS that holds it - route and splice planning from OLT to ONT, the spatial inventory of what was actually laid, and one map that planning, construction and the NOC all work from - on the same open-source geospatial core as our defence and smart-city work.
What it does
Inside the system.
PLN
Route & splice planning
Plan feeder and distribution routes, splitter locations and splice schemes from OLT to ONT on real base-map and cadastre data.
INV
As-built network inventory
Ducts, cables, splitters, closures and drops as queryable spatial records - the network that exists, not the one that was drawn.
HOM
Homes-passed & connections
Track homes passed, homes connected and service status against the physical network, so coverage claims are grounded in the plant.
FLD
Field & NOC workflows
The map field crews build from and the NOC troubleshoots from - a fault traced back to the span and the splice it sits on.
OSS
Open-source, no lock-in
PostGIS, GeoServer and web mapping throughout - the operator owns the stack and the data, with no per-seat GIS licence.
Deployment
Where it runs.
On the operator's own infrastructure, on-premise or in a private cloud. Built on the same open-source geospatial core as our domain-awareness and smart-city systems.
Start here
See FTTH Network GIS
against your problem.
Tell us what you're trying to train, track or communicate through and we'll tell you honestly whether FTTH Network GIS fits - or whether you need something else built.
Start the conversation