FIBERQ FOR QGIS  /  OPEN SOURCE  /  GPL-3.0


Fiber network design inside QGIS

Design FTTH, GPON and FTTx networks directly on real maps with FiberQ for QGIS, keep your data structured, and connect your workflow to the next generation of FiberQ tools now in development.

LICENCEGPL-3.0, open source
LATESTv1.4.0, released August 2026 — validation and reporting
TESTED ONQGIS 3.40 (Qt5) and QGIS 4.2 (Qt6)
FUNDINGNLnet NGI Zero — roadmap WP1 delivered
OUTPUTSGeoPackage, KML/KMZ, PostGIS, DXF
A FiberQ project over OSM. Manholes MH 1–6, poles and terminal boxes, with span length and cable specificatio
A FiberQ project over OSM. Manholes MH 1–6, poles and terminal boxes, with span length and cable specification on every segment (98 m Optical 2×6, 157 m Optical 8×12).

01
WHY FIBERQ

Built for the work, not for the demo

Three things decide whether a fiber tool survives contact with a real project.

Real FTTH / GPON / FTTx workflows

Design routes, place elements, generate cables and keep your project data usable beyond the map.

Works inside QGIS

Use familiar GIS tools, real basemaps and existing spatial data without moving to an expensive proprietary stack.

Structured outputs

Export GeoPackage, KML/KMZ and clean layers, or publish to PostGIS for collaboration and web maps.


02
CAPABILITIES

What you can do with FiberQ

Routes on real maps

Digitise cable routes with QGIS tools on real basemaps, at the accuracy the job needs.

Network elements

Place poles, manholes, ducts, closures and cabinets with consistent attributes across the project.

Import existing data

Bring existing points and lines directly into FiberQ layers instead of redrawing them.

Cables and branching

Generate cable paths, reserves and branching logic to match the design and the documentation.

Deliverables

Export layers to GeoPackage or KML/KMZ for sharing, client review and archiving.

PostGIS publishing

Push results to PostGIS for collaboration, dashboards and web map pipelines.


03
WORKFLOW

How FiberQ works

A practical route from project setup to deliverables, inside QGIS.

01

Create a project

Start with a GeoPackage for local work, or connect to PostGIS for team projects and web maps.

02

Draw routes and place elements

Digitise routes on real basemaps and place poles, manholes, ducts, cabinets and closures with consistent attributes.

03

Generate cables and connections

Build cable runs, reserves and branching logic to match your design and documentation needs.

04

Validate and review

Check the design in the map view and schematic outputs before exporting or publishing.

05

Export deliverables

Export layers to GeoPackage or KML/KMZ for sharing, client review and archiving.

06

Publish to PostGIS

Push results to PostGIS for collaboration, dashboards and web map pipelines.


Preview Map. The full FiberQ layer model in one dialog: routes, poles, manholes, ODF, TB, PE pipes, transition pipes, un
Preview Map. The full FiberQ layer model in one dialog: routes, poles, manholes, ODF, TB, PE pipes, transition pipes, underground and aerial cables, joint closures, fiber breaks, service areas, optical slacks, patch panels, OTB and TO.

Preview Map and Publish to PostGIS need an activation key. Request a key and the MapProxy folder.

04
RELEASE

v1.4.0 — validation and reporting

Released August 2026. Second deliverable of the NLnet NGI0 funded roadmap (WP2). v1.3.0 in July delivered the data model and migrations (WP1).

VALIDATIONFourteen checks over the whole design in a dockable panel: topology and connectivity, referential integrity, feature identity, required attributes, value domains, length coherence, CRS consistency, geometry health
REPORTINGSelf-contained HTML for handover, JSON for tooling, CSV for spreadsheets and issue trackers
LENGTHSMeasured on the project ellipsoid — true ground metres, not map units
SCHEMAPer-project versioning with lossless, idempotent on-load migration and a stable fiberq_uuid (v1.3.0)
VERIFIEDEnd to end on QGIS 3.40 (Qt5) and QGIS 4.2 (Qt6). Clean plugins.qgis.org security scan

05
DESIGNER

The browser companion: FiberQ Designer

FiberQ Designer is a web application in active development, focused on the operational side of fiber work: map-based planning, network structure, splicing, tracing and generated documentation.

The QGIS plugin remains the open design environment inside GIS. Designer is browser-first, easier to reach and easier to collaborate on. Both are built to work together as one FiberQ workflow.

STATUSPrivate beta, by invitation
PRICEFree for everyone using it today
SHAREDSame way of describing a network, so designs move between the two tools

06
COMMUNITY

Help shape the next release

FiberQ is developed in the open and driven by what people hit on real projects. Suggest features, report bugs and vote on priorities. The most useful ideas get prioritised first.

07
UPDATES

Get FiberQ updates

Release notes, tutorials, new features and migration tips. No spam.