FIBERQ DESIGNER / WEB APPLICATION / PRIVATE BETA

Fiber network design, splicing and documentation in your browser

FiberQ Designer is a browser-first platform for planning, splicing, tracing and documenting FTTH and GPON networks. Map-based design, structured network data and generated documentation, without installing anything.

Try it out

See what it does

STATUS	Private beta, in active development
ACCESS	By invitation
PRICE	Free for everyone using it today
COMPANION	FiberQ for QGIS — open source, GPL-3.0, production ready

Map tab. An FTTH tree over Liman, Novi Sad: ODF-CO-01 feeds PP-DIST-01, which splits to two joint closures, four building OTBs and eight terminal boxes. Every span carries its cable name and length.

01
OVERVIEW

What it is

FiberQ Designer is the browser-based companion to FiberQ for QGIS. Where the QGIS plugin is the open design environment inside GIS, Designer focuses on the operational side of a fiber project: map-based planning, network structure, fiber splicing, end-to-end tracing and generated documentation.

It is a separate, independently developed commercial product, built to be fast to access and easy to collaborate on. The two tools share the same way of describing a network, so a design can move between them and stay structured the whole way through.

02
CAPABILITIES

What it does

From the first route on the map to a complete, documented and traceable network.

Map-based planning

Design routes and place network elements directly on real basemaps. Work the way you would on a map, with your project structured underneath.

Splice management

Manage closures, trays and splices with a clear view of every fiber connection. Build and edit splicing without losing track of what connects to what.

End-to-end tracing

Follow a fiber from one end of the network to the other through cables, closures and splices. Useful for verification, troubleshooting and handover.

Generated documentation

Produce schematics and documentation from the network you have designed, instead of drawing them by hand and keeping them in sync manually.

Structured project data

Every element, cable and splice lives in a consistent data model, so your project stays usable for review, reporting and exchange, not just for viewing.

Team workflows

Shared, browser-based projects mean colleagues work from the same source of truth, with changes visible to everyone on the team.

Splice Manager. PP-DIST-01 holds 4 cables and 144 fibre connections, 24 free of 168 fibres. Tubes T1 to T4 carry TIA-598-C colours and every fibre is drawn to its cassette port.

Manhole Editor. Chamber JC-MH-NW, 2000×1300×1900 mm, four wall panels, 3 of 20 ducts occupied. DROP-1, DROP-2 and DIST-NW are assigned to walls; the QA panel flags cables with no slack recorded.

03
WORKFLOW

How it works

A practical flow from a blank map to a documented, traceable network.

Open a project

Start a new project in the browser or bring in an existing design from FiberQ for QGIS.

Plan on the map

Draw routes and place elements in the Map Section, building cable runs and infrastructure on real basemaps.

Splice the network

Define closures and splice connections in the Splice Manager, fiber by fiber.

Trace and verify

Follow fibers end-to-end to check the design and catch issues before they reach the field.

Generate documentation

Produce schematics and documentation straight from the network you built.

Share and hand over

Collaborate with your team and exchange the design with FiberQ for QGIS when needed.

Schematic Plan. 17 nodes, 14 segments and 17 cables generated from the network above, with title block, legend and A4 landscape sheet, exportable to DXF, SVG, PNG or PDF.

04
INTEROPERABILITY

Works with FiberQ for QGIS

Designer and the QGIS plugin share the same way of describing a network. Move a design between the open GIS environment and the browser-based platform, and keep the same structured data on both sides. Elements, cables and splices stay intact.

Use the open-source plugin for detailed GIS design and open-format deliverables, and Designer for fast, collaborative operational work. One workflow, two tools.

FIBERQ FOR QGIS	Open-source design environment inside GIS. GPL-3.0. Detailed planning and open-format deliverables. Available and maintained today.
FIBERQ DESIGNER	Browser app for operational planning, splicing, tracing and documentation. Built for teams. Currently in private beta.
SHARED	Consistent network elements across both tools. Import and export between plugin and platform. Open formats where it matters.

Explore FiberQ for QGIS

The shared layer model, shown here in the QGIS plugin’s Preview Map. The same element vocabulary carries into Designer: routes, poles, manholes, ODF, TB, PE pipes, transition pipes, underground and aerial cables, joint closures, optical slacks, patch panels, OTB and TO.

05
ACCESS

Access and pricing

FiberQ Designer is in active development and access is currently by invitation. It is free for everyone using it today: a small group of fiber teams putting real projects through it and telling me what breaks.

Pricing will be published when the platform is ready to be sold, not before. Until then I would rather have your bug reports than your money.

Need fiber design tooling you can use in production today? FiberQ for QGIS is open source, GPL-3.0, and actively maintained.

06
UPDATES

Follow the build

FiberQ Designer is being built in the open, one release at a time. Sign up to follow development and hear when it opens up more widely. No spam, no commitment.

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