FTTH from project design to live service
Plan each FTTH build in its own project on Google Maps, draw fiber design manually, export BOMs and staking sheets for construction, capture field updates in the mobile browser, and move plant from Planned to Active as subscribers come online — all on one map.
Why FTTH deployments break across phases
Design, construction, and operations use different tools
Engineering designs in one system, construction works from PDFs, and operations maintains inventory somewhere else. Every phase handoff introduces errors before the first customer is activated.
Construction documents fall behind the map
BOMs, splice sheets, and contractor maps are rebuilt from exports that go stale quickly. When routes change during buildout, field crews often work from the wrong version.
Field updates do not reach the office map
Crews capture changes on paper, in texts, or in photos that never attach to the right asset. Office staff retype notes later and the operational record starts wrong on day one.
Design plant and live plant get mixed together
Future FTTH routes, active drops, and repair work end up on the same map without clear state. Teams lose confidence in which plant is built, which is planned, and which is in service.
FTTH deployment on one platform
Design, build, activate.
Design the FTTH project
Create a project, place locations and cables on Google Maps, draw fiber routes and connectivity manually, and keep buildout plant in Planned state. Export BOMs to PDF or XLSX and generate splice and contractor outputs from the same design data.
Hand off to construction
Pass project network elements into Construction Staking Sheets, customize the layout, and print PDFs for the field without redrawing plant. Field crews open the same project in a mobile browser to attach photos, marker flags, and plant updates while construction progresses.
Activate and operate
Move completed plant from Planned to Active as build segments finish and subscribers come online. Trace light paths, maintain strand-level inventory, and connect billing or monitoring systems through the API when you need customer or outage context on the map.
What FTTH operators get in MapItRight
Project-based FTTH design
Organize each neighborhood, phase, or expansion in its own project on Google Maps.
Manual fiber design
Draw routes, splices, splitters, patch panels, and MUX/DEMUX with traceable connectivity — no auto-route dependency.
Planned to Active workflow
Keep design plant separate until construction is ready, then activate live inventory on the same map.
Construction Staking Sheets
Produce customized field PDFs from project data instead of redrawing routes in another tool.
Mobile field updates
Use any phone or tablet browser for marker flags, photos, video, and plant updates that sync to the office map.
BOM and operational exports
Export BOMs to PDF or XLSX and project data to GeoJSON or KML for procurement, backup, and downstream tools.
“There is nothing out there as robust as MapItRight. Thanks a lot.”
Related solutions
Fiber Network Planning
Plan fiber builds by project on Google Maps. Export BOMs and field docs.
Fiber Network Construction
Staking sheets, field updates, and project handoff for fiber builds.
Fiber Network Mapping
See your full fiber plant on Google Maps — cables, splices, drops, and field updates in one place.
Frequently asked.
FTTH deployment software helps operators manage a fiber-to-the-home build from design through construction and operations. MapItRight keeps project design, field updates, BOM exports, and live plant inventory on one Google Maps platform instead of splitting work across AutoCAD, spreadsheets, and separate field tools.
Ready to see ftth deployment in action?
30-minute demo. No slideware. We'll walk through your network, not ours.