FiberTwin.ai turns GIS mapping, OTDR test data, and circuit documentation into a single digital replica of your physical fiber network — so what's in the ground matches what's on the page, and every splice, cabinet, and pole is traceable back to real test results.
A digital twin is a virtual model of a physical system that stays connected to real-world data. A Fiber Twin applies that idea to fiber optic plant: instead of a static route map or a folder of OTDR screenshots, you get one model where the geography (where things physically are), the network asset catalog (what's at each location), and the test results (how the fiber is actually performing) all live together and reference each other.
Walk a route once, catalog what you find, and every OTDR test you run afterward can be checked against the actual physical layout — not just a spreadsheet of numbers.
Each stage feeds the next — build the map, overlay the test data, then generate the report.
Place POIs using predefined fiber network types (splice points, cabinets, poles, meet-me locations, and more), draw circuit routes and easement areas, and get automatic point-to-point distance logging in both directions (AAA-BBB and BBB-AAA).
Load a base map from the Asset Catalog, then upload OTDR test-summary XML files from each direction. Events plot along the real route as splices, connectors, and launch points — colored pass or fail.
Pull the mapped assets and overlaid OTDR data together into a print-ready report per circuit — GIS data, asset inventory, OTDR results, and a combined line/wire map diagram, with your logo and your client's logo on the cover.
A shared holding area for the files you move between tools — KML, GeoJSON, CSV, and OTDR XML. Anything exported from a FiberTwin tool lands here automatically; anything you drop here is one click away from being loaded back into whichever tool needs it next.