Infrastructure Documentation

Every fiber strand,
accounted for.

StrandMap tracks splice points, cable routes, and network assets in real time — from the office and the field. Replace spreadsheets and outdated CAD files with a single source of truth for your fiber network.

Fiber network map on monitor
$2.5B Fiber software market by 2033
9.5% Annual growth rate
BEAD $42B federal broadband funding active
The problem

Fiber crews are still running on spreadsheets and AutoCAD files from 2009.

Most fiber installation companies track splice points in Excel. Network routes live in AutoCAD files that haven't been updated in years. When a splice tech needs to know which strands are available downstream, the answer is "call the old guy who has been here since the beginning." That doesn't scale.

No real-time visibility

Office engineers and field crews work from different versions of the same spreadsheet. By the time documentation is updated, the network has already changed.

No audit trail

When inspectors show up, there is no defensible record of splice loss values, OTDR traces, or installation dates. Crews spend days recreating documentation they should have had all along.

Knowledge locked in people

The foreman knows where every splice is. When he leaves, that knowledge leaves with him. Every new hire starts from zero because nothing was ever written down properly.

What StrandMap does

Built for the splice tech.
Useful for the network engineer.

Splice Documentation

Log every splice point with location, fiber strand colors, splice loss value, and photos. Document in the field, from any device — even without connectivity.

Field splice documentation

Network Mapping

Visualize cable routes, splice enclosures, and handholes on a live map. Every fiber strand has a status: available, in-use, or flagged. Available instantly.

Network mapping interface

OTDR Data Ingestion

Upload OTDR traces directly from the field. Splice loss values, event locations, and trace files are automatically attached to the correct strand in the network record.

OTDR data ingestion
Offline field mode
Mobile-first interface
As-built PDF export
Multi-project tracking
Role-based access control

How it works

Three steps from the field to a complete record.

01

Document in the field

Splice tech opens the project, selects the enclosure or route segment, and logs splice points with loss values, fiber colors, and photos. Works offline — syncs when you're back in signal.

02

Sync to the network map

All field entries automatically appear on the network map. Office engineers see splice status, strand availability, and as-built conditions in real time — no more chasing updates.

03

Export for inspections

Generate a complete as-built package with splice diagrams, OTDR traces, and network maps. Ready for handoff, audits, and customer documentation — in seconds, not days.

Why it matters

Stop losing money to bad documentation.

Hours

Saved per project on documentation rework. Field crews stop duplicating work because the record was wrong or missing.

100%

Strand traceability. Every fiber strand from the head-end to the customer premise is documented, tested, and on record.

Days

To full as-built package. What used to take weeks to compile after project close is now generated automatically at completion.

Zero

Knowledge lock-in. When someone leaves, the information stays in the system — not in their head or their notepad.

The fiber network of the future
is already documented.

Right now, somewhere in the US, a splice tech is standing in a manhole filling out a paper form. That record will never sync to the map. It will never be attached to the strand. It will never show up in an audit. StrandMap ends that.

Built for the crew that actually builds the network.