ISP mapping is documenting an internet service provider network as a geographic map - towers, cabinets, OLTs, splitters, ONTs and the fiber, coax and wireless links between them - instead of in spreadsheets. ISPbox does ISP mapping on an interactive Mapbox view so planning, troubleshooting and field handoffs all happen with full topology context.

What map technology does ISPbox use?

The network map is built on Mapbox GL, with every feature stored as GeoJSON. You can switch between street and satellite styles and geocode addresses directly on the map.

Can I map both fiber and wireless networks?

Yes. ISPbox supports wireless features such as towers, sectors and point to point links, fiber features like OLTs, splitters, splice closures, ONT/CPE and PON routes, plus coax and copper, so mixed networks live on one map.

Does it help with fiber planning?

Yes. You can link an OLT through splitters to ONTs and preview the optical power budget and margin along each PON path, which helps validate a design before installation.

Can I export the map?

Yes. You can export your features to KML or KMZ, filtered by type or status, to share with field teams or import into other mapping tools.

ISPbox

01 Feature Spotlight

Network Maps That Keep Your ISP Topology Clear

Create a visual source of truth for towers, cabinets, splitters, routes, and clients. ISPbox maps help your team plan upgrades faster and troubleshoot with context.

Visual network planning for WISP and FTTH operations
Topology context linked to your operational data
Better handoffs between support, field, and engineering teams

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→ Under the hood

What you can map and how it works

ISP mapping should produce a living map, not a stale spreadsheet. ISPbox network maps run on an interactive Mapbox view where every tower, cabinet, OLT, splitter, ONT and cable is a real geographic feature you can place, move and link, so planning and troubleshooting happen with full topology context.

Place real network features, not just pins

Drop base stations, routers, access points, wireless sectors, OLTs, splitters, splice closures, cabinets, ONTs and CPE onto the map, then draw the fiber, PON, coax, copper and wireless links between them. Each feature is stored as GeoJSON with engineering properties like frequency, azimuth, beamwidth, height and optical budget, so the map mirrors how the network is actually built.

Model fiber topology with PON path budget

Link an OLT through splitters down to each ONT and ISPbox traces the fiber path and previews the optical loss and margin along it. Device profiles carry sensible defaults such as splitter ratios and PON port counts, so new sites are quick to lay out and easy to validate before crews go out.

Filter, search and export

Load features by status, type, search term or map area, switch between street and satellite styles, and geocode addresses directly on the map. Planned, live and deprecated states let you map upgrades before you build them, and you can export topology to KML or KMZ for field teams or other tools.

Works with Network Monitoring, FTTH Management, Inventory

02 Why this feature matters

Built for high-speed ISP operations

Plan Expansions With Confidence

Model new routes and infrastructure decisions against your current footprint before rollout.

Troubleshoot Faster

Understand outages and weak points in geographic and topology context, not in isolated tables.

Standardize Documentation

Keep team knowledge centralized so operations do not depend on tribal memory.

Connect Business and Network Views

Tie map visibility to service planning, customer impact, and execution priorities.

03 Use cases

Where ISP teams put this to work

Map base stations, sectors, cabinets, and splitter trees.
Track route coverage while preparing new installation zones.
Review infrastructure layout before migration and maintenance windows.
Improve onboarding for new technicians with clear visual context.

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What ISP and WISP teams search for

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04 FAQ

Frequently asked questions

What is ISP mapping?: ISP mapping is documenting an internet service provider network as a geographic map - towers, cabinets, OLTs, splitters, ONTs and the fiber, coax and wireless links between them - instead of in spreadsheets. ISPbox does ISP mapping on an interactive Mapbox view so planning, troubleshooting and field handoffs all happen with full topology context.
What map technology does ISPbox use?: The network map is built on Mapbox GL, with every feature stored as GeoJSON. You can switch between street and satellite styles and geocode addresses directly on the map.
Can I map both fiber and wireless networks?: Yes. ISPbox supports wireless features such as towers, sectors and point to point links, fiber features like OLTs, splitters, splice closures, ONT/CPE and PON routes, plus coax and copper, so mixed networks live on one map.
Does it help with fiber planning?: Yes. You can link an OLT through splitters to ONTs and preview the optical power budget and margin along each PON path, which helps validate a design before installation.
Can I export the map?: Yes. You can export your features to KML or KMZ, filtered by type or status, to share with field teams or import into other mapping tools.