NetworkAccess · Capabilities
Inventory, serviceability, capacity and operations, in one platform
NetworkAccess builds a trusted digital twin of your network so you know exactly what you own, where it is, what capacity is available, and whether you can serve a customer instantly. Operations come first; the map is just how you see them.
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The premise
Operations-first, not GIS-first
A GIS tells you where your assets are. It does not tell you whether a port is free, whether a fiber path has capacity, or whether you can connect the customer who just called. NetworkAccess starts from the operational questions instead, inventory, serviceability, capacity and the day-to-day workflows your teams run, and treats the map as the interface, not the product.
That shift is what turns a static record of the network into a system your operations, fiber and broadband teams actually work from. Serviceability lookups that used to take hours or days drop to seconds, with real-time visibility of fiber paths, ports and available capacity.
Four questions, one network
Inventory, serviceability, capacity and operations are not four tools. They are four questions asked of the same fiber network, and they only stay in agreement when they read from one source. NetworkAccess holds the network once and answers all four from it.
What you own
A single, accurate record of every fiber asset you own, down to the individual core.
Whether you can connect
Instant answers on whether you can serve an address against the live network.
What is free
What is available, where, and what is already committed along each path.
Keeping it true
The workflows that keep the network and its data current as the field changes.
Built for fiber, out of the box
NetworkAccess understands fiber natively. Out of the box it models fiber cables, ducts, joints, splitters, OLTs, ONTs, routes and capacity tracking, the real objects your network is made of, so you are not bending a generic mapping tool into shape or commissioning months of custom data modelling before you can use it.
Because the fiber data model is built in, you can associate a fiber link and its parameters down to the individual core (strand), have the system trace it to the connected ports on both sides, and then run real checks against it, mapping fiber rings, finding protection routes, and confirming bandwidth availability before you commit a customer.
Too many systems, not too few
Most operators do not lack inventory systems, they have too many. GIS, inventory tools, spreadsheets, the CRM and OSS each hold a version of the network, and those versions disagree. NetworkAccess unifies GIS, inventory tools, Excel, CRM and OSS into a single operational platform, so planners, field engineers and operations teams all work from the same current view of the network instead of reconciling silos by hand.
Keeping field and central data in sync is the heart of it: as-built updates flow back from the field into the central system, planners work against the latest network status, and duplicate work between departments goes away.
Nearest feasible access point
- FAT
- GGN-044-FAT-07-23 · pole P-07-115
- L2 split
- 1:8 PLC · 3 of 8 ports free
- parent FDH
- GGN-044-FDH-07 · tray 2 · F-17
- L1 split
- 1:8 PLC · pos 3
- OLT
- OLT-GGN-044-01 · PON 3/1/4 · GPON B+
- PON load
- 38 of 64 ONTs on port 3/1/4
- route
- 3,532 m fibre · drop 42 m aerial
Optical budget · predicted
| OLT Tx, class B+ | +3.5 dBm |
| splitters 1:8 × 2 | -21.0 dB |
| fibre 3.53 km × 0.35 dB/km (1310) | -1.2 dB |
| connectors 4 × 0.30 | -1.2 dB |
| splices 6 × 0.05 | -0.3 dB |
| Rx at ONT | -20.2 dBm |
| ONT sensitivity floor | -27.0 dBm |
| margin | 6.8 dB PASS |
Port map GGN-044-FAT-07-23
| Port | State | ONT serial | Sub ref | Active since |
|---|---|---|---|---|
| P1 | IN USE | ZTEG-C8A41F72 | SUB-88213 | 2024-11-03 |
| P2 | IN USE | HWTC-6E02B9D4 | SUB-90447 | 2025-01-19 |
| P3 | FREE | · | · | · |
| P4 | IN USE | ALCL-F0A6612E | SUB-91082 | 2025-03-02 |
| P5 | FREE | assign ← | · | · |
| P6 | IN USE | ZTEG-D0134B88 | SUB-93518 | 2025-06-27 |
| P7 | IN USE | HWTC-91C77A02 | SUB-95201 | 2025-09-14 |
| P8 | FREE | · | · | · |
Route · OLT-GGN-044-01 → Plot 118
| Seg | From | To | Cable | Fibre | Length | Plant |
|---|---|---|---|---|---|---|
| 1 | OLT-GGN-044-01 | ODF-044-R2 | patch, SC/APC | · | 8 m | indoor |
| 2 | ODF-044-R2 | JC-044-009 | FDR-044-F096 · 96F | F-33 | 1,120 m | u/g duct |
| 3 | JC-044-009 | JC-044-014 | FDR-044-F096 · 96F | F-33 | 986 m | u/g duct |
| 4 | JC-044-014 | GGN-044-FDH-07 | FDR-044-F096 · 96F | F-33 | 734 m | u/g duct |
| 5 | GGN-044-FDH-07 | P-07-112 | DST-07-F048 · 48F | F-17 | 218 m | aerial |
| 6 | P-07-112 | GGN-044-FAT-07-23 | DST-07-F048 · 48F | F-17 | 424 m | aerial |
| 7 | GGN-044-FAT-07-23 | Plot 118 | drop · 2F | new | 42 m | aerial, proposed |
| total OLT to premises | 3,532 m | |||||
One operations layer over your whole network.
Inventory, serviceability, capacity and operations stop being four systems that disagree. NetworkAccess reads them from one source, so every team works the same live network instead of reconciling silos by hand.
The outcome
Measured, not estimated
These are the operating gains teams report once inventory, serviceability, capacity and operations run from one platform instead of being reconciled across silos.
What one platform changes for the business
Sales answers on the spot
Feasibility is a query against live state, so quotes go out in seconds instead of queuing behind a survey.
Field and central stay in sync
As-built updates flow back into one record, so planners and crews act on the same current network.
Capacity guides where to build
10–20% less unnecessary expansion capex when utilization is visible at the moment you decide to commit.
Start where it hurts most
Adopt the module or use case with the biggest pain first, then expand across the platform from there.
The modules
One platform, focused modules
NetworkAccess is delivered through a set of focused modules. You can start with the layer or use case that hurts most and expand from there.
Workforce and network operations
The core of the platform: it turns the digital twin into live operations, dispatching field work and keeping the network running.
Spatial inventory management
A geospatial digital twin of every wireline and wireless asset, active and passive, with field-to-central sync and as-built lifecycle tracking.
Service feasibility and qualification
Automated qualification across fiber, FWA, P2P, P2MP and wireless: check whether you can serve an address against the live network.
FTTx and fiber rollout planning
Fiber and FTTx planning automation across territories: rings, P2P, FTTx and BOM/BOQ.
Build and project monitoring
Real-time build and project monitoring, with planned versus as-built analytics across the rollout.
Construction quality and compliance
A suite for build quality and compliance: centimetre-level depth and position capture, evidence at source and geotagged field proof.
Proof
Proven at national scale
These capabilities are not a demo. NetworkAccess supports inventory and operational visibility across some of the world's largest fiber and telecom networks, managing millions of network assets across nationwide deployments. Inventory, serviceability, capacity and operations on one platform hold up at the scale of a national broadband footprint.
- Vodafone
- Reliance Jio
- BSNL
- Tata Play Fiber
- Dialog
See it on your network.
Walk through inventory, serviceability and operations with our team.
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