NetworkAccess · SmartSQ
Know in seconds if it's serviceable
SmartSQ runs instant serviceability checks against your live network, so sales can quote and ops can plan the moment an address comes in. Type a location, get a network-aware verdict, qualified against current footprint, ports and capacity.
Get a demo →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 | |||||
The question
What gates every sale
Before an order is confirmed, someone has to answer one thing: can we actually serve this location? Is there fiber near the address, a free port on the right splitter or OLT, and enough capacity on the path to deliver the plan the customer just chose?
In most operators that answer takes hours or days. A feasibility request queues behind a GIS analyst or a field survey, and the response comes back from records that disagree. Every hour of delay is a quote that goes cold. SmartSQ turns that question into a single query, answered the moment an address comes in.
What a check resolves
One query, the whole picture
Is there fiber you can reach?
The live path from the nearest feasible point to the location, on the network you actually own.
Is there a free port?
Real-time port availability on the relevant splitter or OLT, not a stale assignment record.
Is there capacity on the path?
Available capacity along the route, so you commit only to what the network can deliver.
What is the path?
The route itself, visualised, so provisioning and field teams act on the same truth sales quoted.
The root cause
Why the answer is usually slow, and wrong
The root cause is fragmentation. Most operators run several inventory systems that don't agree and lack real-time operational visibility, so no single screen tells the truth about an address.
When the inventory can't be trusted, neither can the serviceability answer built on it. SmartSQ reads from one reconciled record, so the verdict you give is the verdict the network can keep.
Serviceability, resolved on the map in seconds.
SmartSQ reads the verdict straight off the live network. The same record sales quotes from is the one provisioning and the field act on, with no reconciliation round trip.
How SmartSQ answers it
A query against live state, not a survey
SmartSQ qualifies each address against your current footprint, capacity and rollout plans, read from the trusted digital twin that NetworkAccess maintains. Because it starts from live inventory rather than a field trip, a serviceability check becomes a single query, unifying GIS, inventory, spreadsheets, CRM and OSS into one answer.
How it lands
Built to drop into how you already sell and plan
Instant address check
Type an address and get a serviceability verdict against the live network, the moment a lead arrives.
Embeddable widget
Drop the check into sales tools and customer portals with a simple API, so qualification happens where the conversation does.
Demand heatmaps
See where unserved demand clusters, so capacity visible at decision time shows where the next build pays off.
Not only fiber
Qualification runs across fiber, FWA, P2P, P2MP and wireless, so an address that fiber cannot reach today is still answered rather than dropped. A radio link is qualified the same way a fiber path is: candidate towers by distance, mast height, and whether the Fresnel zone is clear along the line of sight.
Proof
The same engine telecom operators already run
SmartSQ is the service-qualification module of NetworkAccess, the platform that runs under some of the world's largest fiber and telecom networks. Seconds-fast decisions hold up at the scale of a national footprint.
Trusted by telecom operators and partners
See SmartSQ on your footprint.
Bring an address list and we'll run live serviceability checks against your own network with our team.
Get a demo →