AI-Powered Network Intelligence

FiberMap
GIS Network
Mapping System

Complete FTTH network management with real-time GIS visualization, AI fault analysis, and automated provisioning for ISPs managing GPON and EPON networks.

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Subscribers
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KM Fiber
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% Uptime
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OLTs Online
OLT Online (3)
OLT Offline (1)
Fault Active (3)
Demo

See FiberMap in Action

FiberMap Platform Demo · 4:32
Platform Features

Everything Your ISP Needs

Complete fiber network management from OLT to subscriber, with real-time monitoring and AI-powered analytics.

GIS Fiber Mapping
Interactive Leaflet maps showing OLTs, splitters, FATs, joint boxes, fiber routes, poles, and subscribers with click-to-detail popups.
AI Fault Analysis
AI diagnostic engine analyzes fault patterns, traces root cause through the network hierarchy, and recommends the nearest inspection point.
Live TR-069 Monitor
GenieACS integration for real-time ONU status, parameter reads, and remote configuration via TR-069 CWMP protocol.
SNMP Polling
Automatic SNMP polling of OLTs for CPU, temperature, memory, PON power levels, and port status every 5 minutes.
Fiber Route Editor
Draw and edit fiber cable paths on the map with distance calculation, core tracking, and splice point management.
Multi-Channel Alerts
WhatsApp, Telegram, Email, and SMS alerts for faults, recoveries, and threshold breaches. Instant NOC notifications.
Mobile Field App
Field engineers can add joint boxes, capture GPS coordinates, take photos, and sync instantly from any smartphone.
Role-Based Access
Admin, Engineer, Field Staff, and Viewer roles with granular permission control for all modules.
AI Intelligence

AI-Powered Fault Diagnosis

FiberMap's AI engine automatically traces faults through your network hierarchy — from subscriber complaint to root cause in seconds.

Subscriber Offline
Customer reports no internet
Check OLT
OLT-01 online, CPU 24%, all uplinks active
PON Port Check
PON port 2 — 12 ONUs in LOS state
ONU Signal Analysis
RX Power: -38 dBm (threshold: -27 dBm)
Root Cause
Fiber break detected between SP-04 and FAT-04
AI Recommendation
Check Joint Box JB-23 at road crossing. Dispatch crew.
AI Diagnosis Result 87% Confidence
Fiber break detected on Route-005 between Splitter SP-04 and FAT-04. Signal loss: 11 dB. Estimated break location: ~0.8km from OLT, near road crossing at coordinates 10.9965, 76.9462.
Recommended Action
Check Joint Box JB-23. Inspect fiber entry points. Estimated repair time: 2–4 hours (fusion splicing required).
Repair Estimate: 2–6 hours
AI Capabilities
Predict cable failure from signal trends
Suggest nearest splice point for repair
Estimate repair time based on fault type
Subscriber density heatmap analysis
Future capacity expansion planning
Proactive threshold breach alerts
Mobile Integration

Field Engineer Mobile App

Field staff can manage network assets from the field using any smartphone browser.

GPS Capture
Tap to record precise GPS coordinates of any network asset with accuracy meter.
Photo Upload
Take and attach photos to joint boxes, splitters, and fault locations directly from the field.
Add Assets
Create new joint boxes, poles, FATs, and customers with GPS tagging on the spot.
Instant Sync
All field data syncs instantly to the central platform — no manual data entry needed.
Report Faults
Field staff can report faults with location, photo, and description from the site.
Offline Mode
Core features work offline and sync when connectivity is restored.
Integrations

Connects With Your Stack

GenieACS
MikroTik
SNMP v2c/v3
FreeRADIUS
WhatsApp API
Telegram Bot
SMTP Email
OpenStreetMap
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