<![CDATA[The rapid expansion of Fiber to the Home (FTTH) infrastructure has increased the need for network monitoring systems capable of providing timely and accurate information about network conditions. At AFF NET, monitoring activities were previously conducted through manual inspections and customer reports, resulting in delays in fault identification. This study aims to implement a Web Geographic Information System (WebGIS) to provide interactive spatial visualization for monitoring FTTH network infrastructure. The system was developed using the Waterfall methodology with ReactJS as the frontend framework, Leaflet for interactive map visualization, Golang as the backend service, and Zabbix as the network monitoring platform. Monitoring data collected through the Zabbix API were integrated with geographic coordinates to display the location and operational status of network devices on a real-time digital map. Functional testing using the Black Box method achieved a 100% success rate, while User Acceptance Testing (UAT) obtained an average score of 87.50%, indicating excellent user acceptance. The results demonstrate that the proposed WebGIS improves the effectiveness of FTTH infrastructure monitoring by providing interactive spatial information, accelerating fault identification, and supporting more efficient network troubleshooting.]]>
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