Managing national utility assets—from 5G telecom cell sites to underground MDPE natural gas piping networks—demands real-time spatial intelligence and resilient telemetry ingest pipelines.
1. High-Throughput Telemetry Ingestion with MQTT & WebSockets
Thousands of IoT sensor nodes transmit pressure, vibration, and signal performance data every second. Using lightweight MQTT brokers paired with Node.js event loops, incoming telemetry streams are processed with zero packet loss before persisting to time-series databases (InfluxDB/TimescaleDB).
2. Interactive GIS Spatial Mapping & MDPE Network Layers
Rendering complex underground piping networks alongside cell tower locations on web dashboards requires optimized vector tile mapping (Mapbox GL JS / Leaflet). By serving GeoJSON layers pre-indexed with PostGIS spatial bounding boxes, interactive zoom and pan performance remains locked at 60 FPS.
3. Predictive Maintenance & Automated Fault Alarming
Statistical anomaly detection algorithms analyze rolling telemetry windows. When pressure drops or tower packet loss exceeds dynamic standard deviations, the system triggers automated field engineer dispatches via operational alert queues.