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Case Studies/LoRaWAN for Utilities in UK
LoRaWAN for Utilities UK Solution Deployment

LoRaWAN-powered utility monitoring for a UK utility provider.

A UK utility operator needed to modernize its aging monitoring infrastructure with a scalable, low-power IoT network capable of tracking distributed assets across urban and rural service areas. Aeologic deployed a LoRaWAN-based monitoring platform that connected thousands of field devices, enabling real-time visibility, predictive maintenance, and faster operational response without replacing existing infrastructure.

48%Reduction in manual inspection costs
36%Faster fault detection and response
2,800+Utility assets monitored remotely
10 wksPilot to production
The Challenge

Utility infrastructure lacked real-time visibility.

The utility provider managed thousands of distributed assets including water meters, pumping stations, pressure valves, and remote monitoring points spread across multiple regions. Legacy inspection processes relied heavily on scheduled site visits, manual reporting, and disconnected monitoring systems, delaying fault detection and increasing maintenance costs.

  • Limited visibility into remote utility assets
  • Manual inspections increased operational expenses
  • Delayed leak and equipment failure detection
  • Separate monitoring systems created data silos
The Solution

A LoRaWAN IoT network integrated with Aeologic's 8-Layer Automation Framework.

Rather than replacing existing utility equipment, Aeologic deployed a scalable LoRaWAN communication layer that securely connected sensors, gateways, and cloud services. Data from pressure, flow, vibration, and environmental sensors was centralized into a unified operations dashboard, where intelligent alerts enabled maintenance teams to detect issues before they became service disruptions.

01SENSE
LoRaWAN sensors + utility meters
02DECIDE
Real-time monitoring & anomaly detection
03ACT
Predictive maintenance & automated alerts

Operations teams gained a centralized dashboard showing asset health, battery status, network performance, leak indicators, and maintenance priorities, allowing engineers to respond proactively instead of reactively.

"Instead of waiting for scheduled inspections, our engineers now receive real-time alerts when something changes in the field. That visibility has transformed how we manage distributed utility assets."

— Operations Manager, UK Utility Provider (illustrative quote)
The Results

Smarter utility operations with lower costs and greater infrastructure visibility.

  • 48% reduction in manual inspection costs through continuous remote asset monitoring.
  • 36% faster fault detection using real-time sensor alerts and centralized monitoring.
  • 95% network uptime across thousands of connected utility endpoints.
  • Scalable architecture designed to support future smart utility expansion across additional service regions.
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