LoRaWAN-powered utility monitoring, across distributed service areas.
A utility operator relied on scheduled inspections and disconnected monitoring systems across distributed service areas. Aeologic deployed a scalable LoRaWAN communication layer, connected sensors and gateways to cloud services, and centralized utility data to deliver continuous visibility, predictive maintenance, and faster operational response.
In short
Aeologic deployed a LoRaWAN-based utility monitoring platform for distributed infrastructure. Low-power sensors, gateways, cloud services, and a centralized dashboard replaced fragmented inspection processes with continuous asset visibility, intelligent alerts, and proactive maintenance.
- Client Enterprise utility operator
- Problem Scheduled inspections and disconnected monitoring with limited real-time visibility
- Solution LoRaWAN sensors + gateways + cloud monitoring platform
- Scale Thousands of distributed utility assets across service areas
Scheduled inspections couldn't keep up with thousands of distributed utility assets in the field.
Thousands of distributed utility assets — including meters, pumping stations, pressure valves, and remote monitoring points — were managed through scheduled site visits, manual reporting, and disconnected systems. This delayed fault detection, increased maintenance costs, and made it difficult to maintain a single real-time view across urban and rural service areas.
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Utility asset inspections and readings recorded manually
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Limited real-time visibility into remote asset health
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Delayed detection of leaks, faults, and equipment issues
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Separate monitoring systems created data silos
What the deployment had to achieve.
Replace scheduled manual inspections with continuous remote utility monitoring.
Enable real-time visibility into distributed utility assets and field conditions.
Reduce inspection effort and accelerate detection of leaks, faults, and anomalies.
Connect distributed assets across urban and rural service areas through a scalable network.
Provide a unified dashboard for asset health, network performance, alerts, and maintenance priorities.
An LoRaWAN platform built for metal utility assets and liquid utility — configured plant by plant, unified on one screen.
LoRaWAN utility sensors
Low-power sensors capture utility conditions such as pressure, flow, vibration, and environmental data from distributed assets.
LoRaWAN gateways + connected sensors
Gateways securely collect data from field devices and transmit readings across distributed service areas for centralized processing.
Unified operations dashboard
Sensor and gateway data feeds a single dashboard, creating a consolidated view of asset health, network performance, alerts, and maintenance priorities.
Continuous remote asset monitoring
Pressure, flow, vibration, and environmental readings are captured continuously, reducing dependence on scheduled site inspections and manual reporting.
Scalable utility network
The network supports distributed assets across varied service areas while providing a consistent monitoring and alerting layer.
Centralized utility intelligence
Utility data rolls up to one platform, providing a consolidated view of asset health, battery status, network performance, leak indicators, and priorities.
Designed for distributed utility operations
Low-power LoRaWAN connectivity is designed for distributed field environments where long-range, efficient communication is required.
Four specific problems, four specific fixes.
Connecting distributed utility assets
Legacy monitoring made continuous visibility across remote assets difficult.
LoRaWAN sensors and gateways
We deployed low-power sensors and LoRaWAN gateways to collect field data continuously.
Connecting assets across distributed service areas
Utility assets were spread across multiple regions with different monitoring points and operational conditions.
Scalable utility networks, one platform
We built a scalable LoRaWAN layer that connected distributed sensors and gateways into one monitoring environment.
Detecting faults without constant site visits
Scheduled inspections delayed visibility into changing field conditions and equipment health.
LoRaWAN gateways + connected sensors, combined
Connected sensors continuously collect field data while intelligent alerts surface anomalies for maintenance teams.
Eliminating disconnected monitoring systems
Movement data generated across distributed service areas needed a single source of truth.
Centralized utility intelligence platform
We centralized sensor, network, and asset data into one dashboard for faster operational response.
"Instead of waiting for scheduled inspections, the monitoring platform connects distributed utility assets and provides real-time alerts when field conditions change, enabling proactive response."
From scheduled inspections to continuous utility visibility.
2,800+ utility assets monitored remotely with real-time visibility into asset health and status.
48% reduction in manual inspection costs through continuous remote monitoring.
36% faster fault detection using real-time sensor alerts and centralized monitoring.
Centralized utility intelligence replacing plant-by-plant manual processes with one consolidated view.
One network, distributed assets, real-time utility intelligence.
The LoRaWAN-based utility monitoring solution replaced fragmented inspection processes with continuous visibility into distributed utility assets. By connecting low-power sensors, gateways, and cloud services to a centralized dashboard, the platform improved fault detection, reduced manual inspection effort, and created a scalable foundation for predictive maintenance and future smart utility expansion.
Common questions about this deployment.
Find quick answers to the most common questions about our LoRaWAN utility deployment.
What is LoRaWAN and why is it useful for utility operations?
LoRaWAN is a low-power wide-area network technology suited to distributed utility environments. It can connect remote sensors and meters over long distances while supporting low-power devices, enabling continuous monitoring without requiring replacement of existing utility infrastructure.
How does the platform detect utility faults?
LoRaWAN sensors collect pressure, flow, vibration, and environmental data from distributed utility assets. The centralized platform analyzes incoming data for anomalies and generates alerts so maintenance teams can identify issues and respond before they become larger service disruptions.
Can LoRaWAN integrate with existing utility infrastructure?
Yes. The deployment uses LoRaWAN as a communication layer rather than replacing existing utility equipment. Sensors, gateways, cloud services, and operational data are connected into a unified monitoring environment.
What benefits can utilities achieve with remote asset monitoring?
Remote monitoring can reduce manual inspection effort, accelerate fault detection, improve visibility into distributed assets, and provide a scalable foundation for predictive maintenance and future smart utility expansion.
Ready to modernize your utility infrastructure?
Deploy a secure, scalable LoRaWAN solution that delivers real-time asset visibility, predictive maintenance, and smarter utility operations — without replacing your existing infrastructure.
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