We deliver real time asset monitoring of water networks and systems using our enterprise-grade managed LoRaWAN and IoT platform systems for the water, utilities and environmental management sectors.
Traditional water utility monitoring systems were designed around SCADA platforms, RTUs, PLCs and proprietary telemetry networks focused on a relatively small number of critical infrastructure assets.
While these systems remain essential for operational control, they often lack the scalability, flexibility and real-time visibility required to support modern distributed utility networks.
Higher maintenance costs and water losses across the network.
Delayed incident response when conditions change in the field.
Infrastructure failures and reduced service reliability.
Water authorities and utilities today face increasing pressure to reduce non-revenue water, improve operational efficiency, respond faster to environmental events, maintain ageing infrastructure and meet growing sustainability and compliance obligations. Legacy telemetry systems can be expensive to scale and are often not designed to support thousands of connected low-power sensors across geographically dispersed environments.
Without real-time operational visibility, utilities risk higher maintenance costs, delayed incident response, water losses, infrastructure failures and reduced service reliability.
We source industrial grade sensors for a wide range of use cases that are proven in field with long lasting battery life and highly configurable options for data accuracy.
Our secure and scalable managed networks enable utilities, councils and infrastructure operators to deploy large-scale, low-power sensor networks for real-time monitoring, predictive maintenance, digital water metering and environmental intelligence.
Our platforms provide continuous visibility into critical infrastructure assets including water networks, sewer systems, stormwater infrastructure, reservoirs, pumps and environmental monitoring systems, enabling smarter, faster and more proactive operational decision-making.
The goal is not simply more data. It is proactive, predictive operational intelligence across every asset in the network.
We support a wide range of smart water and environmental monitoring applications across metropolitan, regional and remote environments. Select the world that matches your operation.
Real-time monitoring of water usage, leak detection and customer consumption analytics.
Overflow detection, level monitoring and environmental risk management.
Identification of pressure anomalies, hidden leaks and burst pipe events.
Monitoring of levels, pressure, water quality and operational continuity.
Early warning systems for flood conditions, rainfall events and environmental compliance monitoring.
Monitoring of pumps, valves, pipelines and critical field infrastructure.
The table below highlights the broad range of operational and environmental data that can be collected using LoRaWAN-enabled sensors to support remote asset monitoring, predictive maintenance and real-time operational intelligence. By providing early visibility of emerging infrastructure issues and network performance trends, these solutions help water authorities and councils reduce operational costs, optimise maintenance activities, improve service reliability and minimise unnecessary expenditure.
Select a use case to explore the data it captures and the operational benefit it delivers.
We combine managed LoRaWAN connectivity, industrial-grade sensing technologies, cloud-based analytics and real-time dashboards to deliver scalable smart water infrastructure, designed to bolt onto the control systems you already run.
This enables utilities to transition from reactive maintenance models to proactive and predictive operational strategies supported by real-time data insights.
Deployment of secure public or private LoRaWAN networks across metropolitan, regional and remote environments.
Integration of low-power IoT sensors across distributed assets, sourced as industrial-grade hardware proven in field with long battery life.
Operational telemetry is collected continuously and analysed as it arrives, turning raw field readings into decision-grade operational visibility.
Automated alerts, alarms and operational workflows flag anomalies the moment they emerge, not at complaint stage.
Integration with SCADA, GIS, asset management and enterprise systems feeds real-time data into the platforms your teams already run.
AI-driven analytics and predictive maintenance models move operations from responding after failure to acting before it.
Modern utilities increasingly rely on data analytics, AI and predictive maintenance models to optimise infrastructure performance and reduce operational risk.
Our platforms enable utilities to aggregate and visualise large-scale sensor data, automate reporting, support predictive maintenance workflows and provide data inputs into machine learning and digital twin environments.
By integrating real-time telemetry with GIS systems, hydraulic models and historical operational data, utilities can improve planning, forecasting and long-term infrastructure management.
Utilities can receive near real-time alerts for critical operational events including:
LoRaWAN has emerged as a leading connectivity technology for smart utility and environmental monitoring applications because of its ability to provide reliable, low-power and cost-effective telemetry across large geographic areas. Key benefits include:
LoRaWAN-enabled digital metering and monitoring platforms also support customer-facing applications such as:
We have successfully delivered large-scale smart water, environmental monitoring, and critical infrastructure connectivity projects across Australia, supporting utilities, councils, and government agencies in their transition toward data-driven operations and resilient infrastructure management.
Deployment of a large-scale private LoRaWAN network designed to support up to 200,000 connected sensors across metropolitan and regional environments. The network enables sewer monitoring, remote asset telemetry, infrastructure visibility, and real-time operational intelligence across critical utility assets.
Design and deployment of an industrial-grade private LoRaWAN network spanning more than 2,000 square kilometres across Western Sydney. The network supports a wide range of smart utility applications including digital water metering, flood level sensing, environmental monitoring, and remote asset management. Through a collaborative co-hosting model with Sydney Water and local councils, the project is also delivering broader community, sustainability, and local industry benefits.
Delivery of managed LoRaWAN network server platforms and smart water metering infrastructure for multiple Australian councils and regional water authorities, enabling real-time consumption monitoring, leak detection, and operational analytics.
Deployment of large-scale environmental sensing networks supporting flood monitoring, water quality management, rainfall monitoring, and environmental compliance initiatives for state government agencies, parks authorities, and emergency services organisations.
Real-time operational visibility
Predictive maintenance strategies
Improved environmental resilience
Faster incident response
Reduced operational costs
Long-term sustainability and infrastructure optimisationFor water utilities, councils and infrastructure operators seeking greater operational visibility and resilience, we are the managed IoT and LoRaWAN systems provider that delivers scalable, secure and real-time smart water monitoring infrastructure. Unlike traditional telemetry-only approaches, we combine managed connectivity, industrial IoT sensing, cloud analytics and enterprise integration to enable predictive operations, improved asset performance and data-driven decision-making at scale.
A comparison of traditional telemetry techniques with modern day IoT approaches, a high-level view of how traditional approaches to remote asset management and SCADA have been upgraded in recent years with more autonomous and low-cost sensing and data reporting.
| Traditional utility systems | Traditional purpose | Modern IoT and LoRaWAN upgrade |
|---|---|---|
| SCADA systems | Centralised operational monitoring and control | Cloud-based analytics, dashboards and real-time operational intelligence |
| RTUs (remote terminal units) | Remote telemetry collection from field assets | Low-cost distributed IoT sensor networks and edge telemetry |
| PLC-based monitoring | Local process automation and equipment control | Smart sensors with predictive analytics and remote monitoring |
| Cellular and radio telemetry | Point-to-point asset communications | Scalable LPWAN networks including LoRaWAN and NB-IoT |
| Manual pressure loggers | Periodic pressure and flow analysis | Continuous real-time pressure and flow monitoring |
| Traditional AMR meter reading | Scheduled or drive-by water meter collection | Real-time digital water metering and customer analytics |
| Standalone flood monitoring stations | Isolated environmental monitoring sites | Integrated flood, rainfall and environmental sensor networks |
| Reactive maintenance programs | Responding after equipment failure | Predictive maintenance using AI and real-time telemetry |
| Siloed asset management systems | Manual operational reporting | Integrated GIS, SCADA, digital twin and analytics platforms |
Significant utility deployment experience
Carrier-grade managed LoRaWAN infrastructure
Wide range of industrial grade sensor solutions
Multi-vendor sensor integration using global standards and end to end encryption from device to application
Data analytics and insights using highly secure hosted cloud platforms
Seamless ability to bolt on real time data acquisition at the lowest cost to inform existing control and asset management systems
GIS, SCADA, digital twin, AI and predictive maintenance integration expertise
Long-term operational support and managed servicesSee a managed network in the field, browse the full solutions catalogue, or understand the connectivity backbone underneath it.
How a NSW water authority freed its SCADA telemetry backbone by moving real-time sensing onto a managed private LoRaWAN network.
Read it SolutionsDigital metering, leak and pressure, sewer and stormwater, reservoirs, flood and environmental sensing, in one place.
Explore it Managed networkThe Australian-hosted, SLA-backed managed private LoRaWAN network the sensors run on.
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