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Meshed/Industries/Smart Asset Management

Smart Asset Management: Data Driven Asset Intelligence

We deliver enterprise-grade Smart Asset Management and Industrial IoT systems that provide real-time operational visibility across critical infrastructure, industrial equipment, utilities, and remote assets.

Speak to a Meshed expert See where we deliver
Real-time intelligence across your assets, from metropolitan plants to remote sites.
1,950
hours of unplanned downtime avoided in an early steel-sector deployment, with 300 sensors
An engineer in hi-vis assesses a large industrial process plant on a rugged tablet, with a teal data overlay across the equipment.
Tall critical-infrastructure process towers rising against a warm Australian sky.
An aerial view of a large Australian industrial and utility complex linked by a managed sensor network.
The problem behind the problem

Most asset failures are discovered after the asset has already stopped

Industrial organisations are under increasing pressure to reduce downtime, improve productivity, optimise asset performance, and meet growing safety, compliance, and sustainability obligations. Traditional maintenance and monitoring approaches are often reactive, fragmented, and reliant on limited operational visibility.

Legacy SCADA, PLC, and telemetry systems remain critical for operational control, but they were not designed to support large-scale, low-power sensing across thousands of distributed assets.

Without real-time visibility into asset health and operational performance, organisations face

Unplanned downtime and production losses

Increased maintenance and operational costs

Reduced asset life and reliability

Higher safety and environmental risks

Limited predictive maintenance capability

Delayed operational decision-making

As infrastructure becomes more connected and operational complexity increases, organisations require real-time operational intelligence, predictive analytics, and scalable industrial IoT platforms.

What is Smart Asset Management?

Smart Asset Management (SAM) is a modern, data-driven approach to monitoring, maintaining, and optimising physical assets throughout their lifecycle. By combining digitisation including IoT sensors, AI-powered analytics, automation, and real-time telemetry, organisations can move from reactive maintenance to predictive and preventive asset management strategies.

Using industrial-grade sensing technologies, SAM provides continuous visibility into the health, performance, and operational efficiency of critical infrastructure and equipment. Real-time alerts and automated workflows enable engineering and maintenance teams to identify issues early, reduce downtime, minimise operational risk, and prevent costly asset failures before they occur.

Smart Asset Management can be applied across a wide range of fixed and mobile assets, including pumps, pipelines, meters, tanks, conveyor systems, machinery, utilities infrastructure, and industrial equipment. Monitoring capabilities can include vibration, pressure, flow, temperature, valve status, water quality, corrosion, levels, and asset tracking and telematics.

At its core, SAM integrates connected sensors, communications networks, analytics platforms, and intelligent control systems to deliver actionable operational insights and automation.

An engineer in hi-vis inspects a pump and valve skid on a rugged tablet at an outdoor Australian utility site.

The goal is not simply greater visibility. It is autonomous, real-time decision-making that improves reliability, performance, safety, sustainability and long-term asset value.

Find your asset world, and the real operation behind it

Smart Asset Management covers metropolitan, regional and remote environments. Select the world that matches your operation.

Keep distributed field infrastructure running, wherever it sits.

Monitoring of pipelines, tanks, valves, generators, electrical assets, and distributed field infrastructure across metropolitan and remote environments.

Assets and signals
  • Pipelines
  • Tanks
  • Valves
  • Generators
  • Electrical assets
  • Level
  • Pressure
  • Corrosion
Explore remote asset monitoring
Catch the fault signature weeks before the breakdown.

Real-time vibration, temperature, and pressure monitoring for motors, conveyors, pumps, robotics, and rotating equipment.

Assets and signals
  • Motors
  • Conveyors
  • Pumps
  • Robotics
  • Rotating equipment
  • Vibration
  • Temperature
  • Pressure
Explore predictive maintenance
See the whole network, from reservoir to remote pump.

Remote telemetry for water networks, sewer systems, pumps, reservoirs, pressure zones, and environmental monitoring assets.

Assets and signals
  • Water networks
  • Sewer systems
  • Reservoirs
  • Pump stations
  • Pressure zones
  • Flow
  • Level
  • Water quality
Explore smart water
Run buildings on live performance, not the maintenance calendar.

HVAC optimisation, energy monitoring, occupancy analytics, indoor environmental quality, and building performance monitoring.

Assets and signals
  • HVAC
  • Energy
  • Indoor air quality
  • Occupancy
  • Temperature
  • Humidity
Explore smart buildings
Evidence compliance and resilience with auditable real-time data.

Flood monitoring, water quality sensing, emissions monitoring, air quality and dust monitoring, corrosion detection, and environmental compliance analytics.

Assets and signals
  • Flood level
  • Water quality
  • Emissions
  • Air quality
  • Dust
  • Corrosion
Explore environmental monitoring
Distributed field infrastructure across remote Australian country, pipelines and storage tanks linked by a managed network.
Large rotating equipment inside an industrial plant, the focus of real-time predictive condition monitoring.
Australian water utility infrastructure, reservoir and treatment works monitored across the network.
Rooftop mechanical plant on a modern commercial building, run on live performance data.
An Australian river catchment and wetland under continuous environmental monitoring.

One managed system, from the sensor to the enterprise platform

By combining industrial-grade sensing, managed connectivity, cloud analytics, AI-driven insights and predictive maintenance, we move operations from reactive maintenance to intelligent, data-driven decisions.

Predictive

Predictive maintenance and condition monitoring

Continuous condition data forecasts equipment failure ahead of time, so teams intervene on their own schedule, not the machine's. The shift from reactive repair to planned, evidence-led intervention.

Real-time telemetry and operational analytics

Operational data, analysed as it arrives.

Remote asset monitoring and automation

Across metropolitan, regional and remote sites.

Smart utilities and digital infrastructure

Networks, metering and environmental assets.

AI-enabled operational intelligence

Act on signal across thousands of telemetry points.

Integration into SCADA, GIS, ERP, Digital Twin and enterprise platforms

Lands inside the systems you already run.

A scalable, end-to-end asset intelligence ecosystem

We combine industrial IoT sensors, managed networks, cloud platforms and operational analytics into one connected system, designed to bolt onto the control systems you already run.

Step 01

Deploy industrial IoT sensors

Sensors are installed across critical assets including motors, pumps, conveyors, pipelines, tanks, HVAC systems, electrical infrastructure, and mobile equipment.

Step 02

Secure LoRaWAN connectivity

Data is transmitted securely using public or private LoRaWAN infrastructure designed for low-power, long-range industrial telemetry.

Step 03

Real-time data acquisition

Operational telemetry is collected continuously and securely delivered into cloud-based operational platforms and analytics environments.

Step 04

Analytics and operational intelligence

Dashboards, alerts, AI analytics, and predictive maintenance models provide engineering and operations teams with actionable insights.

Step 05

Enterprise integration

Data integrates seamlessly into SCADA, GIS, ERP, Asset Management, Digital Twin, and Business Intelligence systems to support decision-making at scale.

Why operators choose us

Device and platform agnostic, integrated into the systems you already run

For industrial operators, utilities, infrastructure owners, and asset-intensive organisations seeking greater operational visibility and reliability, we are the Smart Asset Management and Industrial IoT partner that delivers scalable, secure, and real-time operational intelligence.

Unlike traditional telemetry or siloed monitoring systems, we combine managed connectivity, industrial-grade sensing, AI-driven analytics, and enterprise integration to deliver predictive maintenance, operational resilience, and data-driven asset optimisation at scale.

Because we are device and platform agnostic, we can source and deploy the most suitable industrial-grade sensors for your specific operational requirements, ensuring accurate, reliable, and real-time data collection across critical assets and infrastructure.

Our open integration approach enables seamless connectivity between sensor data and existing enterprise platforms, including automation systems, SCADA, asset management platforms, AI and machine learning environments, predictive maintenance systems, GIS, Digital Twin, and operational analytics. This gives organisations the flexibility to leverage best-of-breed technologies while protecting existing infrastructure investments.

Operators monitor live asset dashboards across a wall of screens in an industrial operations control room.

From a 300-sensor pilot to enterprise-wide predictive maintenance

50+
process interruptions prevented
1,950
hours of unplanned downtime avoided
300
sensors in the initial pilot
200,000
connected sensors, water-utility network design

Global steel manufacturer

We are delivering a large-scale industrial IoT and digital asset monitoring program across steel manufacturing and port operations throughout Australia, New Zealand, and the broader Asia-Pacific region. Thousands of industrial-grade vibration sensors are being deployed across critical assets including motors, drives, hydraulic systems, conveyors, and autonomous robotics to enable predictive maintenance and improve operational reliability. The initial pilot deployment delivered exceptional operational outcomes, preventing more than 50 process interruptions and avoiding approximately 1,950 hours of unplanned downtime using just 300 deployed sensors. Following the success of the pilot, the program has now transitioned into full-scale deployment, with thousands of additional vibration, pressure, temperature, and level sensors being rolled out across the company's manufacturing and logistics operations to support enterprise-wide operational intelligence and predictive maintenance strategies.

Major Australian water utility

We deployed a private, region-wide network designed to support up to 200,000 connected sensors for sewer monitoring, flood sensing, remote asset telemetry, and digital water management applications. The network backbone is using managed IP67-rated gateways which have been strategically placed across assets using our in-house RF planning and network design expertise.

Live vibration and condition-monitoring dashboard, three-axis vibration, acceleration and temperature trends for rotating plant
Live vibration and condition monitoring, the real operational view behind the steel deployment.

How we compare to traditional approaches

Traditional automation, SCADA and telemetry systems

  • Designed for limited critical infrastructure visibility
  • Expensive to scale across distributed assets
  • Limited predictive maintenance capability

Meshed Smart Asset Management Platform

  • Supports thousands of low-power connected sensors
  • Real-time operational intelligence and AI analytics
  • Rapid deployment across metro, regional, and remote environments
  • Open standards-based integration architecture
  • Lower operational costs and scalable deployments
  • Fully managed connectivity and operational support

The specifications

Carrier-grade infrastructure, end to end, hosted in Australia and built to integrate with the systems you already run.

Network and platform

Private and public LoRaWAN network infrastructure, the carrier-grade MeshedX LoRaWAN Network Server on the enterprise edition of The Things Stack, with 99.9%+ network uptime SLAs.

Security and hosting

End-to-end encryption from device to application, with cloud hosting on Government-certified AWS infrastructure.

Devices and connectivity

A wide range of LoRaWAN Class A, B and C devices as well as NB-IoT equivalents, IP67-rated industrial gateways and sensors, and LTE, Ethernet, and Satellite backhaul support.

Integration and intelligence

Integration support for SCADA, GIS, ERP, BI, and Digital Twin systems, with AI and ML and predictive maintenance integration capability.

An aerial view of the Australian coast and country, with a managed network linking sites across metropolitan, regional and remote areas.

The questions asset and operations teams ask first

Can Smart Asset Management integrate with our existing SCADA or ERP systems?

Yes. Our systems are designed using open integration standards and APIs, enabling seamless integration with SCADA, GIS, ERP, Asset Management, and Business Intelligence platforms.

How secure is LoRaWAN for industrial environments?

LoRaWAN provides enterprise-grade end-to-end encryption from the sensor device through to the application layer. Our networks are hosted on secure Australian AWS infrastructure with managed operational support.

Can the platform support remote and regional assets?

Yes. Our systems are specifically designed for large-scale distributed infrastructure and support metropolitan, regional, underground, and remote operational environments.

What types of assets can be monitored?

We support monitoring of pumps, motors, conveyors, pipelines, tanks, valves, electrical assets, HVAC systems, environmental infrastructure, and mobile equipment.

How long do the sensors operate on battery?

Depending on the use case and reporting frequency, many industrial IoT sensors can operate for 5 to 15 years on battery power.

What operational benefits can organisations expect?

Benefits typically include reduced downtime, lower maintenance costs, improved operational efficiency, faster incident response, enhanced safety, and better long-term asset performance.

Does Meshed provide fully managed services?

Yes. We provide end-to-end managed services including network deployment, device management, cloud platforms, operational monitoring, analytics, and integration support.

How quickly can a deployment be operational?

You can get your asset intelligence project going in days not weeks. Using our Industrial IoT Starter Kit the sensors and gateways come pre-configured ready to immediately report data to the dashboard provided and/or your own systems as soon as they are installed on site. The sensors are battery operated so no need to install additional power connections and we have solar powered gateway options as well.

Kick-start your Asset Intelligence journey with our ready-to-deploy Industrial IoT Starter Kits: designed specifically for rapid Proof of Value deployments and seamless scalability into full enterprise rollouts. Starting with as little as a single gateway and a small number of sensors, organisations can quickly validate operational use cases, capture real-time asset data, and demonstrate measurable business outcomes before scaling across broader operations.

Start building smarter, more resilient operations

Whether you are looking to reduce downtime, improve asset reliability, enable predictive maintenance, or deploy large-scale industrial IoT infrastructure, we can help accelerate your operational transformation.