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Industries

Agriculture

Data-Driven Farming for Australian Conditions

From soil moisture sensing networks to precision irrigation systems and weather stations — we help Australian farmers make better decisions with real-time data. Our agri-tech solutions are engineered for the harsh, remote conditions of Australian agriculture.

LoRaWAN

Primary Protocol

Remote Ready

No Cellular Needed

30%+

Water Savings Typical

Web & Mobile

Dashboard Access

What We Deliver

Agri-Tech Built for Remote Australian Farms

Australia's agricultural sector faces unique challenges: vast distances, unreliable connectivity, extreme weather, and tightening water allocations. We deploy IoT sensor networks engineered specifically for these conditions — using low-power, long-range technologies like LoRaWAN to cover large properties without cellular coverage.

From soil moisture and irrigation automation to conservation reserve monitoring, our solutions help landowners manage resources more effectively, reduce operational costs, and meet compliance obligations with confidence.

Solutions We Deploy

  • Soil moisture sensing networks
  • Smart irrigation systems & automation
  • On-farm weather stations
  • Rainwater tank & dam monitoring
  • Conservation reserve environmental monitoring
  • Remote asset tracking & condition monitoring

Key Capabilities

Remote Sensor Networks

Long-range LoRaWAN sensor networks covering paddocks, dams, and conservation reserves without cellular reliance.

Precision Irrigation Control

Automated irrigation systems triggered by soil moisture data, reducing water usage and improving yield outcomes.

Weather & Climate Monitoring

On-farm weather stations providing hyperlocal climate data for spray decisions, frost alerts, and crop management.

Agricultural Data Dashboards

Web and mobile dashboards aggregating farm sensor data into clear, actionable insights for operators and agronomists.

The Problem Space

Why Traditional Approaches Don't Work on Australian Farms

Agriculture is one of the hardest environments to deploy reliable technology. We design specifically for these constraints — not around them.

No Cellular Coverage

Most Australian farms are too remote for reliable cellular connectivity. Traditional monitoring approaches simply don't work in the field.

Water Allocation Pressure

Tightening water allocations and compliance reporting requirements demand accurate, auditable data on usage and irrigation events.

Extreme Operating Conditions

Sensors and gateways must survive dust, UV, flooding, and temperature extremes that destroy consumer-grade equipment.

Operational Blind Spots

Without real-time data, farmers make decisions based on yesterday's observations — leading to missed irrigation windows and avoidable crop stress.

We've built solutions specifically for Australian agricultural conditions.

Low-power sensors, solar-powered gateways, LoRaWAN networks with 10km+ range — designed for the real Australia, not a lab environment.

Real-World Applications

Agri-Tech Use Cases We've Delivered

Proven solutions deployed across different agricultural sectors and property types.

Horticulture & Viticulture

Smart Irrigation Automation

Soil moisture sensors trigger automated irrigation controllers, reducing water use by up to 30% while maintaining optimal crop conditions. Data is logged for compliance reporting.

Conservation Agriculture

Conservation Reserve Monitoring

Environmental sensors monitor temperature, humidity, and water levels across conservation reserves — providing data for biodiversity reporting and habitat management decisions.

Broadacre Cropping

Frost & Weather Alerting

Hyperlocal weather stations with SMS alerting notify farm managers of frost events, enabling timely intervention to protect sensitive crops at critical growth stages.

Grazing & Mixed Farming

Dam & Rainwater Monitoring

Water level sensors in tanks and dams with automated alerts when levels drop below thresholds — ensuring stock water supply is never a surprise.

Our Engagement Model

From Site Visit to Sensor Network

A practical, field-proven process that gets your farm connected with minimum disruption.

01

Site Assessment

We visit your property, map your paddocks and infrastructure, assess connectivity options, and identify the highest-value monitoring points.

02

Network Design

We design a LoRaWAN or hybrid sensor network sized for your property — selecting sensors, gateway placement, and power solutions.

03

Field Deployment

Our team installs, configures, and commissions every sensor and gateway on-site, ensuring reliable coverage across the property.

04

Live Dashboards & Alerts

We connect your sensors to a web and mobile dashboard with real-time alerts, reports, and analytics you can access from anywhere.

Technology & Platforms

Engineered for Remote Environments

Every component of our agri-tech stack is selected for reliability in remote, off-grid environments. Low-power sensors with multi-year battery life, solar-powered gateways, and cloud platforms designed for intermittent connectivity.

We work with open standards and vendor-agnostic platforms wherever possible — so you're never locked into a single supplier or proprietary ecosystem.

LoRaWANNB-IoTTagoIOAWS IoTNode-REDMQTTModbusSolar Power SystemsGrafanaREST APIsEdge GatewaysTTN

+ sensors and hardware selected per deployment

Next Step

Ready to Modernise Your Farm?

Let's explore how IoT sensor networks can improve water management, reduce waste, and give you better data for every decision.