Real projects, real results

The Challenge

A Pretoria East housing estate needed an efficient solution for tracking water consumption across multiple residential units. Manual meter readings were time-consuming, prone to errors, and created billing delays.

The estate management required accurate consumption data for each unit, early leak detection to prevent water wastage, and automated billing systems to streamline administration. Residents wanted transparency and access to their own consumption data.

Our Solution

We implemented a comprehensive water monitoring system:

• Installed smart water meters on individual units
• Automated hourly data logging from all meters
• Created resident-specific dashboards showing real-time usage
• Set up leak detection alerts for abnormal flow patterns
• Integrated with estate billing system
• Provided management portal for oversight across all units

Results

Estate management eliminated manual meter reading entirely. Residents gained visibility into their own usage patterns. Early leak detection prevented wastage and reduced disputes.

Technology Used

The Challenge

The lodge was managing resource monitoring across multiple disconnected platforms — 8 water meters on one system, 6 energy meters on another, a third-party solar monitoring app, and manual Eskom bill tracking.

Month-end reporting required staff to log into different platforms, export data manually, and compile reports in spreadsheets. There was no single view of resource consumption, making it difficult to track costs or identify inefficiencies.

Our Solution

We integrated all monitoring systems into a single unified platform:

• Connected all 8 existing water meters
• Integrated 6 energy meters for electricity tracking
• Pulled solar data from third-party system via API
• Imported monthly Eskom billing data
• Built custom dashboards combining all utilities
• Automated monthly reports delivered by email

Results

Complete visibility of all resources from one dashboard. Month-end reporting went from hours of manual work to fully automated reports delivered straight to the lodge owner's inbox.

Technology Used

The Challenge

A dairy farm in the Eastern Cape needed to monitor water reservoir levels and borehole pump flow rates to ensure livestock always had access to water. Critical water levels were unknown, and staff had to physically check reservoirs and pumps multiple times per day.

With multiple water storage points across the property and unreliable manual monitoring, there was a constant risk of running out of water without warning. The remote location made frequent physical checks time-consuming and inefficient.

Our Solution

We retrofitted existing infrastructure with wireless monitoring:

• Fitted LoRa dataloggers to existing flow meters on boreholes
• Installed battery-powered ultrasonic sensors on reservoirs and tanks
• Long-range LoRaWAN network for remote site coverage
• Real-time dashboard showing water levels and pump flow rates
• Automated alerts for low reservoir levels
• Daily usage reports for planning and compliance

Results

Farm operators now have complete visibility of water levels and pump performance from anywhere. Critical water levels are never an unknown. Automated alerts provide early warnings before problems occur.

Technology Used

The Challenge

A 600-hectare grain farm in Limpopo was running four centre pivots with no way to remotely track how much water each one was using. The farm had no WiFi or cellular coverage at field level, and the only way to check flow meters was a physical drive out to each pivot.

The farm manager suspected one pivot had a slow leak or a valve staying open overnight — but without data, there was no way to confirm it. Water was being drawn from a shared borehole, and unaccounted usage was quietly adding up.

Our Solution

We installed a fully off-grid wireless monitoring system across the farm:

• Wireless LoRa pulse counters fitted to existing flow meters on each pivot
• Battery-powered sensor nodes — no electrical installation at field level
• Single LoRaWAN gateway at the farmstead connecting via 4G
• Real-time dashboard showing live and historical flow per pivot
• Borehole pump runtime and drawdown monitoring
• Automated alerts for unexpected flow outside irrigation windows
• Monthly water usage reports per pivot delivered automatically

Results

Within the first week of going live, the system detected an irrigation event running overnight on a pivot that should have been off — confirming the suspected valve fault. The leak was fixed, and an estimated 180m³ of water was saved in that single event alone.

The farm manager now has full water accountability across all four pivots from his phone — anywhere on the farm or off it — with no WiFi infrastructure needed at field level.

Technology Used

The Challenge

A grow-house facility required precise monitoring of multiple environmental parameters critical to crop success. Soil moisture levels needed constant monitoring, grow room temperatures had to be maintained within tight ranges, and nutrient tank temperatures required oversight.

Manual monitoring was time-intensive and couldn't provide the continuous oversight needed. Environmental deviations could quickly damage crops, and operators needed real-time alerts to respond immediately to any issues.

Our Solution

We implemented comprehensive environmental monitoring:

• Soil moisture sensors throughout grow areas
• Temperature monitoring in all grow rooms
• Tank temperature sensors for nutrient systems
• Real-time dashboards showing all parameters
• Automated alerts for out-of-range conditions
• Historical data logging for optimisation and compliance

Results

Operators gained complete environmental visibility from anywhere. Automated alerts enabled immediate response to issues. Data-driven insights helped optimise growing conditions, and complete logs supported quality control and operational improvements.

Technology Used