Bradken set out to solve a critical problem in mining: lost or worn Ground Engaging Tools (GET) can go unnoticed during operation, causing major equipment damage and up to $80,000 per hour in downtime.

The solution was a real-time monitoring system that alerts operators to issues before they cause failures, while also helping mine sites plan maintenance and reduce risk. The system has been proven in some of the world’s toughest mining environments and is already delivering value by reducing downtime and improving site safety.

My role was to take the idea from concept through development and into site trial — managing the full journey from early concepts, through prototyping and field deployment. I also personally joined the team on an international site trial in remote Africa, ensuring the system could be validated in live production and gathering direct feedback from operators.

Rail operators needed a better way to detect hazards and track conditions in real time, especially in poor visibility or complex environments. Traditional methods weren’t enough to ensure the level of safety and efficiency the industry demanded.

The result was Horus — a rugged onboard perception system that combines advanced vision and sensor technology to give operators real-time awareness directly from the cab. It enables earlier hazard detection, improves decision-making, and strengthens overall rail safety without relying on external infrastructure.

My role was to take the product from concept through development to site trials — managing design, engineering, prototyping, and deployment. I also supported an international trial in New York, working remotely with the team to validate Horus under real-world conditions.

Infravision set out to modernise powerline construction and maintenance by giving grid operators real-time visibility of line conditions. The challenge was to create a field-ready monitoring system that could withstand harsh environments while delivering accurate data on microclimates across major line spans.

The result was a solar-powered LiDAR monitoring unit with cloud integration and a web-based dashboard, making it simple for operators to access live data and optimise power throughput. With more than 15 units already deployed across Australia and the USA, the product is helping utilities improve grid resilience and prepare for the demands of renewable energy.

Nextcore wanted to move beyond software and establish themselves as a leader in UAV-based LiDAR surveying. The missing piece was a lightweight, rugged hardware solution that could integrate seamlessly with DJI drone platforms.

The final product delivered exactly that.

A compact, weatherproof LiDAR payload that combines custom electronics with off-the-shelf components, designed for fast deployment and reliable operation in the field.

By commercialising this unit, Nextcore expanded their offering to complete survey systems, giving customers greater efficiency on site and positioning the company as a serious competitor in the global UAV LiDAR market.

Rapid Spray, a long-standing leader in spraying and liquid cartage solutions, wanted to transform how commercial operators tackle weed control. The opportunity was to create a device that could accurately track the volume, position, and type of weed for every millilitre of chemical used — a leap forward in efficiency and precision.

The result was a rugged, operator-friendly unit that integrates advanced electronics with a durable enclosure, designed for long hours in the field. By combining accuracy, ergonomics, and weather resistance, the product makes weed control more effective while reducing chemical use.

This innovation reinforced Rapid Spray’s position as an industry leader and set a new benchmark for precision in agricultural technology.