Stockyard management software for bulk commodities

Dynamic site task control.

Site Automation Control (SAC) is designed to maximise the performance of bulk handling operations. By automating routine decisions, optimising material routing, and providing real-time visibility of equipment, inventory, and product movement, SAC enables facilities to move more tonnes through existing infrastructure with greater consistency and control.

The result is higher throughput, improved equipment utilisation, reduced operator workload, lower operational risk, and a platform capable of supporting increasingly autonomous operations.

3D intelligence.

The Quality Management System (QMS) enables operators, planners, and marketers to make quality-driven decisions with confidence. By combining laboratory data, material tracking, and advanced 3D stockpile modelling, QMS provides a detailed understanding of material quality throughout the production and logistics chain.

The system continuously predicts, tracks, and analyses quality outcomes, allowing sites to optimise stacking, reclaiming, blending, and shipment planning before material is moved. The result is greater confidence in contract performance, reduced quality variability, lower risk of penalties, improved utilisation of available inventory, and the ability to maximise product value through informed operational decisions rather than conservative assumptions.

Safety first.

The Anti-Collision System (ACS) enables stockyard and bulk handling assets to operate at maximum productivity without compromising safety. Using real-time 3D modelling, predictive collision detection, and automated protection controls, ACS continuously monitors machines, vehicles, vessels, structures, and exclusion zones to prevent hazardous interactions before they occur.

Unlike traditional systems that rely on conservative operating margins, ACS allows equipment to work safely in closer proximity, increasing asset utilisation, reducing unnecessary interruptions, and unlocking additional throughput from existing infrastructure. The result is a safer operation, higher equipment availability, and the confidence to run complex facilities closer to their true operating potential.

Proactive collision avoidance.

The Collision Avoidance System (CAS) maximises stockyard productivity by predicting and preventing operational conflicts before they impact production. By combining awareness of planned activities, equipment behaviour, machine priorities, and real-time operational conditions, CAS continuously evaluates future interactions and automatically identifies the most effective response.

Unlike traditional protection systems that react to imminent collisions by stopping equipment, CAS acts proactively to avoid unnecessary interruptions, reduce recovery delays, and maintain continuous operation. The result is higher equipment utilisation, fewer production constraints, improved execution of stockyard plans, and the ability to safely extract maximum throughput from complex multi-machine operations.

Autonomous stockpile management.

The 3D Stockpile Management System (SMS) transforms stockyards from manually operated storage areas into fully autonomous production assets. Using an accurate real-time 3D model of every stockpile, SMS continuously optimises and controls stacking and reclaiming operations to maximise throughput, increase usable stockyard capacity, and improve equipment utilisation.

Advanced algorithms automatically determine how material should be placed and recovered, enabling intelligent capabilities such as autonomous machine control, infill stacking, reclaim optimisation, dynamic operating strategies, and inventory-driven execution. The result is more tonnes moved through existing infrastructure, higher reclaim rates, improved inventory accuracy, reduced operator intervention, and a stockyard that actively contributes to production performance rather than constraining it.