• ADVERTORIAL
BEYOND DETECTION: THE FUTURE OF PROXIMITY SAFETY IN MINING
For many years, the mining industry has relied on Collision Prevention Systems( CPS ' s) to reduce vehicle-to-pedestrian( V-P) and vehicle-to-vehicle( V-V) incidents underground. These technologies have played a critical role in improving safety and operational awareness across mining environments.
However, as mining operations become increasingly connected and data-driven, the role of proximity detection technology is evolving beyond simple alarms and intervention systems.
Introducing Schauenburg Systems’ next-generation collision prevention technology— the ProXYmus Collision Prevention System( CPS).
ProXYmus is an advanced collision prevention solution designed to enhance real-time awareness between vehicles, personnel, and infrastructure in underground and surface mining environments. Developed specifically for the demanding conditions of modern mining operations, ProXYmus enables mines to move beyond conventional proximity alerts toward intelligent, context-aware safety management.
Built on Schauenburg Systems’ extensive experience within the mining industry, ProXYmus has been developed to support a wide range of mining applications, including underground coal, hard-rock, and surface mining operations. The system has been designed to address the unique operational challenges presented by each environment, while providing mines with a scalable and adaptable safety solution aligned to modern operational requirements.
Today’ s mining environments are highly dynamic and complex. Trackless Mobile Machines( TMMs), pedestrians, infrastructure, restricted zones, and environmental conditions all operate simultaneously within confined and often high-risk spaces. In these conditions, safety requires more than isolated warning systems; it requires intelligent situational awareness.
This is where ProXYmus is redefining the future of mining safety. Rather than simply reacting to imminent hazards, ProXYmus continuously monitors interactions between people, machines, and infrastructure to provide real-time operational visibility across mining activities. The system forms part of a connected safety ecosystem, allowing mines to gain a clearer understanding of operational activity and potential risk areas as they develop.
By integrating proximity detection with operational awareness and data-driven insights, mines can begin identifying unsafe interactions, operational blind spots, and risk patterns before incidents occur. This shift represents an important evolution in mining safety philosophy, from reactive safety systems to proactive risk management.
ProXYmus has also been developed with Level 9 readiness in mind, supporting the mining industry’ s ongoing drive toward advanced intervention and automated safety response capabilities. As regulatory expectations and operational safety standards continue to evolve, mines require systems capable of supporting both current compliance requirements and future technological advancement.
As digital transformation accelerates across the mining sector, proximity detection systems are increasingly becoming part of larger connected operational platforms. Integration with intelligent digital ecosystems such as SmartMine IoT allows operational teams to gain greater visibility into mining activity, enabling faster decision-making, improved responsiveness, and enhanced situational awareness.
The value of this connectivity extends beyond compliance. It supports safer production, improved efficiency, and a more informed operational environment where safety and productivity work together.
Importantly, modern mining operations require configurable, adaptable solutions that accommodate unique operational conditions. No two mines are the same, and effective proximity detection technology must accommodate varying layouts, vehicle types, workflows, and environmental challenges. ProXYmus has been designed with this operational flexibility in mind, helping mines tailor safety functionality to their specific operational requirements.
Ultimately, the future of proximity detection in mining will depend less on isolated alarms and more on intelligent, connected systems capable of predicting, interpreting, and preventing risk.
As mines continue their journey toward digitalisation and smarter operations, technologies like ProXYmus are helping shape a future where safety is not only monitored but also continuously understood.
Schauenburg Systems— Innovation that Saves.
14 • African Mining • June 2026 www. africanmining. co. za