SmartMine IoT: Collision Awareness Solution (CAS) - Surface

Discover how SmartMine’s CAS solution can help you increase employee wellness, remain compliant and potentially increase productivity in your Surface mining operation.

Address challenges

Data Driven Insights

Analytics for Collision Risk Assessment

Analytics for Collision Risk Assessment

Data analytics identify collision hotspots and predict risks, allowing proactive measures to prevent accidents in surface mining operations.

Enhanced Safety measures

Enhanced Safety measures

Insights from data enable targeted safety protocols, reducing the risk of accidents and improving overall safety in surface mining.

Operational Efficiency

Operational Efficiency

Data-driven decision-making optimises equipment usage and traffic management, increasing productivity and reducing downtime in surface mining.

Data-Driven Decision making

Data-Driven Decision making

Leveraging data insights leads to informed decisions that enhance workflow efficiency and resource allocation in surface mining operations.

Improved Compliance and Reporting

Improved Compliance and Reporting

Advanced data analytics support compliance with safety regulations, especially Level 9 compliance, and streamline reporting processes in surface mining.

Key Benefits of the SMartMine IoT - Collision Awareness Solution for Surface

Early Warning and Prevention

Reduces accident risks, enhancing safety for personnel and equipment.

Early Warning and Prevention

Reduces the likelihood of accidents, enhancing overall safety and minimising the risk of injuries to personnel and damage to equipment.

Optimised Traffic Flow

Efficient traffic flow boosts productivity and may lead to fuel savings and improved efficiency.

Optimised Traffic Flow

Ensures efficient traffic flow, reducing idle time and improving the productivity of mining operations.

Optimisation could lead to fuel savings, decreased equipment wear, and enhanced overall operational efficiency.

Remote Monitoring and Control

Remote capabilities enable swift responses to emergencies, enhancing safety and operational responsiveness.

Remote Monitoring and Control

Remote capabilities enable swift responses to emergencies, preventing collisions and minimising downtime.

Enhances the safety of personnel and equipment while improving the overall responsiveness of the mining operation.

Reduced Equipment Downtime

Proactive maintenance reduces breakdowns, decreasing downtime and improving operational efficiency.

Reduced Equipment Downtime

By proactively addressing maintenance issues based on predictive insights, the system helps reduce unexpected breakdowns. This leads to decreased equipment downtime, increased availability, and improved overall operational efficiency.

Continuous Improvement through Data Analysis

Data analysis refines collision avoidance strategies over time, ensuring the system evolves adaptively to enhance safety measures.

Continuous Improvement through Data Analysis

Insights derived from data analysis lead to ongoing refinements in collision avoidance strategies.

System evolves over time, staying adaptive to changing conditions and advancing safety measures.

User Interface Dashboards

Holistic view, LEVEL 9, STOP and CRAWL events.
  • Enables you to improve assessments of vehicle interactions
  • Proximity detection of other vehicles or hazards
  • Warnings / intervention triggers to prevent accidents
  • Regulatory Compliance
Heat Maps
  • Provides a visual representation of vehicle movements and interactions.
  • Optimise the flow of vehicles, reducing congestion and improving overall efficiency.
Vector Maps
  • Precise tracking of vehicle locations in near real-time.
  • Detailed route planning by providing information on road networks, elevation changes, & specific landmarks.
Events and interactions.
  • Exclusion events analysis.
  • CAS System health diagnostics dashboard.
  • Data-logging and reporting.
  • Manual and/or Automated Reporting.
  • E-mail and WhatsApp alerts.
  • Trends analysis.
  • Multi-technology tag-based systems.
  • Indicate Remote Object Detection based on orientation.
Monitoring
  • Vehicle-to-Vehicle/Vehicle-to-Person/Vehicle-to-Hazard detection.
  • Investigate historical STOP and CRAWL events leading up to incidents.
  • Near-Real Time monitoring of vehicle movements & conditions.
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