# Mining ![Kurloo Logo Lines 1](https://www.kurloogeomonitoring.com/wp-content/uploads/Kurloo-Logo-Lines-1.svg) DEFENSIBLE MONITORING FOR MINING INDUSTRY APPLICATIONS # Kurloo Geomonitoring for Mining In surface and underground mining environments, excavation, pressure changes, and geological conditions create unavoidable ground movement risk. Kurloo gives Mine Managers and Geotechnical teams early visibility of safety risk, deformation and potential failure, to protect people and keep production moving. During rehabilitation and closure, Kurloo delivers defensible movement data and trends that demonstrate stability and compliance, supporting confident mine relinquishment. [ ![Kurloo GNSS-based geomonitoring on mine sites](https://www.kurloogeomonitoring.com/wp-content/uploads/Kurloo-GNSS-in-Mining-1800.jpg) ](https://www.kurloogeomonitoring.com/wp-content/uploads/Kurloo-GNSS-in-Mining-1800.jpg)## Where Kurloo Fits in Mining Geomonitoring ### An early warning of instability or failure - Continuous, sub 5 millimetre 3D vectors at each sensor location - Absolute XYZ positioning certainty free of drift due to local deformation or relative change - Reliable trend detection even through communications outages, thanks to onboard storage and customised post processing ### An elevated perspective on complex monitoring challenges - Provides ground truthing of a wide variety of remote and sub-surface monitoring methods - Helps close gaps between different data sources so TARPs can rely on consistent, auditable thresholds [ Browse Mining Case Studies ](/case-studies/?e-filter-5f3fb6c-industry=mining)## Kurloo Geomonitoring for Mining Applications ### Tailings Storage Facility (TSF) monitoring – wet and dry tailings Kurloo is widely used to provide continuous 3D surface displacement monitoring across tailings dams, supporting verification of design assumptions, early detection of instability, and risk‑based escalation in line with modern tailings governance frameworks (e.g. GISTM). **Kurloo Geomonitoring delivers measurable benefits through** - Comprehensive monitoring of potential failure modes - Enables early warning and timely escalation consistent with risk‑based response plans (TARP’s) - Independent review and assurance - Embedding a stronger monitoring and safety culture [ More about Tailings Dam Monitoring ](/industries/mining/tailings-dam-monitoring/) **Kurloo Geomonitoring delivers measurable benefits through** - Comprehensive monitoring of potential failure modes - Enables early warning and timely escalation consistent with risk‑based response plans (TARP's) - Independent review and assurance - Embedding a stronger monitoring and safety culture [ More about Tailings Dam Monitoring ](/industries/mining/tailings-dam-monitoring/)### Mine Rehabilitation and Closure Monitoring Kurloo is used to monitor stability during mine remediation activities such as backfilling pits, dry tailings capping, and landform construction, verifying ground response to loading and supporting safe progression through construction and closure stages. **Kurloo Geomonitoring delivers measurable benefits through** - Verification of long‑term landform performance and settlement - Early detection of post‑closure instability and geotechnical hazards - Reduced reliance on specialist survey resources during closure - Defensible evidence for regulatory compliance and relinquishment [ More about Mine Rehabilitation Monitoring ](/industries/mining/mine-rehabilitation-monitoring/) [ Read a Case Study ](/case-studies/?e-filter-0d82d17-industry=mining) **Kurloo Geomonitoring delivers measurable benefits through** - Verification of long‑term landform performance and settlement - Early detection of post‑closure instability and geotechnical hazards - Reduced reliance on specialist survey resources during closure - Defensible evidence for regulatory compliance and relinquishment [ More about Mine Rehabilitation Monitoring ](/industries/mining/mine-rehabilitation-monitoring/) [ Read a Case Study ](/case-studies/?e-filter-0d82d17-industry=mining)### Waste Heap and Spoil Dump Stability Monitoring Kurloo provides scalable monitoring across large waste heaps and spoil dumps to identify slow creep, differential settlement, and slope instability, particularly where these features pose a risk to adjacent conveyors, haul roads, or processing infrastructure. **Kurloo Geomonitoring delivers measurable benefits through** - Early detection of slow creep and progressive instability - Improved protection of adjacent infrastructure and operations - Safer monitoring with reduced site access requirements - Scalable and cost‑effective coverage across large dump footprints [ More about Waste Heap Stability Monitoring ](/industries/mining/waste-heap-stability-monitoring/) **Kurloo Geomonitoring delivers measurable benefits through** - Early detection of slow creep and progressive instability - Improved protection of adjacent infrastructure and operations - Safer monitoring with reduced site access requirements - Scalable and cost‑effective coverage across large dump footprints [ More about Waste Heap Stability Monitoring ](/industries/mining/waste-heap-stability-monitoring/)### Open‑pit Slope and Wall Stability Monitoring Kurloo monitors horizontal and vertical movement of pit walls, benches, and crest areas, supporting early detection of slope deformation that could threaten personnel, equipment, and production continuity in open‑cut mining operations. **Kurloo Geomonitoring delivers measurable benefits through** - Early detection of subtle slope deformation and acceleration - True 3D movement vectors that complement radar systems - Data‑led support for TARPs and inspection triggers - Safe, scalable monitoring with minimal operational disruption [ More about Open-pit Slope Stability Monitoring ](/industries/mining/open-pit-wall-monitoring/) [ Read a Case Study ](/case-study/open-pit-wall-stability-monitoring/) **Kurloo Geomonitoring delivers measurable benefits through** - Early detection of subtle slope deformation and acceleration - True 3D movement vectors that complement radar systems - Data‑led support for TARPs and inspection triggers - Safe, scalable monitoring with minimal operational disruption [ More about Open-pit Slope Stability Monitoring ](/industries/mining/open-pit-wall-monitoring/) [ Read a Case Study ](/case-study/open-pit-wall-stability-monitoring/)### Mining‑related Infrastructure and Subsidence Monitoring Kurloo monitors ground and structural movement affecting critical mining infrastructure, including conveyors, pipelines, haul roads, rail, and surface subsidence above underground workings, helping operators manage risk to production and asset integrity. **Kurloo Geomonitoring delivers measurable benefits through** - Early detection of subsidence and infrastructure‑related ground movement - Protection of critical production and transport assets - Reduced exposure of personnel in high‑risk environments - Scalable, flexible monitoring across evolving mine layouts [ More about Infrastructure and Subsidence Monitoring ](/industries/mining/subsidence-monitoring/) **Kurloo Geomonitoring delivers measurable benefits through** - Early detection of subsidence and infrastructure‑related ground movement - Protection of critical production and transport assets - Reduced exposure of personnel in high‑risk environments - Scalable, flexible monitoring across evolving mine layouts [ More about Infrastructure and Subsidence Monitoring ](/industries/mining/subsidence-monitoring/)## Why Kurloo Works in Mining Environments Kurloo works alongside your in-situ instrumentation to provide continuous, absolute 3D vector movement intelligence across your highest-risk assets. No need to juggle separate GNSS devices, disconnected software, or manage complex system overhead. ### No Line-of-Sight Required Measures true 3D displacement across large, obstructed mine sites without direct line-of-sight constraints. ### Frequent Autonomous Measurement Regular time-series data suited to active slopes, evolving failure zones, and changing loading conditions. ### Rugged & Low Maintenance Purpose-built hardware designed for harsh mining environments with minimal intervention. ### Flexible & Relocatable Easily redeployed as mine plans evolve, slopes advance, or ground support changes. ### Managed for Operational Continuity Consistent monitoring performance across shifts, contractor changes, and site turnover. ### Defensible by Design Raw observations are preserved and can be reprocessed or independently reviewed when required. ## Proven Benefits for Mining