Home > Industries > Mining

Mining: Autonomous Haulage, Tailings Dam Radar & Ore Sorting

Transforming global mining and natural resource operations with autonomous heavy equipment dispatch, millimeter-scale geotechnical dam stability monitoring, and hyperspectral ore sorting.

Explore Solutions Consult Architects

+28%

Haulage Equipment Utilization

Zero

Lost-Time Safety Incidents

0.1 mm

Geotechnical Radar Precision

-18%

Concentrator Energy Use

Autonomous 320T Trucks Deployed

Autonomous Haulage Dispatch, Geotechnical Dam Radar & Hyperspectral Ore Sorting

Modern mining conglomerates operate in remote, extreme topographies where worker safety, environmental stewardship, and asset efficiency are paramount. We engineer autonomous haul truck dispatch networks, geotechnical satellite and ground-based radar monitoring systems for tailings dams, hyperspectral optical ore sorting models, and mineral extraction digital twins.

Our natural resources practice partners with the world’s leading mining operators across copper, gold, lithium, iron ore, and rare-earth supply chains.

By fusing real-time telemetry from remote heavy mobile equipment with private LTE/5G wireless fabrics, we enable zero-entry remote operations centers (ROC), reducing worker safety incidents to zero while boosting ore throughput by 22%.

Autonomous AI Strategy and Systems Architecture Advisory

Mining & Natural Resources CoE

Autonomous Haulage • Tailings Dam Geotech AI

Discover more about Mining & Natural Resources Solutions

Explore autonomous haulage fleets, tailings dam stability, and hyperspectral sorting

Mission-Critical Engineering for Extreme Remote Topographies

Deploying autonomous systems and geotechnical monitoring in the world’s harshest environments.

Autonomous Haulage Fleet Orchestration (AHS)

Dynamic dispatching and precision navigation algorithms arbitrating autonomous 300-ton haul trucks, shovels, and autonomous drills over private 5G meshes.

Level 01 Level 01: Radio Dispatch

Level 02 Level 02: GPS Fleet Track

Level 03 Level 03: Autonomous Haulage ★

Level 04 Level 04: Zero-Entry Autonomous Mine

Autonomous 300T TrucksZero Lost-Time InjuriesPrivate LTE/5G MeshDynamic Shovel Matching

Geotechnical Tailings Dam Radar & InSAR AI

Millimeter-scale ground radar and satellite InSAR interferometry detecting slope displacements and pore water pressure anomalies before structural dam failure.

Sub-Millimeter DisplacementReal-Time Dam AlertingSatellite InSAR Synthetic Aperture

Hyperspectral Ore Grade Sorting

Short-wave infrared (SWIR) spectroscopy and deep learning classifying mineral grade on high-speed conveyor belts, discarding gangue rock prior to milling.

SWIR Hyperspectral AI-18% Concentrator EnergyLithium / Copper Grade Optimization

Remote Operations Center (ROC) Digital Twins

Centralizing mine-to-port dispatch, slurry pipeline pressure, and bulk rail logistics into a unified digital twin operated thousands of kilometers away.

Mine-to-Port Digital TwinSlurry Pipeline SensingBulk Train Loadout Automation

Mine Modernization Sprint

The 8-Week Remote Mine Modernization Sprint

Deploying ruggedized autonomous infrastructure and geotechnical safety monitors to remote pit locations.

Weeks 01 - 02

Pit Topology & Wireless Mesh Survey

Auditing private wireless coverage, pit topography LiDAR scans, and haul road geotechnical grade.

Weeks 03 - 04

Private 5G Base Station & Server Enclave Setup

Deploying ruggedized outdoor server shelters and baseband units resistant to extreme dust and vibration.

Weeks 05 - 06

Autonomous Haulage & Collision Avoidance Testing

Testing automated truck steering, dump positioning, and obstacle braking across proving grounds.

Weeks 07 - 08

Remote Operations Center Commissioning

Transferring live fleet dispatch controls to remote city operations center with full safety interlocking.

Featured Case Study

Tier-1 Copper Mining Major • Autonomous Haulage

Deploying 42 Autonomous 320-Ton Haul Trucks with Zero Safety Incidents

Implemented an autonomous haulage system (AHS) and private 5G mesh across an open-pit copper mine in the Atacama desert, increasing haul truck operating hours by 28%, cutting diesel fuel burn by 14%, and achieving 3 years of zero lost-time injuries (LTI).

Explore Client Impact

Idynic Mining Case Study

Deploying 42 Autonomous 320-Ton Haul Trucks with Zero Safety Incidents

Frequently Asked Technical Questions

Executive-level answers regarding architecture, regulatory compliance, and system implementation.

Our systems fuse RTK-GPS with LiDAR odometry, industrial radar, and inertial navigation systems (IMU). Even when entering deep pit benches or operating in heavy dust storms where satellite signals are obscured, the vehicle maintains centimeter-level trajectory tracking.

By classifying and diverting low-grade gangue rock before it enters energy-intensive ball mills and flotation circuits, the mine avoids crushing non-mineralized waste. This reduces concentrator electricity consumption by up to 18% and slashes process water consumption substantially.

Our ground-based synthetic aperture radar systems scan tailings dam faces continuously every 2 minutes, detecting line-of-sight deformations down to 0.1 millimeter. If velocity trends indicate accelerating movement, automated alarms trigger instant evacuation protocols.

Ready to Modernize Remote Mining and Extraction Operations?

Consult with our senior mining systems engineers and autonomous fleet architects.

Connect with Mining Leads