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?️ Mine Remote Operations Center (ROC) Design - Complete Guide

Human factors engineering, technology architecture, workflow design, and contingency planning for centralized remote operation centers managing multiple mine sites.

14
Knowledge Pages
1
Interactive Tools
4
Case Studies
6
Resources
22
Lessons
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Engineering Workflow

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Mine Remote Operations Center (ROC) Design - Complete Guide

A Mine Remote Operations Center (ROC) is a centralized control hub where engineers and operators monitor, command, and o...

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Quick Start

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Knowledge Base

14 pages
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Key Concepts

Mine Remote
Operations Center
(ROC) DesignHuman Factors
Engineering
ROC Network
Architecture
Multi-Site ROC
Workflow
Real-Time Data
Fusion
Situational
Awareness Dashboard
Remote Equipment
Command Protocols
Contingency Planning

Visual overview of key concepts and their relationships

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Real Projects

4 cases
Iron Ore Mine ROC Consolidation Western Australia β€’ IIoT Platform Integration Legacy SCADA (Fragmented) A B C β€’ Inconsistent alarm protocols β€’ Manual handovers (avg 22 min) Unified IIoT Platform OPC UA Standardized Interfaces ISA-18.2 Alarm Management ROC Output Alarm Flood ↓ 82% (Preβˆ’Post ROC) Handover Time ↓ 18 min (per shift)

Iron Ore Mine ROC Consolidation in Western Australia

Rio Tinto’s Pilbara ROC consolidation across 8 open pit sites

Challenge: Fragmented legacy SCADA systems with inconsistent alarm protocols and manual han...
Mine Shaft LHD Edge Node (Portal) Remote OC (Surface) 420 ms RTT 142 ms RTT Predictive Motion Compensation Ξ”t = v Γ— tpred = 210 ms Haptic Loop ISO/IEC 9241-411 ≀ 150 ms β†’ 142 ms ROC Teleoperation Latency Mitigation Legacy Latency Optimized Path Prediction Engine

Underground Copper Mine ROC Teleoperation Latency Mitigation

Teck Resources’ Quebrada Blanca Phase 2 underground mine in Chile

Challenge: Unacceptable 420 ms round-trip latency for remote LHD operation causing motion s...
Coal Mine ROC Cybersecurity HardeningAppalachia β€’ Zero-Trust OT/IT ArchitectureLegacy PLCs(Pre-Hardening)βˆ’92%Exposed PortsOT/IT DMZ(ISA/IEC 62443-3-3)Dragos ICS IDSMTTD: 4.2 hrs β†’ 8.7 minAir-Gapped ROCBackup & RecoveryRBAC EngineNIST SP 800-82 Audit: FAILED β†’ PASSED

Coal Mine ROC Cybersecurity Hardening in Appalachia

Consol Energy’s Robinson Run ROC protecting 3 longwall operations

Challenge: Legacy PLCs exposed to corporate IT network with no segmentation; failed NIST SP...
Limestone Mine ROC: Autonomous Haulage Fleet Coordination Conflict Zone Simultaneous loading/unloading β†’ queue buildup & fuel waste ROC Engine Dynamic Priority Scheduler Geofence A Geofence B Real-Time Payload Telemetry β†’ g/t, payload mass, cycle timestamp σ² reduction: 63% Cycle time variance Fuel saved: 11.4 g/t per tonne transported

Limestone Mine ROC for Autonomous Haulage Fleet Coordination

Martin Marietta’s Texas limestone quarry with 22 autonomous haul trucks

Challenge: Fleet coordination conflicts during simultaneous loading/unloading causing queue...
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Downloads

6 resources
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Learning Path

22 lessons

Master Mine Remote Operations Center (ROC) Design through a structured learning path β€” from fundamentals to advanced applications.

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News & Updates

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