Mining Digital Transformation Built Around the Pit, the Haul Road, and the Plant
We work across mining operations -- from load-and-haul and ore processing to plant automation, safety, and dispatch -- bringing IoT, machine vision, fleet intelligence, and automation to the specific problems mining operators actually have: remote and dispersed sites, heavy-equipment condition tracking, restricted-zone safety, and legacy multi-vendor plant control systems. Built on the same platform already proven across steel, cement, and power operations, and already deployed for document and workflow management within mining itself -- these capabilities are engineered for mining's realities, not adapted from a generic industrial-IoT template after the fact.
The Weight of Complexity in Mining Operations
Haul trucks, excavators, and loaders operating across a site where dispatchers and managers don't have real-time visibility into location, utilization, or unauthorized movement
Ore processing and material handling -- crushers, screens, conveyors -- running long distances across a site where a foreign object, belt wear, or misalignment isn't caught until it causes damage or a stoppage
Sites spread across a wide geography with limited or no existing connectivity, where running new cabling to every monitoring point isn't practical
Restricted zones -- blast areas, pit edges, active work fronts -- depending on manual access control and signage rather than automated detection
Heavy equipment maintenance scheduled by calendar instead of actual usage and condition, resulting in avoidable breakdowns and downtime
Energy-intensive processes -- crushing, grinding, ventilation, pumping -- reviewed periodically instead of managed in real time
Compliance documentation, safety records, and permits managed on paper or scattered spreadsheets across multiple sites
Ore and mineral dispatch -- rail, road, or port -- coordinated manually across a high-tonnage, low-margin product where a delay costs real money
None of this is unique to any one site -- it's the shape of running a mining operation across a large, often remote footprint. It's also exactly where we've spent our engineering time.
Value Chain
Where We Work Across Mining Operations
Mining is not one site, one process, or one problem -- here's where this platform applies, stage by stage:
Drilling & Blasting Data Integration
- Drill rig and blast-pattern data brought into the same unified, time-synchronized data layer as the rest of site data, instead of sitting in a standalone system nobody else sees
- Open, multi-vendor data integration -- OPC UA, MQTT, REST -- so drilling and blasting data isn't locked into a single equipment vendor's software
Load & Haul -- Fleet & Asset Intelligence
- Real-time GPS tracking, route compliance, and operator behavior monitoring for haul trucks, excavators, and loaders, built specifically for mining, ports, and infrastructure environments
- Geofencing and unauthorized-use alerts for restricted zones, active pits, and haul roads
- Delivered through FleetCue, Hailiot's own fleet intelligence platform, built to cover exactly this kind of heavy-duty, distributed-site vehicle operation
Ore Processing & Material Handling
- Machine-vision detection of foreign particles and material quality on conveyors carrying ore and processed material
- Belt wear and tear detection across crushers, screens, and conveyor systems, flagging degradation before it causes a failure
- The same Vision AI capability already proven on raw-material handling and conveyor operations in steel
Plant-Wide Automation & SCADA Modernization
- Multi-vendor SCADA and PLC integration bringing crusher, screening, and processing plant control onto a single, browser-based Web-SCADA view
- Built for sites running multiple automation vendors across different eras of the operation, without forcing a single-brand standard
Energy & Utilities Management
- Real-time energy monitoring across crushing, grinding, ventilation, and pumping operations, tracking consumption against actual output instead of a periodic aggregate review
- The same energy-monitoring approach already proven on energy-intensive process operations in steel and power
Safety, Hazard & Restricted-Zone Monitoring
- RFID and camera-based intrusion detection for restricted areas -- blast zones, pit edges, active work fronts -- the same safety-tech capability already proven for restricted-area access control in utility and infrastructure operations
- Machine-vision-based fire, smoke, and hazard detection, catching a risk before it becomes an incident
Remote & Multi-Site Monitoring
- LoRa-based wireless connectivity extending real-time monitoring to remote pits, haul roads, and processing areas without a dedicated fibre run -- built for exactly the connectivity gap distributed mining sites face
- A centralized Field Command Center model, consolidating camera- and sensor-fed monitoring from multiple work areas into one command view, already proven for distributed industrial infrastructure
Asset & Equipment Condition Monitoring
- Condition-Based Monitoring System (CBMS) tracking heavy equipment health -- crushers, conveyors, fixed plant assets -- flagging degradation before it causes unplanned downtime
- Maintenance scheduled by actual usage and condition, not a fixed calendar
Dispatch & Logistics
- Dispatch management for outbound ore and mineral product -- rail, road, and port coordination, weighbridge integration, and gate sequencing
- The same logistics-coordination capability already proven in steel dispatch operations, applied to mining's own outbound product flow
Enterprise, Document & Workflow Management
- Digital document and workflow management already deployed within mining operations -- replacing paper-based compliance records, safety documentation, and permits with a searchable digital system
- The clearest existing proof point on this page: document and workflow management is not a hypothetical for mining, it's already running in the field
Remote Connectivity & Command Centers for Distributed Mining Sites
Mining sites are rarely a single building -- they're pits, haul roads, processing plants, and stockyards spread across a wide area, often with limited existing connectivity. LoRa-based wireless connectivity and centralized Field Command Center-style monitoring, both already proven extending visibility to remote and hard-to-cable industrial sites, apply directly to this reality -- bringing distributed mining infrastructure onto one live view instead of requiring a person to physically check each area.
Fleet & Asset Intelligence for Mining, Ports & Infrastructure
Mining operations depend on knowing where every truck, loader, and piece of mobile equipment is, and whether it's being used the way it's supposed to be. FleetCue, Hailiot's own fleet intelligence platform, is built specifically to cover mining, ports, and infrastructure environments -- monitoring heavy-duty vehicle location, route compliance, site movement, operator behavior, and asset usage across distributed, often remote sites.
Built on EpsumThings
Every capability on this page runs on EpsumThings, Hailiot's industrial operations platform -- Unified Data Lake for multi-vendor data integration across drilling, processing, and fixed plant systems, Web-SCADA for unified control-room visibility, SCADAA for trend and deviation analytics, Vision AI for the machine-vision work described above, Workflow Automation for the document and compliance management already proven in mining, and AI Agents for the next layer of autonomous decision support. This is the same platform already proven across steel, cement, and power operations -- and already running document and workflow management within mining itself.
Why Mining Operators Work With Us
Purpose-Built Heavy-Duty Intelligence
Fleet and asset intelligence purpose-built for mining, ports, and infrastructure environments, not a generic on-road fleet tool adapted after the fact.
Designed for Remote Sites
Connectivity designed for remote, distributed sites -- LoRa and centralized command-center monitoring -- rather than assuming every point on site already has cabling.
One Unified Platform
One platform across automation, energy, safety, fleet, document management, and dispatch, instead of a different vendor for each capability.
Already Deployed & Proven
A platform with a genuine, already-deployed track record in mining document and workflow management, and a proven record in adjacent energy-intensive, safety-critical process industries.
What This Changes for Mining Operations
Equipment location, utilization, and unauthorized movement visible in real time, instead of tracked by radio call and memory
Restricted zones and hazards flagged automatically, instead of depending on someone noticing in time
Remote pits and processing areas connected into one live view, instead of requiring a physical site walk to check status
Equipment maintained on actual condition and usage, instead of a fixed calendar that either over- or under-services critical assets
Compliance and safety documentation searchable and audit-ready, instead of scattered across paper and spreadsheets
Frequently Asked Questions
Document and workflow management is already deployed and proven within mining operations. Broader IoT, automation, and fleet intelligence capabilities are built on the same platform and engineering team already proven in steel, cement, and power, extended directly to mining's own load-haul, processing, and safety operations.
Have a Question, or Running a Mining Site on Radio Calls and Paper Records?
If equipment location, site safety, or compliance documentation depends on a radio call or a paper file rather than a system that shows it in real time, that's exactly the gap this platform is built to close.