When a 400‑tonne haul truck and an inspection crew share the same haul road, "approximately 500 meters behind" is not a safe distance. It's a fatality waiting to happen.
FlowMaître gives you centimetre‑level positioning of every vehicle, worker, and piece of equipment — both on the surface and underground — so you can prevent collisions, optimise haulage, and ensure every person returns safely.
The Four Critical Blind Spots in Mining Operations
Vehicle‑to‑Personnel Collisions
A haul truck driver cannot see a maintenance crew behind a berm. A light vehicle turns a blind corner into the path of a loader. In mining, visibility limitations are not operational nuisances — they are fatal risks.
Underground Personnel Location
An underground miner is overdue from a inspection round. The shift supervisor radios: "Last seen near cross‑cut 42." That's 3 kilometers of tunnel. The search begins — and with it, the exposure of rescue teams.
Equipment Archaeology
Specialist equipment — rock bolters, scissor lifts, gas detectors — is moved between faces, levels, and shafts. The search is not just inefficient. In an emergency response scenario, it is catastrophic.
Haulage Inefficiency
Haul trucks queue at crushers because dispatch doesn't have real‑time visibility. Loaders wait for trucks because coordination is based on radio calls, not live positions. The pit‑to‑plant chain is guesswork.
How FlowMaître Solves Mining Blind Spots
Industry‑Specific Module Capabilities
WFM — Personnel Safety & Zone Control
In mining, WFM prevents vehicle‑to‑personnel collisions, enforces exclusion zones around active blast areas, and ensures only authorised personnel enter high‑risk underground zones.
Key features for mining: vehicle proximity alerts · blast zone enforcement · underground personnel tracking · muster management
→ Learn more about WFMPLM — Equipment & Fleet Management
Haul trucks, loaders, drills, and specialist equipment are tagged and located in real time. No more searching. No more idle equipment. No more guesswork in fleet dispatching.
Key features for mining: vehicle tracking · equipment location · fleet utilisation monitoring · maintenance scheduling by location
→ Learn more about PLMEIS — Equipment Condition Monitoring
From the vibration signature of a crusher to the temperature profile of a haul truck engine, EIS provides the continuous condition monitoring that mining equipment requires for reliability and safety.
Key features for mining: crusher vibration analysis · haul truck engine monitoring · conveyor belt integrity · predictive failure alert
→ Learn more about EISLive 3D Digital Twin of Your Mine
FlowMaître builds a living digital twin of your entire mining operation — surface and underground. See every haul truck, loader, drill, and worker moving in real time — with proximity warnings, production status, and safety zones rendered in full 3D.
Quantified ROI in Mining Operations
Based on multi‑mine deployment across open‑pit and underground operations, 36‑month observation
Real‑World Mining Scenarios
Scenario A — The Haul Road Incident
A maintenance crew is working on a berm alongside a haul road. A 400‑tonne haul truck approaches. The driver's vision is obstructed by the truck's own size. The crew's MaîtreTags vibrate and display a warning. The truck's collision avoidance system alerts the driver. Both stop — 150 meters apart. The incident is prevented.
Scenario B — The Underground Search
An underground miner fails to report at the end of his shift. Without FlowMaître: Radio calls, manual tracking, 45‑minute search involving multiple rescue teams. With FlowMaître: Control room sees he is in cross‑cut 42, 850 meters from the shaft, stationary. A welfare check finds him — he had a equipment issue, not a medical emergency.
Trusted by Mining Leaders
"We'd had three near‑miss vehicle incidents in six months. Since FlowMaître, we've had zero in eighteen months. That's not a statistic — that's lives saved."
— Site Manager, open‑pit copper mine
"Underground, knowing where your people are isn't just about efficiency — it's about bringing them home. FlowMaître gives us that certainty, shift after shift."
— Underground Superintendent, gold mine
The FlowMaître Ecosystem: Hardware Built for Mining Environments
MaîtreAnchor
The positioning backbone. UWB anchors with sub‑nanosecond synchronisation, supporting both TWR and TDoA algorithms. Explosion‑proof variants available for underground coal applications.
Accuracy: 1–3 m (underground), 10–30 cm (surface) · Protocols: UWB TWR + TDoA · Power: PoE or intrinsically safe
MaîtreTag Workforce
Rugged personal tracker worn by every worker. Underground variant includes methane detection capability. Audible and vibration alerts for proximity warnings.
Size: 50×90×7 mm · Comms: UWB + BLE + LoRa + LTE (model dependent) · Special: Intrinsically safe option
MaîtreTag Material
Asset tracker for mobile equipment, drills, and specialist tools. Withstands vibration, dust, and moisture. Deep‑sleep mode extends battery life for stored equipment.
MaîtreTag Transport
Vehicle‑grade tracker for haul trucks, loaders, drills, and LHDs. Includes anti‑collision proximity logic, 3D position, and integration with vehicle CAN bus for operational data.
MaîtreSensor
Wireless industrial sensor for real‑time measurement of vibration, temperature, pressure and other critical parameters. Explosion‑proof variants for underground use.
Mining‑Specific Questions
Can the system operate underground with no GPS signal?
Is there an intrinsically safe version for underground coal mines?
How does it handle the extreme vibration and dust in mining environments?
Can it integrate with our existing fleet management system?
What is the battery life for tags used in 12‑hour underground shifts?
In mining, location isn't just about coordinates. It's about preventing 400‑tonne accidents and bringing every worker home.
See FlowMaître operating in a mining environment. 30‑minute live demo, no commitment.