Survey the work areas
Map attenuation, bends, machinery and changing faces. Identify where a device path exists and where it does not.
SOLUTION / MINING CONNECTIVITY & COMMUNICATIONS
Mining connectivity & communications
Design from the mine plan and an RF survey. Choose communications around the required coverage, delivery latency, power resilience and maintenance access.
SOLUTION SCOPE
What we bring into view.
Select the network
Evaluate Wi-Fi, private cellular, leaky feeder or other supported technologies against the application.
Plan resilience
Specify backup power, authorised backhaul, supported edge buffering and recovery procedures.
Make gaps visible
Expose missing updates and stale observations. Retained data can be reconciled after recovery where supported.
PRODUCTS & INTEGRATION
The system behind
the solution.
Survey tools, suitable access nodes or readers, gateways, resilient power and managed backhaul. Final design follows the selected equipment and mine architecture.
Reporting outputs
- Coverage map by work zone
- Network and device health events
- Latency and availability evidence
- Outage and recovery procedures
DESIGN SCENARIO · ILLUSTRATIVE
How the decision works.
Without a device-to-network path, remote updates and alerts cannot arrive. Local procedures remain essential; buffering can preserve supported records for later synchronisation.
What the pilot must demonstrate
Coverage by zone, 95th-percentile alert delivery time, availability, backup endurance and recovery.
LET’S CONNECT
Start with one operating challenge.
Tell us about your mine, work area or equipment system. We will discuss the scope, evidence and next steps for an assessment.