Product Lines
Platforms Safecrete Safewall Mine Operating System (Coming Soon)
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Solution & Architecture

Minefox operates on a closed-loop cascade model where planning data flows downstream from management through supervisors to crews, and execution data flows back upstream from the face to the control room. Every plan, task, delay, and result passes through a single integration layer, ensuring that the entire operation works from one source of truth.


How It Works

1
Plan
Build shift schedules, allocate resources, and set production targets in FoxPlan
2
Execute
Cascade tasks to crews, capture progress in real time, and log delays via FoxOps
3
Measure
Track KPIs against targets in real time and generate reports automatically with FoxMetrics
4
Improve
Analyse trends, identify performance gaps, and feed insights back into planning

System Components

ModuleFunctionKey Capabilities
FoxPlanShift scheduling and target settingMulti-horizon planning, resource allocation, plan vs actual tracking, schedule cascading
FoxOpsExecution and real-time data captureDigital handovers, short interval control, statutory reporting, IS mobile application
FoxMetricsPerformance measurement and reportingCustom KPI definitions, real-time dashboards, automated report generation, AI summaries

Data Flow

FoxPlan
Tasks, Targets
-->
FoxOps
Execution, Delays
-->
FoxMetrics
KPIs, Reports
<-- Insights feed back into planning -->

Architecture

Minefox is a web application served from an on-premise or private cloud deployment. The IS mobile application runs on intrinsically safe Android devices and synchronises with the server over the mine LAN. When network connectivity is intermittent — common in underground environments — the mobile app queues data locally and syncs automatically when the connection is restored.

The system supports fully air-gapped mine networks with no internet dependency. All processing, storage, and analytics run within the site boundary. For sites with external connectivity, private cloud deployment is available with encrypted data transmission over TLS 1.3.

Changes in one module propagate to the others automatically, without manual intervention or batch processing delays.