Practical reliability software for mining teams.

A mine audits operating discipline, maintenance execution and evidence strength, then sees the ten lowest verified domains on one dashboard.

Shows management exactly where compliance and evidence are weak.

A supervisor tests steering, brakes, fire suppression and collision avoidance before a truck is released to service.

Confirms that critical controls are effective, not merely recorded on paper.

A hydraulic-hose action is only closed after routing, clamping and leak-free performance are checked in service.

Stops actions from being closed before the risk has genuinely been reduced.

Two shafts compare leadership, work management, competence, failure elimination and data-quality maturity.

Shows where leadership attention, training and investment are most needed.

An OEM technician uploads isolation evidence, measurements, test sheets and commissioning results before job acceptance.

Applies one quality and reliability standard to employees and contractors.

A proximity-detection software update cannot go live until risk review, testing, training and rollback planning are complete.

Reduces failures and safety risks introduced by uncontrolled changes.

A Simba operator completes a pre-use inspection underground, records a boom-hose defect with a photo, and synchronises later.

Improves inspections, defect detection, handovers and operator accountability.

The outgoing LHD operator records intermittent steering alarms and the incoming operator acknowledges the restriction.

Prevents important equipment information from being lost between shifts.

“Simba 14 has a hydraulic leak on the left boom feed hose; machine stopped” becomes a classified work request.

Makes defect reporting faster in gloved, dirty and low-light conditions.

GPS-linked pothole and drainage reports are correlated with repeat front-suspension failures on haul trucks.

Turns road maintenance into a measurable equipment-life intervention.

Repeated bucket and frame damage is traced to a loading face, material condition and shift pattern rather than an operator alone.

Reduces damage by analysing the full operating context instead of blaming individuals.

An operator scans a clock card to review authorisations, acknowledge a learning bulletin and check open coaching actions.

Gives employees access to digital reliability services without needing a personal computer.

A crew gains recognition for identifying a developing wheel-end problem before failure and proving effective closure.

Makes good reliability behaviour visible and encourages participation.

A wheel-end rebuild requires torque evidence, bearing-clearance measurements, photographs and a loaded road test.

Reduces rework, early-life failures and maintenance-induced damage.

The system flags a critical winder PLC module with no strategic spare and a twelve-month supplier lead time.

Reduces extended downtime caused by unavailable or obsolete components.

A QR-coded hydraulic fill point verifies product, filtration cart and cleanliness target before oil transfer.

Extends component life by reducing lubrication and contamination failures.

A drill rig profile combines current boom hours, hydraulic alarms, component age, maintenance history and forecast work.

Provides one trusted view of equipment health for operations and engineering.

The investigator detects that repeated transmission failures follow cooling-system alarms and a specific duty cycle.

Speeds up investigations while keeping decisions evidence-based and engineer-led.

The weekly meeting opens with unresolved critical defects and assigns decisions directly against each issue.

Turns reliability meetings into focused decision and action sessions.

A drill-string life project records baseline cost, tests a new practice and verifies savings over six months.

Makes project ownership, delivery, savings and sustainment visible.

A cooling-system modification is validated against overheating events, downtime, repair cost and energy consumption.

Proves whether reported savings are real and sustained.

Repeated brake overheating triggers an O4R driving-technique scenario and supervisor field coaching.

Connects real operational problems directly to the right development intervention.

A conveyor failure case compares the cost of recurring breakdowns with the cost and payback of redesign.

Helps executives compare the cost of failure with the cost of prevention.

A general manager drills from mine-level exposure into a fleet, machine, recurring defect and responsible action owner.

Gives leadership one cross-functional view of reliability performance.

A clock-card scan confirms that an operator is authorised for a specific LHD and shows an upcoming reassessment.

Provides one auditable view of competence, readiness and authorisation.

An artisan advances from identifying contamination risks to analysing oil data and designing a control improvement.

Moves training beyond attendance toward measurable workplace capability.

A supervisor responds to a brake-temperature alarm, evaluates evidence and decides whether a truck may continue.

Builds decision-making skills without exposing people or equipment to real risk.

The system identifies three conflicting torque requirements across an SOP, job card and OEM manual.

Improves document accuracy, consistency and control.

A retiring technician records early indicators and diagnostic steps for an intermittent winder-control fault.

Retains practical knowledge and reduces dependence on a few experts.