OreNeda connects site data, models, scenarios, constraints, and evidence so mining teams can compare choices before they become downstream consequences.
The platform story is supported by working interface screens, with the decision proof point called out beside each image.
Rank feasible mine-to-product operating packages before applying a change.
Shows how OreNeda compares constraints, confidence, value movement, and downstream response to recommend an operating package across blast, crush, grind, float, and value outcomes.
Integrated operating view for shift, KPI, constraint, and value-chain review.
Shows how OreNeda brings shift state, constraints, KPIs, and value-chain modules into one operating review surface.
Recoverable value, grinding constraint, and command-strip state.
Shows how value, recovery, grinding constraint, and command state can be reviewed as one decision context.
SAG power, cyclone pressure, alarms, and recommendation evidence.
Shows operating signals linked to alarms, recommended action, and evidence for plant-control review.
Design the value-chain pathway from resource to product.
Shows how OreNeda links upstream design choices, material movement, processing response, cost, energy, recovery, and product quality into one optimisation context.
The platform is organised as connected layers: data foundation, scenario intelligence, resource-to-product traceability, operational visibility, and decision evidence. Together they explain how OreNeda turns site context into reviewable operating choices.
Unifies operational, geological, plant, laboratory, maintenance, energy, emissions, cost, and commercial data into one structured decision context.
Architecture role: Source map, data-quality context, and baseline decision view.
Compares operational alternatives before decisions become downstream consequences, with visible trade-offs across throughput, recovery, energy, cost, emissions, and value.
Architecture role: Ranked scenarios with expected trade-offs and a recommended pathway for review.
Follows material, performance, and value from resource model to final product so teams can understand where outcomes were created, lost, or shifted.
Architecture role: Resource-to-product lineage with performance, value, and confidence context.
Monitors constraints, KPIs, and operating signals across the mining value chain at the timing supported by site integration: near-real-time, shift-level, or operational-period visibility.
Architecture role: Operational-period control view with warnings, priorities, and decision context.
Supports recommendations with assumptions, model confidence, constraints, evidence, sensitivity context, and an audit trail.
Architecture role: Evidence pack with assumptions, confidence, sensitivity, constraints, and audit trail.
Unifies operational, geological, plant, laboratory, maintenance, energy, emissions, cost, and commercial data into one structured decision context.
Compares operational alternatives before decisions become downstream consequences, with visible trade-offs across throughput, recovery, energy, cost, emissions, and value.
Follows material, performance, and value from resource model to final product so teams can understand where outcomes were created, lost, or shifted.
Monitors constraints, KPIs, and operating signals across the mining value chain at the timing supported by site integration: near-real-time, shift-level, or operational-period visibility.
Supports recommendations with assumptions, model confidence, constraints, evidence, sensitivity context, and an audit trail.
OreNeda does not need to be deployed as a full value-chain transformation on day one. It can begin around a priority decision workflow and expand as data maturity, adoption, and operational confidence grow.
OreNeda is designed to sit above existing operational, geological, plant, and business systems. It is partner-friendly by design: a decision layer for connecting specialist tools, not a replacement for fleet, historian, automation, planning, or modelling platforms.
A practical pilot should produce a working decision view, a scenario comparison, and an evidence pack that site experts can challenge.
OreNeda is designed for mining teams, partners, and investors who need a credible path from data to decision.
Validate a decision workflow.
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