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Data & Analytics Platforms Software

6 sections · 4 min read

Independent guidance on evaluating data & analytics platforms software for mining operations. Covers vendor selection, ROI frameworks, and key questions to ask.

01

What is Data & Analytics Software?

Mining operations generate terabytes of data daily—from the FMS, SCADA systems, ERPs, and geological models. However, this data is usually trapped in vendor-specific silos. Data & Analytics software in mining is designed to ingest, clean, contextualize, and visualize this disparate data to uncover hidden inefficiencies.

This category is not just about building pretty dashboards. It encompasses the entire data pipeline: from historian databases that store high-frequency sensor telemetry to advanced machine learning models that predict mill blockages or equipment failures before they happen.

02

Signs Your Operation Needs It

If your key operational decisions are based on gut feel or spreadsheets that are a week out of date, you are operating blindly:

Symptom

Your continuous improvement (CI) team spends 80% of their time extracting and cleaning data from different systems and only 20% of their time analyzing it.

Reality

You lack an automated data warehouse or data lake architecture.

Symptom

You have "dueling spreadsheets" in management meetings, where the mine manager's production numbers differ from the mill manager's received tonnage.

Reality

You lack a single source of truth and standardized data models.

Symptom

You experience catastrophic equipment failures despite adhering strictly to OEM preventative maintenance schedules.

Reality

You are missing predictive analytics capabilities that monitor actual equipment health telemetry to detect anomalies.

03

Understanding the Software Landscape

The analytics landscape ranges from foundational infrastructure to advanced predictive models:

  • Data Historians & Infrastructure

    Platforms (like OSIsoft PI System or modern cloud equivalents) that capture and store massive volumes of high-frequency time-series data from sensors and PLCs.

  • Business Intelligence (BI) & Dashboards

    Generic tools (PowerBI, Tableau) or mining-specific visualization platforms that provide daily/weekly reporting on key KPIs like payload, utilization, and cost per tonne.

  • Predictive Maintenance (PdM)

    Machine learning applications that analyze historian data (temperatures, vibrations, pressures) to predict when a specific component (e.g., a haul truck wheel motor) will fail.

  • Process Optimization (Metallurgical)

    Advanced analytics used in the processing plant to optimize grinding circuits, reagent dosing, and recovery rates based on real-time ore characteristics.

04

How to Evaluate Data & Analytics Software

When evaluating analytics solutions, distinguish between companies that just sell dashboarding tools and those that understand the underlying physics and context of mining data.

Critical Evaluation Dimensions

  • Data Integration (Connectors): The hardest part of mining analytics is getting the data out of legacy systems (FMS, SCADA, ERP). Does the vendor have pre-built, robust connectors for your specific systems (e.g., Modular, SAP, Wonderware)?
  • Domain Expertise vs. Generic AI: A generic data science platform will struggle to understand the context of a "shovel hang time." Look for platforms or vendors that provide mining-specific data models out of the box.
  • Actionability: A dashboard that shows you lost 10% of production yesterday is interesting. A system that alerts you during the shift that a specific operator is consistently underloading trucks is actionable.

Key Performance Metrics to Track:

The right software in this category should measurably improve:

Reduction in unscheduled downtime (via predictive maintenance).

Increase in overall equipment effectiveness (OEE).

Time saved in producing standardized daily/weekly/monthly reports.

05

Defining the ROI

The ROI for analytics can be massive but requires organizational discipline to act on the insights. The ROI typically comes from:

1

Preventing Catastrophic Failures

A predictive model that identifies a failing haul truck engine before it seizes can save hundreds of thousands of dollars in replacement costs and lost production.

2

Optimizing Throughput

In the processing plant, using machine learning to tweak SAG mill parameters by just 1-2% can yield millions of dollars in increased annual recovery.

3

Eliminating Data Engineering Overhead

Automating the data pipeline allows highly paid engineers and metallurgists to stop building spreadsheets and start optimizing the process.

06

Key Questions to Ask Vendors

Can you show me a live example of how you handle conflicting data — e.g., when the FMS says 100 tonnes were moved, but the weighbridge says 95?

Tests their data governance and contextualization. Mining operations routinely encounter discrepancies between systems, so the platform must provide automated reconciliation rules, data source prioritization, and clear audit trails showing which value was used and why.

Do you provide pre-built data models for standard mining KPIs (like OEE), or do we have to pay your consultants to build them from scratch?

Tests their time-to-value and domain expertise. A mining-focused analytics vendor should include pre-configured KPI calculations for OEE, availability, utilization, and cost-per-tonne that can be deployed within weeks, not months of expensive consulting.

How do you handle the massive volume of high-frequency time-series data from our SCADA systems without bankrupting us on cloud storage costs?

Tests their technical architecture. Mining SCADA systems can generate millions of data points per day, so the platform must implement intelligent data compression, tiered storage strategies, and edge processing to manage costs while retaining analytical fidelity.

If your predictive model tells us to pull a truck offline for maintenance, can it explain why it made that prediction (explainable AI)?

Tests the usability and trustworthiness of their ML models. Maintenance teams will not act on black-box predictions, so the system must provide feature importance rankings, threshold explanations, and historical pattern comparisons that give engineers confidence to make costly shutdown decisions.

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Updated April 2026 · Mining Software