Insights
Thoughts on mining technology, data, and operations.
The Data Advantage: Why AI in Mine Planning Lives or Dies on Data Access
Large language models are a commodity; the data they can reach is not. Why MiningIQ and MineCost’s one live, project-secured planning database is the substrate that makes whole-plan AI analysis, scenario action and Bayesian risk possible — and why captive, file-based toolchains cannot follow.
The Evolution of the ITR — From Legacy Benches to Sovereign Financial Engineering
Independent Technical Reports were once a box-checking exercise run on static spreadsheets. Institutional capital now expects more: Enterprise Financial Engineering, a sovereign network of world-class specialists, and a trusted gatekeeper to tier-1 capital. This is how IMC delivers it.
Updating a Legacy Feasibility Study — Re-Optimise, Re-Cost, Re-Finance
With copper and gold prices well above the assumptions in many 2012–2016 studies, shelved and marginal projects are economic again. IMC updates legacy feasibility studies end-to-end — a re-optimised Life-of-Mine plan, detailed five-year schedules, a first-principles cost model and a bankable corporate financial model.
Independent Expert Work for Mining Transactions
IMC Mining provides independent expert technical input for mining transactions — capital raisings, IPOs, lender reviews, acquisitions, divestments and board-level investment decisions — combining independent technical assessment, JORC / NI 43-101 / CRIRSCO-aligned reporting, due diligence, valuation support, mine planning, cost modelling and enterprise financial analysis.
Mining Expert Witness & Independent Technical Opinion Services
IMC Mining provides independent technical opinions and expert witness support for mining disputes, transactions and formal proceedings, drawing on deep experience in mine planning, optimisation, cost modelling, feasibility studies, ITRs, due diligence, JORC / NI 43-101 reporting and auditable financial modelling.
From Volume to Value: The Strategic Case for Integrated Mine Planning
How integrated mine planning replaces siloed optimisation with a single value-based framework , using MILP, dynamic cut-off grades, and skin analysis to move beyond undiscounted pit shells toward an NPV-driven plan that connects the pit to the market.
The Total Study Platform — Real-Time, Secure Client Access to Every Part of the Study
Most consultants hand over a PDF and a spreadsheet at the end. IMC gives clients live, real-time access to the running study — to run their own optimisations, cost runs, financial models, block-model work and AI analysis — inside a secure, isolated sandbox.
Defensible RPEEE with Stope Optimisation — Underground and Open-Pit
RPEEE is the test every Mineral Resource must satisfy under JORC and NI 43-101 — too often asserted, rarely demonstrated. For underground resources IMC builds the constraining volume from genuine stope optimisation (a mineable-shape / MSO optimiser); for open-pit, from pseudo-flow pit shells — auditable, reproducible, and signed off by a Competent / Qualified Person.
The Underground Stope Optimiser — Mineable Shape Optimisation From the Block Model
The underground analogue of pit optimisation: IMC’s Mineable Shape Optimiser finds the optimal set of stope shapes from a block model under mining-method and design constraints, feeding RPEEE, scheduling, cost and the financial model.
The Sovereign Consultant Model — Best-Fit Local & Global Experts, Not a Captive Bench
Large consultancies staff from a captive in-house bench against utilisation targets — so their best in-country people are often committed elsewhere and you may not get the A-team. IMC’s sovereign network model hand-picks the best-fit specialists for your deposit, including the leading local, in-country experts for your jurisdiction, under one accountable signatory.
Recent Project Updates — The Integrated Platform in Action (Anonymised)
Three recent, anonymised projects show IMC’s integrated platform across commodities — a copper–gold porphyry, a copper–cobalt project with by-product credits, and a lateritic nickel direct-shipping-ore operation.
One Hood, Full Visibility — The Transparent Strategic Spine That Drives Your Tools
IMC owns the transparent strategic spine — drillhole DB and QA/QC, Hochbaum pseudo-flow pit optimisation, haulage simulation fed into cost, and enterprise finance — and refines the inputs to detailed MILP in Minemax while doing the detailed mine design itself, in-house, in Deswik and Vulcan.
From Block Model to Corporate NPV — One Unbroken, Auditable Chain
IMC delivers a rare, end-to-end chain from truck physics to an audit-ready financial model — per-block haulage cost, through optimisation, scheduling and zero-based MineCost, into a three-statement model exported in the FAST and Modano conventions.
Beyond the Spreadsheet — Enterprise Finance Inside the Engineering Loop
Most mining studies treat finance as a spreadsheet bolted on at the end. IMC embeds enterprise finance — debt, tax, dynamic NPV and three full statements — natively inside the engineering loop.
The Modern Bankable ITR — Tier-1 Trust, Compliant Reporting, Auditable Economics
What genuinely makes an Independent Technical Report bankable in 2026: independence, code compliance, and an auditable link between the mine plan and the financial model.
Choosing an ITR Consultant for a Complex Orebody
How to choose an independent technical consultant for a bankable ITR, PFS or DFS on a complex orebody — gold, copper, nickel, diamonds or polymetallic — and why an integrated, transparent strategic spine now beats the legacy bench-model approach.
Perth Datamine Conference 2025
Presentation on IMC method to bring common sense to study outcomes
MiningIQ Platform Capabilities — Technical Specifications and Features
A complete technical reference for IMC Mining's MiningIQ platform and MineCost engine — covering every module from drillhole database management through to enterprise financial modelling. Updated April 2026.
Mine Planning Software Compared: MiningIQ vs Deswik, Whittle, XPAC, Minemax, Spry and Accumine
An independent capability comparison of the major mine planning, scheduling, haulage simulation, and cost modelling platforms used across the global mining industry in 2026. This guide covers what each tool does, where it fits in the mine study workflow, and where the gaps are — so mining engineers, study managers, and technology teams can make informed decisions.
Enterprise Financial Modelling for Mining — From Cost Model to Investment Committee
How MiningIQ builds structured, auditable financial models that generate complete financial statements, model fiscal regimes across jurisdictions, and deliver board-ready investment committee reports with Bayesian risk analysis — all from a single source of truth.
Haulage Physics Engine — First-Principles Truck Simulation
MiningIQ's haulage physics engine is a segment-by-segment kinematic simulator. There is no averaging, no flat-haul approximation — every gradient change, every corner, every road surface type affects the result. Each truck traverses a route built from 3D haul road profiles, and the engine resolves forces, speeds, and travel times using OEM rimpull and retarder curves. The output is a physics-derived cycle time that feeds directly into pit optimisation, scheduling, fleet sizing, and financial modelling.
Integrated Feasibility Study: From Block Model to Investment Committee
How IMC Mining’s integration program brought first-principles cost modelling, automated financial statements, and Bayesian risk analysis into a client-led feasibility study for a large-scale bulk commodity operation.
The Haulage Module: From Simulation to Optimisation to Costing
A deep technical look at how MiningIQ integrates first-principles haulage physics, pseudo-flow pit optimisation, Numba-accelerated structure arcs, and BZ scheduling into a single vertically integrated pipeline.
AI in Mining Workshop — Expression of Interest
A 5-day hands-on workshop teaching mining engineers to use Python, AI coding assistants, and production-grade tools to transition from spreadsheet-driven workflows to auditable, automated systems — built on the same codebase behind MiningIQ and MineCost.