About blueprint

blueprint is a cloud-based platform that enables mining & minerals industry organisations to rapidly model and simulate pathways to maximise resource value across the supply chain, applying business initiatives, technology and alternate mining methods to current and future operations.

It future-proofs operations through integrated energy, carbon and water modelling, novel mining methods and digital transformation. Designed by industry experts in value-chain planning and valuation, it codifies industry-standard economic models for fast idea-to-insight generation.

Find the synergies hiding across your portfolio
Decide where technology pays and where it doesn't
Decarbonise without breaking the business case
Lift value from assets you already own
Align strategy, capital and operations on one set of numbers
Stress-test the deal before you bid

Six high-value applications. One integrated decision platform.

We solve the value chain jointly,

not in sequence

Every lever from resource to market is solved jointly — not in sequence. The model is scenario-driven and can run as a fully stochastic simulation, optimising for value, with Hill of Value and sensitivity analysis quantifying how robust the solution is.

↻ PORTFOLIO OPTIMISATION value-based portfolio optimisation (resource, technology, methodology)
↻ INTEGRATED OPTIMISATION solved jointly, continuously re-evaluated
TECHNOLOGY whole of value chain impact assessment
RESOURCES
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2
3
4
5
6
7
MARKET
Resource
Visualisation
Shell / Stope
Optimisation
Cut-off
Grade
Extraction
& Sorting
Material
Movement
Processing
Logistics
CAPITAL / OPERATING COST underpins every decision in the chain

What the industry does today in six months,

we do in a week

Scenario-driven resource optimisation

Re-optimise the mineable shape as value-chain assumptions change

Value drivers, fully customisable by module

Every value driver across the supply chain can be set deterministically or stochastically, for example, a large copper value chain with multiple concentrator options.

Resource visualised in the platform

The orebody is modelled and visualised directly inside blueprint, not in a separate tool.

Mineable shape optimised as the chain changes

For example, open-pit shape options re-optimised across two different scenarios.

Connect the logical to the spatial

From investment case to fleet and infrastructure selection

Scenario comparison

Mining method, CAPEX, OPEX, revenue, NPV, risked NPV and IRR compared side by side across scenarios. 

Sensitivity waterfall

Baseline NPV broken down by the value drivers that move it most - surface movement, ore inventory, price, OPEX and capacity. 

Fleet and infrastructure selection

Scenario outcomes connect through to fleet electrification and infrastructure placement on the mine plan itself. 

Mining theory in code,

underpinned by techno-economics

The blueprint difference:

  • Cloud-native, dedicated customer instance available
  • Integrated AI assistant for custom set-up and analysis
  • Embedded MILP optimiser — sub-minute solves
  • Native Monte Carlo for full stochastic evaluation
  • High-level, detailed or custom production models
  • Flexible analyst dashboards for every audience