One connected digital mining ecosystem
Explore, model, plan, dig, monitor and reconcile — eight stages of one operation on one governed record, not eight packages that email each other spreadsheets.
The mine lifecycle
Explore to reconcile, without the handoff losing anything.
Stage 1 · Explore
Screen the ground
Prospectivity models, imagery and exploration geochemistry narrow a lease to the targets worth drilling.
- Reads
- Tenement boundaries, imagery archives and historical work
- Produces
- Ranked targets and a drilling programme

Watch it work
Twelve applications, filmed doing the job.
Ask for the full narrated walkthrough of any of them.
Geological model · GeoMine Studio
Drillholes to a kriged resource
Groundrush, a public open-file gold project: 113 holes, the ground surface and an ordinary-kriged block model, read in 3D.
Get the full narrated walkthroughWhy it holds together
Geotechnical data reaches the pit design. Actuals reach the model.
Scientific computing, not spreadsheets
50+
Governed compute kernels — the whole chain to a resource statement
3
Epistemic classes every artifact declares: observation, estimate, interpretation
4
Refusal categories, each with its own action
0
Client-side numerics — nothing is recomputed to draw
The applications
15 applications behind 8 live stages.

Data foundation
DataHub

Exploration targeting
Mineral Prospectivity

Exploration geochemistry
GeoChem Studio

Mining & resource modelling
GeoMine Studio

Geotechnical
GeoTech Studio

Mine planning
Open Pit Planning

Drill & blast engineering
Drill & Blast

Production & reconciliation
Grade Control

Recorded mine execution
Mine Operations
Mine fleet records
Fleet Management

Mine water
Mine Dewatering Studio
Groundwater & Hydrogeology
HydroGeo Studio

Tailings & closure
Tailings Studio

Site water accounting
Site Water Account
Enterprise GIS
Plato GIS
Worked end to end
One problem, carried across the platform.
Mining FAQ
What technical teams ask first
Is this one product or several?
One platform, delivered as focused applications. Resource modelling, planning, grade control, ground engineering and mine water are separate applications because those are separate jobs — but they read and write the same governed record, so a number produced in one is the same number the next one uses.
Which stages ship today?
All eight. Drill & Blast and Mine Operations joined in September 2026, closing the last two gaps. Mine Operations records execution and accounts for fleet-system facts; dispatch stays with the site's own fleet management system, by design.
Does it produce a JORC or NI 43-101 resource statement?
It produces the reading, not the sign-off. The chain runs to a classification and a resource statement with tonnage, grade and contained metal by category and cut-off — but the classifier computes from the run's own evidence, asserts no conformance to any reporting code, and every statement is provisional until a Competent Person signs it.
How does a reviewer check a number?
Every result is identified by the hash of its own content, and records the kernel, the input identities, the parameters, the randomness root, the person who ran it, and the toolchain. Re-running the same job returns the same identity, so a figure can be confirmed rather than taken on trust.
Why won't the software fill in some parameters for me?
Because the parameters it refuses to guess are the ones that decide the answer — the variogram, the tail models, the search neighbourhood. A pre-filled dropdown would be a decision nobody actually made, so those fields are required, empty, and each explains why no default exists.
Does it replace the geologist?
No. The interpretation — the stratigraphic column, contact polarity, anisotropy, classification — comes from the geologist and is recorded as their claim. The platform makes that reading geometric, reproducible and reviewable. It does not invent it.





