Technology
Scientific computing, GIS and AI on one governed record.
A mine is a geoscience problem before it is anything else. Exploration, resource modelling, pit planning, grade control, ground engineering, mine water and tailings run on one governed record — so every number a decision rests on traces back to the data that produced it.
- 10
- Applications on one governed platform
- 30+
- Compute kernels — drillholes to a resource statement
- 79+
- Registered tools an AI agent can call
- 100%
- Browser-based — nothing to install
Shared foundation
What every application stands on.
Reproducible by construction
A reviewer can check the number, not just read it.
The geostatistics runs on a separate governed compute engine — 30+ kernels carrying a deposit from desurveying and QA/QC through estimation and simulation to a resource statement. Re-run a job and you get the same answer, bit for bit.
Deterministic by declaration
Kernels declare a determinism class and an execution class, and a job whose declared policy disagrees with the kernel's is refused before anything runs.
Reproducible to the bit
The same job returns the same artifact identity — numerical behaviour is a contract down to the order of floating-point operations, and worker count or restart changes nothing.
Verified on every read
Stored artifacts are content-addressed and re-verified when retrieved — a tampered byte or a dangling reference is an error, not a silent answer.
Applications
10 focused applications, one foundation.
Mining & resource modelling
GeoMine Scientist
Drillhole data, implicit geological models, kriged block models, conditional simulation, and grade–tonnage reporting — every result carrying the job, parameters, and inputs that produced it.
Exploration geochemistry
GeoChem Scientist
Manage, quality-control, and interpret geochemical assay data — from lab certificates and reference materials to CIPW norms, multi-element diagrams, and population analysis.
Mine planning
Open Pit Planning
The mine-technical planning module between the resource model and execution — planning parameters, economic block valuation, pit optimization, phase design, sequencing, and resource-to-actual reconciliation.
Production & reconciliation
Grade Control
Answer what is in the ground, where its boundary lies, where the material went, and whether the numbers add up — from grade-control sampling to dig-lines, dispatch, stockpiles, and reconciliation.
Mine water
Mine Dewatering Scientist
The mine-specific groundwater-control module — inflow forecasting, drawdown and depressurization, pumping and well design, water balance, mine-stage readiness, and risk.
Tailings & closure
Tailings Scientist
Manage the tailings storage facility across its lifecycle — deposition, instrumentation and surveillance, stability, water balance, risk, and dam-safety compliance.
Enterprise GIS
Plato GIS
Enterprise Web GIS platform for AI-powered mapping, analysis, data management, remote sensing, and operational spatial workflows.
Groundwater & Hydrogeology
Hydro GeoScientist
Groundwater and hydrogeology intelligence platform for monitoring wells, well logs, IoT logger integration, recharge analysis, and AI-assisted groundwater decision-making.
Geotechnical
GeoTech Scientist
A connected platform for geotechnical investigation — projects, boreholes, in-situ and laboratory tests, logs, GIS, cross sections, 3D ground models, and engineering interpretation in one place.
Data foundation
Data Hub
Structured data management for the platform — records, imports, editing, audit logs, and governance behind every module.
Platform brochure
A print-ready overview to share with technical and executive stakeholders.
Download PDFSee it on your data.
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