Platform modules
Six modules on one mining geoscience platform
Each module is a focused application for its stage of the mine lifecycle — resource modelling, ground engineering, mine water, enterprise GIS, data, and field operations — sharing one governed foundation, one map, and one AI layer.
Modules of the platform
A connected set of geoscience modules
Plato GIS, Hydro GeoScientist, GeoTech Scientist, Data Hub, and Fleet Management share a common geoscience foundation, each extending it into a focused operational domain.
Compare products
Choose the product aligned to the operational problem
Plato GIS delivers broad enterprise GIS. Hydro GeoScientist specializes in groundwater and hydrogeology. GeoTech Scientist covers geotechnical investigation. Data Hub is the data foundation, and Fleet Management runs field operations.
Product
Best fit
Core strengths
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.
Drillhole desurveying from collars, surveys, and logged intervalsSample compositing and content-addressed input preparationImplicit geological modelling of contacts and stratigraphic columnsIsosurface extraction into watertight grade and boundary shellsOrdinary kriging with anisotropic variograms and declared search neighbourhoods
Plato GIS
Enterprise Web GIS platform for AI-powered mapping, analysis, data management, remote sensing, and operational spatial workflows.
Enterprise Web GISAI-powered spatial workflows79 registered AI toolsRemote sensing and imagery analyticsSpatial analysis
Hydro GeoScientist
Groundwater and hydrogeology intelligence platform for monitoring wells, well logs, IoT logger integration, recharge analysis, and AI-assisted groundwater decision-making.
Groundwater monitoringIoT well logger integrationWater level, EC, TDS, pressure, and time-series analyticsWell construction visualizationWell logs and correlation
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.
Project and site investigation managementInvestigation mapping of boreholes, trial pits, and in-situ testsIndustry-standard borehole and trial pit logsSPT, CPT/CPTu, and field-test recordsSamples and laboratory test management
Data Hub
Structured data management for the platform — records, imports, editing, audit logs, and governance behind every module.
Structured record managementGeneral and domain-specific data importsIn-place editing with field-level contextWater-level and time-series ingestionAudit logs for governed workflows
Fleet Management
Manage vehicles, drivers, maintenance, dispatch, and live location for the field operations behind geoscience and infrastructure projects.
Vehicle and asset registerDriver records and assignmentsLive map and GPS trackingGeofences and zonesMaintenance scheduling and work orders
Common platform foundation
Shared geospatial foundation, product-specific extensions
SpatialTechSolutions products share platform foundations where appropriate, then extend into product-specific workflows for broad enterprise GIS or groundwater intelligence.
AI agent orchestration
79 registered geospatial tools
Spatial analytics and map production
Remote sensing and imagery integration
Data Hub and data management
Enterprise deployment and integration support
Geophysical survey design and terrain-aware routing
Emerging on the platform
Geophysics — seismic survey design
An early-stage module for planning and modeling seismic surveys, now taking shape alongside the platform's five core products. It doesn't have a dedicated product page yet, but the capability is real.
Predicted illumination under a named earth model — a survey-design and blind-spot-prediction tool, not subsurface imaging.
Draw a survey boundary and generate receiver/shot-station grids with configurable spacing and azimuth over real terrain
Build a named subsurface earth model and run ray-tracing to preview fold and illumination coverage — and spot shadow-zone blind spots — before field mobilization
Check station reachability against real terrain and hand off minimal relocations directly into Fleet Management's route planning
Request demo
Talk to SpatialTechSolutions about the right product for your organization
Request a tailored walkthrough for GeoMine Scientist, GeoTech Scientist, Hydro GeoScientist, or Plato GIS — resource modelling, ground engineering, mine water, remote sensing, Data Hub workflows, and governed AI.