Open Pit Planning
From a Classified Resource Model to a Mineable, Optimized Pit. Open Pit Planning is the newest module of the mining platform, sitting between the resource model the platform already computes and the execution it already reconciles. It carries planning assumptions, economic block valuation, and pit optimization through practical phase design, strategic sequencing, and planning economics — then closes the loop with plan compliance and reconciliation from resource model to actual. Every planning assumption is a declared input, so the economics behind a pit shell can be traced rather than reverse-engineered.
Product positioning
From a Classified Resource Model to a Mineable, Optimized Pit
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.
Target users
How it works
The Open Pit Planning workflow
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.
What it covers
A module of the platform
Open Pit Planning runs on the shared geoscience foundation
Open Pit Planning is one module of the SpatialTechSolutions AI-powered mining geoscience platform — sharing the same governed data foundation, map, certified compute layer, and AI layer as the resource, planning, ground, water, and GIS modules.
See the mining estateEnterprise evaluation
How teams should evaluate Open Pit Planning
A production evaluation should prove technical fit, governance, deployment model, data readiness, and workflow value before procurement.
Deployment fit
Review cloud, self-hosted, ArcGIS-connected, and open-source GIS integration options before implementation.
Governance model
Validate authentication, data access, audit logging, and review controls with technical stakeholders.
Workflow proof
Walk through the Open Pit Planning workflow end to end — from governed data in to the deliverable out — with validation, governance, and provenance checked at each step.
Adoption plan
Define users, training needs, rollout sequence, success metrics, and implementation responsibilities.
Turn your resource model into a mineable plan
Talk to SpatialTechSolutions about product fit, implementation scope, integrations, and deployment support.
Request demo
Turn your resource model into a mineable plan
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.