Turn Issued Dig Limits into Governed Execution Records. Mine Operations records how the mine actually ran, shift by shift. It starts from a declared shift target and an issued dig limit, checks readiness, records a named authorisation, and captures execution, delays, exceptions and handover. It ingests fleet-system facts — time usage, cycles, payload and delays — and accounts for them against the plan, so plan-to-actual is a measured comparison rather than a spreadsheet exercise. It does not dispatch: the site's fleet management system stays the dispatcher.
Product positioning
Shifts, declared targets, readiness against the issued dig limit, authorisation, execution records, delays, exceptions and handover — with plan-to-actual by shift.
How it works
Shifts, declared targets, readiness against the issued dig limit, authorisation, execution records, delays, exceptions and handover — with plan-to-actual by shift.
A module of the platform
Mine Operations 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
A production evaluation should prove technical fit, governance, deployment model, data readiness, and workflow value before procurement.
Review cloud, self-hosted, ArcGIS-connected, and open-source GIS integration options before implementation.
Validate authentication, data access, audit logging, and review controls with technical stakeholders.
Walk through the Mine Operations workflow end to end — from governed data in to the deliverable out — with validation, governance, and provenance checked at each step.
Define users, training needs, rollout sequence, success metrics, and implementation responsibilities.
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Talk to us about product fit, implementation scope, integrations, and deployment support.