Quantum Controls mining platform

ARGOS

A drill rig becomes a subsurface scanner.

ARGOS is a surface-mounted sensing and modelling platform that turns the drillstring into a multi-physics measurement path for the rock mass around and ahead of the bit.

Surface packageRig-side hardware designed for existing drilling operations.
Drillstring pathThe installed string becomes the measurement route through the ground.
Live modelMulti-attribute subsurface output updated as drilling proceeds.
Twin feedDepth-tagged data products flow into the mine model.

Product definition

ARGOS is a rig-side sensing and modelling platform.

The system converts routine drilling activity into a structured geological data product. It is built around surface deployment, drillstring-coupled acquisition, multi-physics fusion and virtual-twin update.

Product components

1
Surface sensing packageExternal hardware installed at the rig to inject, receive and reference measurement channels.
2
Drillstring-coupled acquisitionThe drillstring provides the measurement geometry for the formation around the active hole.
3
Model and data outputEach run produces depth-tagged model updates, confidence values and validation-ready records.

Product outputs

Three outputs from one installed platform.

01

Subsurface model

A continuously updated model of the formation around the hole, built from co-registered measurement channels rather than disconnected survey products.

02

Drilling intelligence

Bit-formation response, formation transitions, confidence levels and anomaly windows captured on the time axis of the drilling programme.

03

Virtual-twin data feed

Structured, depth-tagged data that updates the mine model through exploration, development, extraction and processing feedback.

ARGOS surface rig and subsurface imaging model

System architecture

A surface system that connects the drillstring to the mine model.

ARGOS comprises a rig-side package, a drillstring-coupled measurement path, a live subsurface model and a data interface for the virtual twin. The public product layer describes the output and deployment model while the protected sensing and inversion core remains controlled.

Data flow

From rig measurement to model update.

1

Install and baseline

The surface package is installed and referenced to the rig, hole and site measurement geometry.

2

Acquire during drilling

Measurement channels run during drilling activity and natural pause windows.

3

Fuse and score

Signals are converted into model updates with confidence and data-lineage records.

4

Publish to twin

The virtual twin receives depth-tagged updates for geological interpretation and operational planning.

Virtual twin data layer

ARGOS turns drilling into a continuous mine-model update.

ARGOS twin update record

Source holeNIG-07
Depth interval639-648 m
Model confidence82%
Twin updategrade shell + structure
Validation linkcore + assay

Exploration

Each hole adds a modelled volume around the core, co-registered with assay and geological logging.

Mine development

Underground rigs add higher-resolution slices that sharpen the surface exploration model.

Extraction

Bucket and truck measurements compare predicted grade with measured material movement.

Processing closure

Mill assays anchor the truth set and back-propagate calibration through the twin.

Data governance

Validated product outputs without exposing the protected core.

Delivered data layer

  • Hole, depth and timestamp metadata
  • Model update intervals
  • Multi-attribute voxel outputs
  • Confidence and uncertainty values
  • Validation links to core, assay and survey truth

Protected internal layer

  • Receiver architecture
  • Raw signal chain
  • Calibration constants
  • Joint inversion implementation
  • Patent-sensitive physics and system design

Every drill metre becomes live subsurface intelligence.

ARGOS gives drilling teams and resource owners a live model of the ground as work happens, turning routine operations into decision-ready data.

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