Our Work

Bringing legacy data to life.

Before and after: three examples of what becomes possible when locked legacy data is properly recovered - captured at pace, verified by geoscientists, and delivered in the formats your exploration systems expect.

CASE 01 - DRILL LOGS

Handwritten field logs, structured for the database

Interval lithology and mineralisation data extracted from handwritten field logs into a structured, standardised database - with specialist review ensuring geological consistency throughout. Data templates are entirely flexible to client needs, so records drop straight into your existing drillhole database.

Before - handwritten drill log Scanned handwritten drill log with interval lithology and graphic log columns
✓ After - standardised database The same drill log content as a structured database table with hole ID, depth intervals, lithology and descriptions
CASE 02 - 3D DATA CAPTURE

Underground mine channel sampling, recovered into 3D

Channel sample assay data captured from hand-annotated underground mine plans across multiple levels, georeferenced to mine survey control and loaded into a 3D viewing environment. Au-assay results that existed only as pencil annotations on paper are now navigable in three dimensions - visible, queryable, and ready for resource estimation workflows.

Before - hand-annotated underground mine plan Hand-annotated underground mine plan with channel sample assay values and location callout
✓ After - georeferenced 3D data
CASE 03 - GEOREFERENCING

A geological plan with no coordinates, located with confidence

A 1970s geological plan carrying no coordinate data, georeferenced by matching drainage and topographic features to current satellite imagery. Positional confidence fully documented - so every polygon on the plan can be used, and defended, in a modern GIS.

Before - unlocated paper plan Scanned 1970s geological plan with hand-coloured units and no coordinate grid
✓ After - georeferenced to imagery The same geological plan georeferenced and draped over current satellite imagery
CASE 04 - GEOPHYSICS

1970s IP pseudosections, made inversion-ready

Hand-drawn induced polarisation pseudosections from a 1970s survey - digitised, re-plotted and reformatted for modern 2D inversion modelling. Data that was uninterpretable in its original form is now inversion-ready, and a costly survey to reacquire is back in the targeting workflow.

Before - hand-drawn field original Hand-drawn induced polarisation pseudosection from a 1970s survey, faded contours on gridded paper
✓ After - digitised & re-plotted The same IP data digitised and re-plotted as coloured pseudosections, formatted for 2D inversion modelling

Show us your hardest dataset.

Faded scans, handwriting, missing coordinates - this is exactly the material our workflow was built for. Send a sample and we'll show you what's recoverable.

Send a sample