Antiquated paleogeological maps, vectorised into a queryable digital corpus.
A cognitive geospatial operating model for historical landmass reconstruction and mineral-exploration intelligence — digitising world maps, sedimentation stages, and orogeny across diverse geological eras into a unified, projection-accurate database.
Centuries of paper geology, turned into a query-ready spatial database for mineral exploration and environmental research.
- Multi-era
- Vectorisation coverage
- Global
- Projection-accurate output
- Integrated
- Chemical & groundwater data
Challenge
A major geological data provider in the UK required a specialised partner to convert antiquated, static paleogeologic maps into a unified, projection-accurate digital database for industrial and research use. Historical records were trapped in old physical formats; converting world-scale historical maps to a common projection without distorting polar and equatorial regions required advanced geospatial logic; and the project demanded high-fidelity integration of disparate data points including chemical signatures, groundwater levels and geological sample contours.
Approach
SBL Infotech’s MMS platform governs the full geological digitisation pipeline: projection standards and data schemas defined for sediment and orogeny layers, a specialised GIS team trained in geological taxonomy and historical map interpretation, manual vectorisation of landmass configurations and sample contours, overlay of chemical and groundwater data with global projection consistency.
Outcome
A planet’s history, rebuilt as a product. The system allows geological organisations to scale their understanding of magnetic fields and tectonic boundaries, turning centuries of fragmented records into a synchronised engine for mineral exploration, environmental monitoring and geotechnical planning.
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