BigGeo puts geophysical survey data, including seismic, gravity, and magnetic layers, into a single spatial environment where interpretation is instant and drilling targets become defensible. For the first time, your exploration team can cross-reference subsurface anomalies against surface context, land tenure, and infrastructure without waiting on a GIS specialist.
Most data vendors sell you a national license to millions of records you will never contact. BigGeo works differently.You tell us where you sell, and we cut you exactly that geographic slice of the dataset. A single city.
A cluster of ZIP codes. A metro area. A county. Whatever matches your territory. The result is a lean, CRM-ready file containing only the companies in the markets you actually work, delivered at a fraction of the cost of a full national license.
Geophysical practitioners are sitting on high-value subsurface data that is almost impossible to act on quickly. Seismic lines, gravity grids, and magnetic anomaly maps live in separate formats, separate software, and separate workflows. By the time everything is stitched together and spatially contextualized, the interpretation window has closed or the capital decision has already been made without you.
Seismic data is spatially indexed and queryable at the line or grid level, so you can immediately cross-reference subsurface structure with surface features, infrastructure corridors, and land access constraints without leaving the platform.
Gravity and magnetic field outputs are co-registered with seismic layers, enabling composite anomaly interpretation that would previously require dedicated processing software and a specialist to run it.
Interpreted deposit extents are stored as spatial objects, not static images, so exploration teams can query boundaries, calculate areas, and rank targets by size and access without a separate mapping workflow.
All survey methods feed into a single spatial environment in DataLab, so geologists, geophysicists, and engineers are always working from the same interpreted picture rather than reconciling outputs from three different software packages.
BigGeo AI is the AI access point to governed spatial data and it works directly inside ChatGPT and Claude today. Instead of queuing a data request or opening three pieces of software, an exploration practitioner can ask a plain language question about any survey area and get a spatially grounded answer in seconds, backed by real data, not training-data approximations. The interpretation work that used to take a GIS analyst a day now happens in the time it takes to type a question.