We’re speaking at WTC Montreal
May 17–21
Mine plans are decisions made against the current state of the ground and production targets. When the geological and geotechnical data driving those plans is older than what's been excavated, the plan is working with stale assumptions.
Deswik is where those plans live. The question isn't whether the planning system is capable, it's how up to date the data imported is.
Planning data arrives in Deswik through a chain of manual steps. Geological boundaries are pulled from images, or a spreadsheet. Geotechnical classifications are re-entered from paper logs or tablet notes. The frequency of plan updates is bounded by how long transcription and file transfer takes, not by how fast conditions are changing underground.
Location-based 3D scanning of underground conditions in less than five minutes. HD photo annotation. Offline-first. Accuracy in the 5-10 mm range.


The dataset syncs to Strata where it's georeferenced, mapped, and organized. Every observation links back to the heading, date, and mapper, so when a needs to change later, the source is a click away.
Strata exports georeferenced and mapped textured meshes as OBJ with their MTL material files, and 3D annotations as CSV with full attributes. Early adopters have already set up Deswik process maps to pull structured datasets directly from Strata exports.


Import the current dataset and plan against the actual state of the ground.
Underground. Offline-capable. Five-minute capture with 5-10 mm accuracy on sub-$2k iPad hardware. Mapping isn't a report written later, it's a 3D coloured dataset created in place.
Strata is the structured project record where plan meets reality. Boundaries, classifications, and structural data are structured and exported to the formats Deswik expects, preserving textured meshes, mapped annotations and attributes.
Georeferenced textured meshes (OBJ + MTL), 3D annotations with full attributes (CSV), structural orientation data, and lithological boundary datasets from capture to model. Meshes retain their textures. Coordinates stay intact. Annotation metadata comes through reliably.

This workflow between GroundedAI and Deswik is built for geotechnical engineers, mine planning engineers, and geologists who are working in production.
When a geologist or engineer captures data in Lithos and syncs to Strata, the dataset is export-ready the same day. It removes the requirement for waiting on other departments, such as survey, to georeferenced the datasets and reduces the amount of manual work required to go from data underground to the short-term mine plan.
No. GroundedAI is used for capturing 3D and image data underground and structuring it for whichever downstream system you use. What improves is the quality and how up to date the data is.
Yes. Early adopters working in Deswik have set up process maps to pull structured datasets directly from Strata into their planning workflows.
See how structural mapping connects to the broader GroundedAI platform.
Show us your current planning workflow and we'll walk through what changes when the handoff is connected end to end.