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Production deployed
Product maturity · Data and deployment requirements
The flight is the easy part. What costs a survey department its week is everything after landing: processing, getting the output onto the grid the pit actually works in, converting it into something a browser can open, and putting it where engineering, geology and operations can all see the same thing. This does all of that on your own hardware, watched, without anybody driving it.
The pipeline
Five stages, none of which needs a person once it is running. Imagery and ground control land in a watched folder and the rest happens on a schedule.
Open-source photogrammetry running on the same server as the rest of the platform. A few hundred images from a flight process in hours on a current GPU, and the imagery can remain on approved mine infrastructure. Compute, storage and processing scope are agreed before deployment, so there is no queue behind somebody else's job.
Operating mines accumulate coordinate systems: a historical pit grid, a plant grid, a grid inherited with an acquisition, and UTM underneath all of it. Output is placed against a surveyed control network with a proper transform, so survey products, fleet positions and dump records land on top of each other rather than near each other.
Raw point clouds and full-resolution rasters are useless to everyone except the person with the workstation. Products are tiled and converted to streaming terrain, so the same surface opens in a browser in the dispatch office, in a truck, and in a meeting.
Finished products are registered as GIS layers automatically and appear on the shared mine map and in the 3D viewer. There is no step where somebody copies a deliverable into a folder and tells people the name of it.
The health portal tracks how long since the last successful publish. A pipeline that quietly stops shows up as a failed check rather than as a map that everybody keeps trusting for another three weeks.
The automated path has no operator, so it records the flight and the run. The manual path does, and it is attributed: a point cloud, orthomosaic or design surface uploaded through the portal is signed by a domain-authenticated user, timestamped, and recorded against the version it replaced. When somebody asks which surface a decision was made against, the answer is a lookup rather than a conversation.
The same layers reach tablets in the field through mobile mapping, offline capable, so the current surface is available in the places where radio is not.
QFieldCloud hosting and a complete design-management backend connect field jobs to the live mine map. The backend automatically updates jobs in QFieldCloud as designs are managed through the map. Expanded DXF validation is also complete and production deployed.
Implementation example
Two of the pieces, running today: the portal that takes a flight through to published products, and the converter that handles coordinate work interactively when somebody needs a one-off answer rather than a pipeline run.
Why the converter exists: the pipeline handles bulk work, but a surveyor, engineer or geologist regularly needs a handful of points moved between grids right now, and the alternative is a spreadsheet somebody built years ago that nobody wants to audit. This reads survey files directly, converts against the same control network the pipeline uses, and exports to CAD, so the interactive answer and the automated answer cannot disagree.
Screenshots from production systems. Site identifiers, serial numbers and personnel details have been altered. Public demos use synthetic data.
Next step
That answer, and how many grid conventions your operation is carrying, is usually the whole scoping conversation. Tell us what you fly and what you pay to process it.
Terrain, GIS & digital twin
Technical services need controlled publication of survey deliverables in an agreed coordinate frame.
Built and running in mine operations. The implementation examples show the workflow and outputs. The Technology & Data Assessment defines the data connections, configuration and acceptance criteria for your mine. Public demonstrations use synthetic data.
Software subscriptions provide platform access and include applicable updates, defect fixes and standard product maintenance. Optional Premium Support is $50,000 CAD per mine annually for additional operational assistance under agreed service terms. Custom development, new integrations, custom reporting, specialized analysis and advanced troubleshooting outside support scope are separately billed consulting at $260 CAD/hour, unless expressly included in a signed agreement. All amounts exclude applicable taxes.
Implementation is quoted for deployment requirements. No consulting hours or Premium Support are automatically bundled with software. Estimate software, support and consulting.
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