Site information was fragmented
Large image sets, manual measurements, and disconnected updates made it difficult for teams to understand current conditions and communicate progress consistently.
SPATIAL RAG / PHOTOGRAMMETRY INTELLIGENCE
Turn drone imagery into measurable spatial intelligence.
Transform drone imagery into accurate 3D models, textured meshes, orthophotos, site measurements, progress intelligence, and export-ready reports with kalkiGen.
SPATIAL APPLICATIONS
- Product inspection and visualisation
- Construction progress
- Railway corridor surveys
- Building documentation
- Large-site mapping and reporting
PHOTOGRAMMETRY PROJECT EXAMPLE
A measurable digital twin for a complex infrastructure site.
A spatial workflow designed to turn repeat drone surveys into a shared, visual record of site conditions, quantities, and progress.
One spatial intelligence workspace
Drone captures were processed into a georeferenced point cloud, textured 3D mesh, orthophoto, and measurement environment with comparable survey dates.
Clearer decisions from visual evidence
Project teams could inspect the same site model, calculate distance, area, and volume, track change, and produce practical reports without repeated manual interpretation.
A practical spatial workflow from flight to decision.
Capture the site
Plan repeatable drone flights and collect overlapping imagery, location data, and ground-control information.
Process the spatial data
Align imagery and generate point clouds, accurate 3D models, textured meshes, digital surfaces, and orthophotos.
Measure and compare
Use distance, area, elevation, and volume tools, then compare surveys to understand progress and change.
Review and report
Add annotations, organise findings, and export maps, measurements, visuals, and progress reports for stakeholders.
DATA QUALITY & DELIVERY
Spatial outputs built for practical use.
The platform and processing workflow are shaped around the site's accuracy, access, performance, and reporting requirements.
Georeferenced outputs
Ground control and coordinate requirements are incorporated to support reliable mapping and measurement.
Traceable surveys
Capture dates, processing status, model versions, and report outputs remain organised for comparison.
Controlled access
Project imagery, models, measurements, and reports can be shared according to team responsibilities.
Useful exports
Orthophotos, meshes, point clouds, measurements, screenshots, and reports are prepared for real project workflows.
BUILD FROM YOUR SITE DATA
Turn aerial captures into useful project intelligence.
Tell us about your site, capture process, accuracy needs, measurements, and reporting workflow. We will shape the right photogrammetry and spatial platform around it.
Discuss your spatial projectDrone photogrammetry,
answered.
How kalkiGen turns drone imagery into 3D models, orthophotos, measurements and searchable site intelligence.
01What is drone photogrammetry?
Photogrammetry reconstructs accurate 3D geometry from overlapping drone photographs, producing 3D models, textured meshes, point clouds and orthophotos of a site.
02What outputs do you deliver from drone imagery?
Typical outputs include 3D models, textured meshes, orthomosaic maps, distance, area and volume measurements, progress comparisons and practical site reports.
03Which industries do you work with?
We support construction, railways, buildings and large infrastructure or industrial sites where accurate, repeatable site documentation matters.
04What is Spatial RAG?
Spatial RAG connects 3D site data, imagery and documents to an AI assistant, so teams can ask questions about a site and get answers grounded in its own data.
05Can you process drone imagery we have already captured?
Yes. Existing imagery can be assessed for overlap, resolution and coverage, then processed into models and reports, with advice if any area needs to be recaptured.
06Can site data be compared over time?
Yes. Repeat captures can be aligned to show construction progress, volume changes and differences between survey dates.