IMAGERY · LIDAR · THERMAL
Raw captures. Useful geospatial products.
Turn aerial collections into orthomosaics, elevation products, classified point clouds and 3D models. Build a processing workflow around your sensors and deliverables, with source quality visible at every step.
FEATURE / 02
UAS data processing
- Photogrammetry
- LiDAR classification
- Terrain deliverables
- Radiometric thermal
CAPABILITIES
More than a photo-to-map pipeline.
Combine sensor-specific tools with a GIS workspace so the output becomes part of the analysis, rather than the end of the job.
Photogrammetry
Use an installed OpenDroneMap engine to create orthophotos, surface and terrain models, and textured meshes from supported camera collections.
LiDAR classification
Process LAS, LAZ and COPC workflows with ground classification and height-based classes. Choose parameters that reflect the terrain.
Terrain deliverables
Derive contours, terrain grids and TIN products. Prepare exports for GIS, CAD and downstream engineering workflows.
Radiometric thermal
Decode supported FLIR and DJI radiometric imagery into temperature products, hotspot features and inspection reports.
Video to reconstruction
Sample supported video and bind available flight metadata to prepare image collections for the reconstruction pipeline.
Quality in context
Inspect available calibration statistics, reprojection error and RTK metadata. Identify missing metadata before relying on a product.
THE WORKFLOW
A clear path through the work.
Intake
01
Bring the collection and its available metadata.
Configure
02
Select an engine and output profile.
Run
03
Follow job progress and review diagnostics.
Inspect
04
Open results in their spatial context.
THE RESULT
Outputs that keep working after processing.
Use map-ready raster products, point clouds and meshes alongside vector observations and project context. For engineering handoff, choose the required reference system and output format at the start.
WHAT YOUR TEAM TAKES FORWARD
- Raster and terrain products for analysis
- Classified point clouds and textured models
- GIS and CAD exports suited to the receiving workflow
AVAILABILITY & WORKFLOW SCOPE
Processing depends on installed engines, supported source profiles and deployment configuration. The private cloud pilot currently qualifies a narrower raster workflow; broader engine capabilities do not imply cloud-pilot availability.
QUESTIONS, ANSWERED
A few useful details.
Can we use data from different drone vendors?
The processing tools use supported file and metadata formats rather than a single aircraft brand. A sample-data review confirms compatibility with your camera, scanner and producer software.
Is photogrammetry built into every deployment?
Photogrammetry uses an optional configured OpenDroneMap engine. Engine availability and processing hardware are part of the deployment plan.
BRING YOUR NEXT PROJECT
Let’s connect your workflow.
Start with a collection, an operational challenge or a deliverable. We’ll help map the path from capture to a useful result.
dronescoutCLOUD
From aerial collections to shared operational understanding.
By Tech Maven Geospatial
TMG Home ↗
Free companion apps
Contact the team
© 2026 Tech Maven Geospatial. Drone Scout Cloud.
Free companion apps; hosted services and enterprise editions are separate. Cloud workspace available for pilot evaluation.