Geospatial data processing
Ingest and prepare imagery and spatial layers so they can be measured and compared.
The system behind the map
A practical stack: maps and imagery in, structured information and decisions out. We keep the language plain so the capability stays clear.
From imagery to decisions
Each stage exists because the next one needs clean inputs. This is how we describe the work, not a claim that every step is fully automated for every customer today.
- Satellite and aerial imagery
- Geospatial processing
- Computer vision and AI
- Measurements
- Spatial information systems
- Actionable decisions
Capabilities
Computer vision
Detect surfaces and features in aerial views that teams otherwise mark by hand.
AI-assisted analysis
Assist operators with analysis that still stays inspectable and editable.
Mapping
Keep location context visible while people review measurements and boundaries.
Automated measurements
Produce area and length quantities from imagery and spatial geometry.
Spatial information systems
Store and query location-backed measurements as structured records.
APIs
Expose product capability through an API-driven architecture.
Cloud infrastructure
Run processing and delivery on cloud infrastructure built for web software.
Our process
A six-step workflow keeps accuracy, review, and delivery transparent from first scoping call to final output.
- 01
Scope
Define objectives, area of interest, and the accuracy the job requires.
- 02
Capture
Gather data from aerial imagery, satellite sources, survey inputs, and existing GIS layers.
- 03
Process
Convert raw data into clean, structured, consistently referenced formats.
- 04
Review
Share preliminary results so measurements and boundaries can be validated.
- 05
Extract
Collect detailed features and quantities with AI assistance and human checks.
- 06
Deliver
Provide outputs that are ready to use in estimating, planning, and operations.
Frequently asked questions
What are geospatial services, and why do they matter?
They involve collecting, analyzing, and visualizing spatial data to understand patterns and relationships. They support planning, infrastructure, land management, and environmental monitoring.
What is photogrammetry used for?
Photogrammetry extracts 3D information from overlapping images. It is used in mapping, construction planning, and volume and area measurement.
How does LiDAR differ from traditional surveying?
LiDAR uses laser pulses to capture elevation and shape data over large areas quickly, including terrain that is hard to reach on foot.
How can GIS help urban and property teams?
GIS lets teams visualize and manage boundaries, utilities, and property records in one place, which supports planning, assessment, and service delivery.
How accurate are the outputs?
Accuracy depends on the source data and project requirements. We scope the expected accuracy up front and keep results reviewable so teams can verify them.