Geospatial
Geospatial experts turning imagery and point clouds into decisions
We work natively with satellite and aerial imagery, LiDAR, drone capture, parcel data, and mapping APIs, then build the models and tooling that convert all of it into measurements, estimates, and answers.
Capabilities
From raw capture to usable spatial product
Imagery pipelines
Tiling, orthorectification, mosaicking, and change detection across satellite, aerial, and drone sources.
LiDAR & point clouds
Classification, ground filtering, surface modeling, and volumetric analysis on dense point-cloud data.
Automated measurement
Roof planes, pitch, area, setbacks, and obstruction detection extracted automatically for instant estimates.
3D reconstruction & fusion
Multi-source fusion into coherent 3D models suitable for measurement, simulation, and inspection.
Spatial analytics
Territory scoring, site selection, service-area modeling, and demand mapping tied to your own data.
Maps in product
Fast interactive mapping interfaces (vector tiles, clustering, drawing tools), embedded in your app.
Applied
What geospatial unlocks in the real world
- Instant roof measurement and pricing from an address alone, no truck roll to quote
- Solar production and shading estimates driven by 3D obstruction modeling
- Storm and damage assessment across whole neighborhoods from aerial capture
- Property intelligence for real estate: views, terrain, parcel context, and comparables
- Asset inventory and condition monitoring across large distributed portfolios
- Field-ready mobile tools where crews confirm or correct what the model produced
Instant Roofer
We built instant roof measurement and quoting on top of aerial imagery analysis, a geospatial model turned into a self-serve product homeowners use directly.
Data you already own
Most teams sit on years of imagery, inspections, and job records. We turn that history into training data and a durable advantage.
Get started
Bring us a spatial problem
Whether it is measurement automation, imagery at scale, or a 3D pipeline, we will scope a pragmatic first phase.