Imagery question-answering
Ask plain-English questions of aerial, drone, satellite, or inspection imagery and get answers with confidence and caveats.

GIS automation, GeoAI, imagery QA, and repeatable spatial reports
We start with the decision your team keeps making by hand, show you a working example of the result, then build the smallest reusable pipeline, report, dashboard, or review queue that takes the manual work out of it.
GeoAI first
Spatial Need, Foot Traffic, and naipai show the decision before the custom build.
Real data sources
Census, Overture, Foursquare, FHWA/NBI, SDOT sign records, imagery, and GIS exports.
Reusable handoff
Runbook, QA states, source notes, and export formats are part of the deliverable.
See it working
Live tools built with the same methods we use in client automation: maps, reports, imagery answers, source notes, and export paths you can inspect today.
What gets automated
The right first phase is usually not a giant platform. It is one repeatable workflow with clear inputs, validation checks, output formats, and human review points.
Scope my workflowAsk plain-English questions of aerial, drone, satellite, or inspection imagery and get answers with confidence and caveats.
Turn an address, parcel list, or corridor into repeatable reports with maps, evidence tables, assumptions, and exports.
Move from raw imagery to reviewed labels, geolocation fixes, QA logs, and final GeoJSON or customer-schema delivery.
Package bridge, clearance, access, staging, and field constraints into a reviewable route or arrival workflow.
Standardize Survey123, KoboToolbox, ODK, spreadsheets, shapefiles, and API pulls into one operational view.
Automate joins, buffers, overlays, styling, exports, report packets, and reviewer states so maps stop being rebuilt by hand.
How we engage
Each step gives you something to judge before the next: the question, a working example, the smallest automated slice, then the repeatable system.
What decision repeats: where to open, what changed in imagery, which records need QA, what route is acceptable, or which assets need review?
We point you to the closest live example (Spatial Need, Foot Traffic, naipai, annotation QA, or route intelligence) so you can see the shape of the result first.
Define inputs, assumptions, data source notes, validation checks, output format, and the first production deliverable.
Deliver the pipeline, dashboard, report, export, or review queue with a runbook and clear human review points.
Real data and outputs
What comes in, what gets checked, and what comes out, for the kinds of automation we build. Real operational data, not generic AI claims.
Census context, place listings, amenity coverage, hex-grid scoring, saved/shared analyses
Foursquare popularity, Overture Places, radius-based trade areas, ranked nearby places
Aerial, drone, satellite, inspection, or custom imagery with answer confidence and caveats
FHWA/NBI bridge records, route alternatives, access constraints, explicit no-status states
Street-level imagery, QA decisions, GeoJSON, COCO, KITTI, Mapillary, or customer schema
Annotation handoff
Automation often creates a review queue that still needs human-in-the-loop extraction, QA, and GIS delivery. These demos show how we handle that part. Review the commercial annotation and GIS QA scope.
Start with the next usable decision
We will map the inputs, choose the closest proof route, define the first deliverable, and separate what the system can automate from what still needs human review.
Implementation stack
We choose the stack around the job: browser maps for decision surfaces, spatial databases for reliable data, Python and GIS libraries for analysis, and annotation tools when imagery needs reviewer-ready labels.
QGIS
GIS Software
ESRI ArcGIS
GIS Platform
PostgreSQL
Database
PostGIS
Spatial Database
AWS
Cloud Platform
Google Cloud
Cloud Platform
DuckDB
Analytics Database
OpenAI
AI Platform
Claude AI
AI Assistant
CVAT
Annotation Tool
Python
Programming
React
Frontend
Node.js
Backend
Docker
Containerization
Kubernetes
Orchestration
Azure
Cloud Platform
TensorFlow
Machine Learning
Pandas
Data Analysis
NumPy
Scientific Computing
Jupyter
Data Science
Git
Version Control
Linux
Operating System
Ubuntu
Operating System
Mapbox
Mapping Platform
Leaflet
Web Mapping
Fastapi
API Framework
GeoPandas
Geospatial Analysis
GDAL
Geospatial Library