Geospatial Solutions

GIS automation, GeoAI, imagery QA, and repeatable spatial reports

Turn one-off GIS work into a repeatable decision system.

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.

01

GeoAI first

Spatial Need, Foot Traffic, and naipai show the decision before the custom build.

02

Real data sources

Census, Overture, Foursquare, FHWA/NBI, SDOT sign records, imagery, and GIS exports.

03

Reusable handoff

Runbook, QA states, source notes, and export formats are part of the deliverable.

See it working

Try a working example before we scope yours.

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

A practical menu for GIS work that keeps coming back.

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 workflow

Imagery question-answering

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

Location report generation

Turn an address, parcel list, or corridor into repeatable reports with maps, evidence tables, assumptions, and exports.

Annotation QA pipelines

Move from raw imagery to reviewed labels, geolocation fixes, QA logs, and final GeoJSON or customer-schema delivery.

Route and access checks

Package bridge, clearance, access, staging, and field constraints into a reviewable route or arrival workflow.

Field data to dashboard

Standardize Survey123, KoboToolbox, ODK, spreadsheets, shapefiles, and API pulls into one operational view.

Recurring map production

Automate joins, buffers, overlays, styling, exports, report packets, and reviewer states so maps stop being rebuilt by hand.

How we engage

From first example to a workflow you own.

Each step gives you something to judge before the next: the question, a working example, the smallest automated slice, then the repeatable system.

01

Name the decision that repeats

What decision repeats: where to open, what changed in imagery, which records need QA, what route is acceptable, or which assets need review?

02

Start with a proof route

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.

03

Scope the first automated slice

Define inputs, assumptions, data source notes, validation checks, output format, and the first production deliverable.

04

Ship the repeatable workflow

Deliver the pipeline, dashboard, report, export, or review queue with a runbook and clear human review points.

Real data and outputs

See exactly what goes in and what comes out.

What comes in, what gets checked, and what comes out, for the kinds of automation we build. Real operational data, not generic AI claims.

GeoAI need scoring

Census context, place listings, amenity coverage, hex-grid scoring, saved/shared analyses

Foot traffic reporting

Foursquare popularity, Overture Places, radius-based trade areas, ranked nearby places

Imagery chat

Aerial, drone, satellite, inspection, or custom imagery with answer confidence and caveats

Transportation review

FHWA/NBI bridge records, route alternatives, access constraints, explicit no-status states

Annotation delivery

Street-level imagery, QA decisions, GeoJSON, COCO, KITTI, Mapillary, or customer schema

Annotation handoff

When the automation needs labeled data

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

Bring the repetitive GIS work. Leave with the first automation build path.

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

Technologies We Work With

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