Your GIS analyst,
inside Claude.
GeoEDGE MCP turns Claude Desktop into a spatial analyst. Ask in plain English — it plans the workflow, runs 130+ deterministic GIS tools, and hands back correct, standards-compliant maps and data. No GIS commands, no Python, no wrestling with projections.
One-click install into Claude Desktop. A license key (issued by GeoEDGE) unlocks the tools — find yours here.
The heavy spatial work never touches your context window.
Spatial data is enormous — a single Sentinel-2 tile is over 100 MB, thousands of times larger than an entire LLM context. Asking a model to reason through coordinate math or read raw features token-by-token is slow, expensive and error-prone. GeoEDGE flips that: the model orchestrates, the tools compute.
Geometry and raster operations run in optimised C libraries (GDAL, GEOS), not in tokens. The model never hand-rolls a buffer or a reprojection — so it never spends context "thinking" through spatial arithmetic.
Datasets are held in a stateful layer registry and referenced by name. Rasters and feature collections never get pasted into the prompt — the conversation stays tiny no matter how large the data.
Each tool returns a short, validated summary and a file path — a map, a GeoPackage, a table — instead of dumping thousands of raw coordinates or pixel values back into the chat.
Multi-step analyses run as a single guided workflow. Fewer model turns means fewer tokens, faster answers, and a fully recorded provenance trail.
The result: you can work with gigabyte rasters and thousands of features while your token usage — and your bill — stays flat.
One agent. The whole geospatial workflow.
Buffer, clip, overlay, dissolve, spatial joins, centroids, distances and areas — precise geometry powered by GEOS/Shapely.
NDVI and band math, reproject, clip, resample, merge, hillshade and zonal statistics on gigabyte rasters — via rasterio/GDAL.
Reproject and transform between any CRS with pyproj. Everything lands in the right projection, automatically.
Multi-criteria decision analysis and weighted overlays for site selection — combine constraints into a defensible suitability surface.
Spatial autocorrelation (Moran's I), hot-spot analysis (Getis-Ord), clustering and neighbourhood models with PySAL/esda.
Validate and repair geometries, detect overlaps and gaps, and run proximity checks before results reach a decision.
Read from PostGIS and ArcGIS REST services, and pull public datasets — Sentinel-2 / STAC imagery, OpenStreetMap and more.
Publication-quality static maps and interactive web maps — choropleth, graduated symbols and heatmaps, plus tabular reports.
OGC-conformant outputs validated against a company schema at the boundary — you get clean, compliant data, not raw model text.
Templated multi-step analyses run as one deterministic call — full provenance recorded so every result is traceable.
Ask. It reasons, acts, and verifies.
Type a plain-English question. No syntax, no tool names to remember.
Claude picks the right deterministic GIS tools and runs them in order.
Every output is coerced to the schema and checked before you see it.
A short narrative, plus the formal map, data file and report.
How to get access
- A GeoEDGE administrator issues you a license key.
- Create an account with the same email and find your key on your account page.
- Download the extension and open it in Claude Desktop → Settings → Extensions.
- Paste your key when prompted. The GIS tools unlock — and stay current automatically.
Self-serve subscriptions are coming soon. For now, licenses are provisioned by GeoEDGE staff.
Download the extension, add your license key, and start analysing.