Geo-AI Agent for Vector GIS

Automate vector GIS.
Keep the evidence.

Omniterra turns repetitive vector GIS work into a browser-local decision loop: import data, ask the agent for the spatial job, edit the map and table, validate the workflow, and export a result with a receipt.

Light grayscale vector GIS linework with lime selected parcels and a dashed workflow path.
Private workspace
Local

Run everyday vector edits and analysis in the browser before escalating heavier jobs.

GIS operations
80+

Import, clean, edit, filter, join, buffer, clip, dissolve, summarize, score, validate, and export.

GIS standards
Open

Use GeoJSON, GeoParquet, Parquet, CSV, JSON, WKT, and cataloged open-data sources.

One workspace
Map + Table

Keep geometry, attributes, selections, styling, and exports in one browser session.

Workflow drafts
AI

Natural language becomes validated workflow JSON before the browser changes the workspace.

Portable handoff
Evidence

Export the finished layer or full workspace with lineage, validation notes, and a review synopsis.

01 / Browser Runtime

A real GIS runtime, loaded in the browser.

The runtime keeps everyday vector work browser-local first, so teams can run serious spatial jobs without opening desktop GIS or standing up a geospatial server.
BrowserLocal
->

Run real vector GIS in the browser

Run spatial joins, overlays, filters, summaries, and exports locally so teams can work quickly without sending every layer to a server first.

PersistentLocal
->

Keep source data local by default

The workspace can persist in browser storage, reopen after reload, and warn when a portable backup is needed.

Same CoreServer
->

Escalate only heavy jobs

The same workflow contract can run in browser, local server runtime, or hosted power runtime when routing, large jobs, or native adapters require it.

GeoParquetOpen
->

Use open vector artifacts

GeoParquet, GeoJSON, Parquet, CSV, JSON, and WKT CSV keep the result portable for GIS teams, data teams, and downstream systems.

CellsHotspots
->

Aggregate to stable spatial cells

Cell-based aggregation turns points, events, and assets into comparable hotspot and coverage layers.

RoutesNetwork
->

Bring travel cost into the workflow

Network-aware analysis supports route outputs now and opens the path to matrices, isochrones, and service-area decisions.

02 / Vector Editor

Import, edit, analyze, and rank in one workspace.

Replace repetitive desktop GIS chains with a map and table workspace that can clean geometry, transform CRS, edit attributes, run overlays, summarize layers, score candidates, and export the finished result.
ImportProfile
->

Drop files and start working

Import GeoJSON, CSV, GeoParquet, Parquet, spatial files, OSM-style sources, and curated open-data layers into one browser workspace.

DrawEdit
->

Edit geometry and attributes

Draw points, lines, and polygons on the map, update scalar fields in the table, and commit changes as derived workflow-backed layers.

CRSRepair
->

Clean messy vector data

Assign or transform CRS, detect invalid geometry, repair polygons, filter geometry types, simplify, snap, polygonize, and normalize the source.

JoinOverlay
->

Replace common desktop GIS chains

Run spatial joins, nearest joins, field joins, buffers, clips, intersections, unions, differences, dissolves, and polygon summaries.

ScoreRank
->

Turn analysis into ranked decisions

Calculate fields, score weighted factors, run rule checks, and produce shortlist layers for sites, assets, incidents, territories, or corridors.

StylePreview
->

Inspect the result immediately

Render layers on the map, style by category or metric, inspect preview rows, and keep the selected layer visible across map, table, and overview.

03 / Agentic Workflow

Ask for the spatial job. Run the validated workflow.

The agent gets a compact view of the workspace and a typed operation catalog. It drafts the workflow; the runtime validates, repairs, and executes it deterministically.
ChatJSON
->

Ask for the geospatial job

The chat rail can draft a workflow from a business request, source requirements, selected layer, and current workspace context.

ValidateRepair
->

Validate before execution

Every model-authored workflow is checked against schemas, known operations, input refs, runtime support, safety policy, and repair hints before it runs.

CatalogShared
->

One operation catalog for every surface

The browser, model proxy, CLI, MCP server, local runtime, tests, and docs all draw from the same operation definitions.

CLIMCP
->

Automate the same workflows

Operators and agents can list operations, describe tools, validate workflows, run workflows, inspect workspace status, and preview layers.

ContextSynopsis
->

Give the model spatial context

Layer contracts and compact spatial synopsis give the planner row counts, geometry type, CRS, bbox, fields, join candidates, and quality warnings.

No SQL FirstSafe
->

Keep SQL out of the main user path

The model chooses typed operations and parameters. The compiler writes SQL, loads required extensions, and keeps execution deterministic.

Bring one workflow.
Leave with a vector decision loop.

Start with a repeated vector GIS workflow your team still runs across desktop GIS, spreadsheets, and manual review.

Send the data shape, the decision, and the output your team needs. We will scope a Geo-AI Agent for Vector GIS pilot for browser-local vector editing, agentic workflow drafting, or evidence-backed export.

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