osmable

To retrieve OpenStreetMap POI data, you can use a deterministic CLI workflow that enforces area boundaries via the --within flag. It automates POI count and fetch operations, outputting structured GeoJSON files for map generation without ad-hoc curl calls.

An isochrone map defines a reachable area within a specific travel time limit. You can generate one from OpenStreetMap data by executing a dedicated CLI isochrone command, which calculates and returns the geographic boundary for routing and geospatial analysis workflows.

You can automate geocoding and routing tasks by utilizing a structured CLI workflow that exposes dedicated commands for geocoding, reverse geocoding, and routing. This provides deterministic outputs directly to your AI agent, eliminating the need for custom API scripts.

A POI fetch command returns zero results when the --within parameter is not properly configured or the area resolution fails. The workflow requires --within for POI operations and includes a fallback mechanism using area of interest resolution to retry the data retrieval.

The best way to validate OpenStreetMap connections and diagnose fetching errors is to run a health-check command. This doctor mechanism captures errors, checks API status, and provides fallback options like scripted or browser-based GeoJSON fetching when needed.

Yes, you can extract park boundaries from OpenStreetMap and save them as GeoJSON. The workflow runs a dedicated park data pipeline that fetches the data and stores the output directly to a public/parks.geojson file for downstream map UI integration.