EMBEDEARTH / SEARCH API
Logistics Hub Search API
Identify freight hubs from the concentration of warehouses, ports, airports, rail, highways, and industrial land.
LIVE QUERY SHAPE
→ filter by area
→ rank by context
→ return geometry
Logistics Hubs Search API Built for Geographic Queries
Use EDK as a logistics hub API for radius search, bounding boxes, polygons, viewports, and named places. Return coordinates, geometry, metadata, and map-ready results in one response. Developers can search logistics hubs across a neighborhood or an entire region without maintaining a separate geospatial index.
Give AI Agents Real Logistics Hubs Tools
Expose logistics hub API, routing, map, and compute operations through MCP so an AI agent can perform geographic work instead of approximating it in language. The model can find logistics hubs, compare them with warehouses and ports, calculate proximity or access, and return structured results.
Search Logistics Hubs by Travel Time, Detour, or Route
Turn the road, walking, or cycling network into a filter for logistics hubs. Search by drive time, walking time, detour threshold, or route corridor instead of a circular radius. A route-aware logistics hub API can answer which locations are practically reachable, not merely geographically close.
Build a Logistics Hubs Map from Live Geographic Queries
Render logistics hubs as points, lines, polygons, clusters, or density layers depending on the source geometry. The map can re-query the visible bounds as users pan and zoom, then fetch nearby warehouses or ports on selection. Search state and map state stay connected.
Who Uses Logistics Hubs Location Intelligence?
Mobility teams, carriers, logistics operators, planners, and travel products can use freight hub GIS data to understand access and network position. Routing and corridor search make the layer operational, while maps and Compute support planning, coverage analysis, and infrastructure decisions.
Model the Logistics Hubs Network, Not Just Individual Locations
Analyze how logistics hubs relate to one another and to warehouses, ports, airports. Measure spacing, connectivity, gateway access, or coverage across a region. For network-heavy infrastructure, EDK can turn isolated locations into a geographic system that supports planning, operations, and investment analysis.
Stream Logistics Hubs Map Data with Vector Tiles
Use vector tiles when a logistics network map needs to cover thousands or millions of features. EDK loads only the logistics hubs inside the visible map tiles, reducing browser payloads while preserving styling and interaction. The same layer can support local inspection, regional dashboards, and broader geographic coverage.
Use Logistics Hubs from API, SDK, CLI, or MCP
Start with logistics hub API and add only the EDK primitives the product needs: geocoding, maps, routing, vector tiles, spatial compute, or MCP. Teams can keep one logistics hubs model across browser experiences, backend services, pipelines, and AI workflows.
ONE GEOGRAPHIC WORKFLOW
Search, map, route, and compute with EDK.
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