EMBEDEARTH / SEARCH API

Scrap Yard Search API

Find scrap yards near industrial districts, steel mills, roads, rail, and recycling facilities.

LIVE QUERY SHAPE

search(feature)
→ filter by area
→ rank by context
→ return geometry
core search

Search Scrap Yards by Region, Radius, Polygon, or Viewport

Search scrap yards by geography instead of relying on text alone. EDK supports regional search, bounding boxes, polygons, radii, and viewport queries, making scrap yard API useful for local discovery, infrastructure research, and programmatic geographic analysis.

site selection

Use Scrap Yards Data for Site Selection

Screen candidate areas against industrial areas, steel mills, roads, rail. EDK can apply buffers, distance thresholds, travel-time access, exclusions, and weighted proximity to build a repeatable scrap yards site-selection workflow rather than a static map review.

supply chain

Connect Scrap Yards to the Supply Chain Around Them

Link scrap yards to industrial areas, steel mills, roads, rail and measure the routes between them. EDK can support scrap supply network analysis, helping teams see where production, storage, processing, transport, and demand are concentrated in the same geographic workflow.

tiles

Serve Scrap Yards as Vector Tiles at Large Scale

When a scrap metal map covers thousands or millions of features, load only the geography visible at the current zoom and viewport. EDK vector tiles keep broad scrap yards layers lightweight while preserving styling and interaction for regional or national maps.

network

Model the Scrap Yards Network, Not Just Individual Features

Analyze how scrap yards connect to industrial areas, steel mills, roads. Measure spacing, service relationships, gateway access, or network proximity across a region. This turns scrap yard GIS data into a geographic system for planning and operations instead of a collection of disconnected points.

risk

Screen Risk and Constraints Around Scrap Yards

Overlay scrap yards with population, environmental, hazard, or infrastructure layers to identify constraints early. EDK can compute buffers, intersections, proximity, and exposure, turning scrap yard GIS data into a reproducible risk-screening layer for planning and due diligence.

developers

A Developer Stack for Scrap Yards Search and Maps

Start with scrap yard API and add only the EDK primitives the product needs: geocoding, maps, routing, tiles, spatial compute, or agent tools. Teams can keep one scrap yards model across browser experiences, services, pipelines, and AI workflows.

maps

Turn Scrap Metal Map into a Product Layer

Map scrap yards without maintaining a separate visualization index. EDK can return map-ready geometry, update results as the viewport changes, and combine the primary layer with industrial areas and steel mills. Styling remains under the application’s control.

ONE GEOGRAPHIC WORKFLOW

Search, map, route, and compute with EDK.

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