EMBEDEARTH / SEARCH API
Mine Search API
Search mines by commodity, road and rail access, processing infrastructure, settlements, waterways, and environmental context.
LIVE QUERY SHAPE
→ filter by area
→ rank by context
→ return geometry
Search Mines by Area, Radius, or Map View
Build mining GIS data workflows that understand location from the start. Search mines inside a city, polygon, corridor, or visible map extent, then refine by category or application data. The result is structured geographic data that can immediately feed maps, routing, compute, or downstream APIs.
From Energy to Infrastructure Investing for Mines
Energy, utilities, engineering, and infrastructure investors can use mining GIS data to study network position, access, constraints, and nearby assets. EDK stays programmable, so each team can apply its own scoring model or private project data rather than adopting a fixed industry dashboard.
Screen Risk and Constraints Around Mines
Overlay mines with hazard, environmental, population, or infrastructure layers to screen exposure and constraints. EDK can compute buffers, intersections, distances, and counts so mine API becomes part of a repeatable risk-analysis workflow rather than a visual reference.
Connect Mines to the Infrastructure They Depend On
For mines, location is inseparable from roads, rail, processing plants. Use EDK to measure those relationships directly: nearest asset, distance to network, overlap with service areas, or count of supporting infrastructure nearby. That makes mine API useful for engineering and infrastructure intelligence, not just mapping.
Give AI Agents Real Mines Tools
Expose mine 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 mines, compare them with roads and rail, calculate proximity or access, and return structured results.
Build Mines Products with the EDK API and SDK
Call mineral site search from a backend, render results with the SDK, process large jobs through the CLI, or expose the same geography to agents through MCP. GeoJSON, routes, map layers, tiles, and Compute all work from the same EDK geographic model.
Explore Mines with Viewport-Based Map Search
Use mine map to build an interactive explorer rather than a static overlay. Viewport bounds drive search, zoom controls detail, and selected mines can open related geography such as roads or rail. The same query layer can support a public map or internal dashboard.
Scale Mines Maps with Vector Tiles
Publish mines as a tiled geographic layer for fast pan-and-zoom experiences. EDK can keep broad coverage lightweight while the application fetches detailed data only where needed. Tiles work well for operational maps, public explorers, research tools, and any mine map that spans large areas.
ONE GEOGRAPHIC WORKFLOW
Search, map, route, and compute with EDK.
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