EMBEDEARTH / SEARCH API
Transformer Search API
Find distribution transformers by buildings, power poles, substations, roads, and load areas.
SEARCH WORKFLOW
From intent to results that remain useful in maps, routes, and spatial analysis.
Transformers Search API for Real Geographic Queries
Use EDK as a transformer API to find transformers inside a radius, polygon, region, corridor, or visible map area. Return coordinates, geometry, metadata, and map-ready results in one response, then pass the same features into routing, tiles, or spatial compute.
Turn Transformers into a Field Operations Layer
Use transformer API for inspection, maintenance, collection, or site visits. Prioritize locations with Compute, group nearby work, and route crews efficiently. The same transformers geometry can power an operations dashboard, mobile map, or automated work-planning service.
Model the Transformers Network, Not Just Individual Features
Analyze how transformers connect to buildings, power poles, substations. Measure spacing, service relationships, gateway access, or network proximity across a region. This turns transformer GIS data into a geographic system for planning and operations instead of a collection of disconnected points.
Monitor Transformers as Infrastructure Changes
Keep transformers tied to the surrounding network and compare changes in coverage, nearby development, or related assets over time. EDK can support recurring geographic checks so infrastructure teams can track where the physical context around a facility is changing.
A Developer Stack for Transformers Search and Maps
Start with transformer API and add only the EDK primitives the product needs: geocoding, maps, routing, tiles, spatial compute, or agent tools. Teams can keep one transformers model across browser experiences, services, pipelines, and AI workflows.
Measure Transformers Coverage and Geographic Gaps
Use catchments, nearest-distance analysis, and counts to see where transformers are concentrated and where coverage breaks down. Combine transformer GIS data with buildings and power poles to identify underserved areas, redundant facilities, or regions where new capacity may matter.
Give AI Agents Real Transformers Tools
Expose transformer API, routing, maps, and spatial compute through MCP so an agent can perform geographic work instead of approximating it in text. A model can find transformers, compare them with buildings and power poles, calculate transformer coverage and load proximity, and return structured or map-ready results.
Screen Risk and Constraints Around Transformers
Overlay transformers with population, environmental, hazard, or infrastructure layers to identify constraints early. EDK can compute buffers, intersections, proximity, and exposure, turning transformer GIS data into a reproducible risk-screening layer for planning and due diligence.
ONE GEOGRAPHIC WORKFLOW
Search, map, route, and compute with EDK.
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