EMBEDEARTH / TOMTOM ALTERNATIVE
TomTom Search API Alternative for Places and Physical-World Features
Search POIs, addresses, infrastructure, natural features, and specialized geography with EDK using text, proximity, map bounds, routes, and AI intent.
Search places and non-POI geography together
EDK can return consumer places, but also infrastructure, public assets, buildings, environmental features, and long-tail physical-world categories. This supports products that begin with local search and later need specialized data without building a second search stack.
Combine free text with precise spatial filters
Use radius, bounding box, polygon, viewport, locality, or proximity bias with a keyword or category. Developers can control exactly where the search applies instead of treating geographic context only as a relevance signal. EDK keeps this capability connected to the rest of the geographic workflow.
Build category-driven discovery
Expose stable category IDs and hierarchical browsing for products where users do not know the right entity name. Category search also gives developers more predictable behavior than relying solely on text matching. EDK keeps this capability connected to the rest of the geographic workflow.
Use semantic intent for specialized queries
AI can interpret phrases such as “industrial services near the port” or “family recreation near this neighborhood,” translate them into categories and constraints, and let EDK execute the actual location search.
Rank by travel time instead of raw distance
Search candidates first, then use routing to compare walking or driving access. A result can be close on the map but inconvenient on the network, so travel-time ranking often produces a more useful order for mobility, retail, and travel products. EDK keeps this capability connected to the rest of the geographic workflow.
Search inside corridors and reachable areas
Use a route corridor or isochrone as the search geography. That makes it possible to find fuel, food, charging, customers, service locations, or other features that are actually on the way or reachable within a time budget. EDK keeps this capability connected to the rest of the geographic workflow.
Feed results into compute and maps
Search results can be clustered, counted, buffered, joined to other geography, or rendered as map layers. EDK is designed for location search to be the first step in a workflow rather than a terminal response.
Use the same search model for agents
MCP-connected agents can issue structured location searches, inspect categories, rank candidates, and pass features into routing or spatial analysis. The agent interface and the product search UI can share the same underlying geographic objects. EDK keeps this capability connected to the rest of the geographic workflow.
START BUILDING
Use EDK as the geographic layer behind your next product.
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