MCP Naver Maps
Mapas de MCP Naver
El MCP se conecta a la API de Naver Maps y a la API de Naver Search . Establece una API y una API (abreviada) para MCP.
Actualmente admite las siguientes API:
Prerrequisitos
Antes de comenzar, asegúrese de tener instalado lo siguiente:
Python: versión 3.13 o superior
uv: Puedes encontrar las instrucciones de instalación aquí .
Cuenta de Naver Cloud Platform: Necesita credenciales de API (ID de cliente y secreto de cliente) para el servicio Naver Maps. Puede obtenerlas desde la consola de Naver Cloud Platform .
Cuenta de Naver Developers: Necesita credenciales de API (ID de cliente y secreto de cliente) para la API de Naver Developers. Puede obtenerlas del sitio web de Naver Developers .
Related MCP server: MCP TMAP Server
Configuración
Crear un archivo
.env: crea un archivo en la raíz del proyecto.Agregar credenciales de API: edite el archivo
.envy agregue sus credenciales de API de Naver Maps y sus credenciales de API de Naver Developers.NAVER_MAPS_CLIENT_ID="YOUR_NAVER_MAPS_CLIENT_ID" NAVER_MAPS_CLIENT_SECRET="YOUR_NAVER_MAPS_CLIENT_SECRET" NAVER_CLIENT_API="YOUR_NAVER_CLIENT_API" NAVER_CLIENT_SECRET="YOUR_NAVER_CLIENT_SECRET"Verifique los nombres exactos de las variables de entorno requeridas consultando
src/mcp_naver_maps/naver_maps_client.py.
Ejecución del MCP
Sincronizar dependencias: Dirígete al directorio raíz del proyecto en tu terminal y ejecuta el siguiente comando. Esto creará un entorno virtual (si no existe) e instalará todas las dependencias especificadas en
pyproject.toml.uv syncEjecutar: : Puede ejecutar el servidor MCP usando
uv.uv run src/mcp_naver_mapsPara el desarrollo,
source .venv/bin/activate mcp dev src/mcp_naver_maps/server.py
Available Tools
2 toolsgeocodeB
Searches for address information related to the entered address.
Inputs: address (required), language.
localSearchC
Searches for places registered with Naver's local service.
Inputs: query (required), display, sort.
Tool Schema Changelog
Recent tool additions, removals, and schema changes observed during successful MCP inspections.
TDQS
Scored across 2 tools
The two tools have clearly distinct purposes: geocode handles address-to-coordinate conversion, while localSearch finds registered places. There is no overlap in functionality, making it easy for an agent to choose the correct tool based on the task.
Both tools follow a consistent naming pattern using camelCase (geocode, localSearch) with descriptive verb-noun structures. The naming is uniform and predictable across the set.
With only two tools, the server feels under-scoped for a maps domain. While geocoding and local search are core functions, typical maps services include additional operations like routing, place details, or reverse geocoding, making this set appear incomplete.
For a maps server, there are significant gaps in coverage. Missing tools for routing, reverse geocoding, place details, or map visualization limit an agent's ability to handle common mapping workflows, leading to potential dead ends in tasks.
Maintenance
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