Naver Map Direction MCP

Naver Map Direction MCP is an MCP server that connects AI assistants to the Naver Map API for geocoding and directional routing. Developed for users who need geographic data and navigational assistance within South Korea, it interfaces directly with Naver's mapping infrastructure over standard input/output (stdio). Developers, logistics managers, and travelers use this server to enable Large Language Model agents to look up physical addresses and calculate driving paths across South Korean locations. The server provides two primary tool capabilities: geocoding, which converts local street or administrative addresses into exact latitude and longitude coordinates, and route direction queries, which generate step-by-step driving guides between defined start and destination coordinate pairs. By integrating these tools, language models can formulate navigation schedules, calculate route legs, and ground their regional spatial answers using official Naver map data. It requires Node.js 18 or higher and appropriate Naver Cloud developer credentials, making it suitable for custom conversational assistants, agentic travel planning workflows, and localized dispatch software operating in Korea.

Category: Maps, Weather & Local Data

Tags: directions, geocoding, maps, naver, navigation

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How to install and configure Naver Map Direction MCP

1. Ensure Node.js 18.x or higher is installed. 2. Clone the repository and build the project: bash npm run build 3. Configure the server in your mcp.json configuration file, adding your Naver Map API credentials: json { "mcpServers": { "naver-map-direction-mcp": { "command": "node", "args": [ "<project-path>/naver-map-direction-mcp/dist/server.js" ], "env": { "NAVER_MAP_DIRECTION_API_URL": "<NAVER_MAP_DIRECTION_API_URL>", "NAVER_MAP_GEO_API_URL": "<NAVER_MAP_GEO_API_URL>", "NAVER_MAP_CLIENT_ID": "<NAVER_MAP_CLIENT_ID>", "NAVER_MAP_CLIENT_SECRET": "<NAVER_MAP_CLIENT_SECRET>" } } } } 4. Run the server locally using: bash npm run start

What you can do with Naver Map Direction MCP

• Resolving South Korean street addresses into latitude and longitude coordinates through the get-geo tool for database enrichment or location mapping. - Generating turn-by-turn driving guides between two coordinate waypoints in Korea using the get-direction tool for route planning agents. - Assisting travel itinerary agents in calculating optimal point-to-point driving paths between hotels, landmarks, and meeting spots in Seoul or Bundang. - Powering local delivery and dispatch automation with accurate Naver Map routing and road instruction steps for drivers across Korean regions.

Key facts

• https://github.com/inchori/naver-map-direction-mcp
• Maps, Weather & Local Data
• directions, geocoding, maps, naver, navigation

Part of MCP Servers

What is Naver Map Direction MCP?

Naver Map Direction MCP is a Model Context Protocol server that exposes Naver Map API functionality to AI tools. Operating over standard input and output, it enables language models to fetch geocoding coordinate data for Korean addresses and obtain driving directions between coordinates.

What tools are provided by Naver Map Direction MCP?

The server provides two primary tools: get-geo and get-direction. The get-geo tool accepts a Korean street address string and returns corresponding latitude and longitude coordinates. The get-direction tool takes coordinate pairs for starting points and destinations to return turn-by-turn driving instructions.

What prerequisites are required to run Naver Map Direction MCP?

Running the server requires Node.js version 18.x or higher installed on your machine. You also need valid Naver Map API credentials from Naver Cloud, including NAVER_MAP_CLIENT_ID, NAVER_MAP_CLIENT_SECRET, NAVER_MAP_GEO_API_URL, and NAVER_MAP_DIRECTION_API_URL set in your environment configuration.

Can Naver Map Direction MCP handle public transit routes?

In its current release, Naver Map Direction MCP focuses on geocoding addresses and calculating vehicular driving directions. According to the project documentation, public transport direction support and name-based location searches are planned for future updates alongside broader client desktop compatibility.