Opens Google Maps in Chrome to visually search and review locations for inspiration, filtering out map tiles and preventing downloads of Google-hosted previews.
MIT
341,308 tools. Last updated 2026-07-30 10:38
"How to interact with Google Maps using Python" matching MCP tools:
- Download candidate images into a project folder using your browser session for cookies and referer. Automatically blocks Google-hosted previews and Google Maps imagery.MIT
- Search Google Maps for businesses, locations, and points of interest using a text query. Get details like address, phone, rating, opening hours, and location data.MIT
- Search the web using Google AI Mode to get a synthesized answer with sources from current web pages, news, and data.MIT
- Search the web using Google AI Mode to get a synthesized answer with sources in real time.MIT
- Explains how two MTG mechanics or cards interact under the rules, providing step-by-step resolution and clarifying common misconceptions.MIT
Matching MCP Servers
- AlicenseAqualityAmaintenanceEnables AI assistants to access Google Maps services including places search, details, directions, geocoding, and nearby search through natural language.Last updated62MIT
- AlicenseAqualityDmaintenanceProvides access to Google Maps API functionality including places search, geocoding, directions, distance matrix, elevation data, and static map generation through the MCP interface.Last updated8491MIT
Matching MCP Connectors
The Google Maps MCP server is a fully-managed server provided by the Maps Grounding Lite API that connects AI applications to Google Maps Platform services. It provides three main tools for building LLM applications: searching for places, looking up weather information, and computing routes with details like distance and travel time. The server acts as a proxy that translates Google Maps data into a format that AI applications can understand, enabling agents to accurately answer real-world location and travel queries.
Local business lead extraction with email + phone enrichment from Google Maps.
- Fetch a stored Google Maps business by place ID, returning category, rating, review count, and location data.MIT
- Search stored Google Maps businesses by query, location, category, rating, and more. Filter results to find mappable or locationless businesses with specific criteria.MIT
- Lint Python code to detect errors and style issues using ruff, with auto-fix support for quick corrections.Apache 2.0
- Search stored Google Maps businesses near a location by latitude, longitude, and radius. Filter by category, minimum rating, and review count to find relevant results.MIT
- Search multiple local businesses simultaneously on Google Maps, processing up to 20 queries in one request to find business information efficiently.MIT
- Convert addresses to geographic coordinates (latitude/longitude) for mapping, location services, or spatial analysis using Google Maps Geocoding API.MIT
- Convert geographic coordinates to human-readable addresses using Google Maps Geocoding API. Input latitude/longitude to get location details with language and filtering options.MIT
- Generate a standardized LLMs.txt file for any URL to define how large language models should interact with the website content.MIT
- Search Google Maps for businesses by type and location. Returns each business with a Lead Quality Score (0–100) and outreach hints to prioritize prospects.MIT
- Format Python code using ruff, with an option to check for issues without modifying files.Apache 2.0
- Extract structured Google Maps reviews data from URLs for analysis, using cached data to improve reliability over direct scraping.MIT
- Retrieve structured map results from Google Maps by providing a search query. Supports pagination, localization, and language parameters.MIT
- Retrieve aggregated counts of Google Maps businesses by facet such as category, location, or website status. Filter by full-text search, geography, rating, and more.MIT
- Retrieve Google Maps search results as structured JSON by specifying search options like location and query.MIT