LocationIQ MCP. Pinpoint any location globally, from addresses to timezones.
Works with every AI agent you already use
…and any MCP-compatible client
Just plug in your AI agents and start using Vinkius.
LocationIQ connects your AI agent to powerful geocoding and mapping tools. It converts addresses to precise coordinates, finds points of interest nearby, calculates travel routes, and determines local timezones.
Use its seven distinct APIs—like `search`, `directions`, and `nearby`—to resolve any location data problem directly in your chat session.
What your AI agents can do
Autocomplete
Suggests full addresses in real time as you type into the prompt.
Directions
Calculates optimized paths between multiple coordinates, returning distance and travel duration metrics.
Nearby
Finds specific points of interest (like restaurants or gas stations) around a given set of coordinates.
The agent converts a street address or place name into precise latitude/longitude pairs using the search tool.
Using the reverse tool, the agent takes coordinates and returns the corresponding full physical address.
The agent runs autocomplete to provide instant suggestions for addresses as the user types into a prompt.
With the directions tool, the agent figures out the best path between multiple coordinates, providing distance and estimated duration.
The agent uses the nearby tool to locate specific POIs—like parks or cafes—around a given coordinate.
For visualization, the static_map tool generates an image URL of any location at specified zoom levels.
The agent queries the timezone tool to retrieve the local time and UTC offset for a specific geographic coordinate.
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Supported MCP Clients
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LocationIQ MCP Server: 7 Tools for Geospatial Data
These seven tools let your AI client handle everything from finding the closest gas station to calculating complex multi-stop delivery routes.
019e5d2fautocomplete
Suggests full addresses in real time as you type into the prompt.
019e5d2fdirections
Calculates optimized paths between multiple coordinates, returning distance and travel duration metrics.
019e5d2fnearby
Finds specific points of interest (like restaurants or gas stations) around a given set of coordinates.
019e5d2freverse
Takes raw coordinates and converts them back to the most accurate human-readable street address.
019e5d2fsearch
Converts a user-provided address or place name into precise latitude/longitude coordinates (forward geocoding).
019e5d2fstatic map
Generates a direct URL for an image map, allowing you to visually confirm the location at any zoom level.
019e5d2ftimezone
Retrieves the local time and timezone offset for any given point on Earth using coordinates.
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What you can do with this MCP connector
LocationIQ connects your AI agent to serious mapping power. It's built with industry-grade geocoding tools, letting your agent run complex location queries right in your chat session. You don't need external API calls; you just connect it via MCP and get the data you need.
Finding Coordinates from an Address: If you start with a street address or a place name, you use the search tool. This function converts that raw text into precise latitude/longitude coordinates, which is what most mapping services actually require. You can feed it anything—a full mailing address like "123 Main St., New York," or just a general landmark name—and it spits out the exact pair of numbers you need.
Autocomplete and Address Suggestions: When you're drafting a prompt, typing an address is messy. Use autocomplete to get real-time suggestions for full addresses as you type them into your chat. This keeps your prompts clean and ensures you’re working with fully validated locations from the start.
Resolving Addresses from Coordinates: Got coordinates but no idea what street that point belongs to? That's where reverse comes in. You feed it raw latitude/longitude, and it converts those numbers back into a usable, human-readable physical street address. It’s perfect for when you only have GPS data and need the mailing details.
Calculating Routes and Travel Times: Need to know how far two points are or how long the drive takes? The directions tool figures out the optimized path between multiple sets of coordinates. It returns both the total distance and an estimated travel duration, so you can plan logistics without guesswork.
You're calculating optimal routes for everything from field visits to delivery schedules.
Discovering Points of Interest (POIs): Sometimes you don't know where you want to go; you just know what kind of place you need. Use nearby to find specific points of interest around a given coordinate. You can pinpoint places like gas stations, restaurants, parks, or anything else—it gives you a list of relevant spots near your target location.
Visualizing Locations: For proof, you gotta see it. The static_map tool generates a direct URL for an image map. This lets you visually confirm the exact spot at any zoom level, which is handy when you're dealing with ambiguous addresses or need to show stakeholders exactly where something is located.
Time and Zone Context: You might have coordinates, but you gotta know what time it is over there. The timezone tool queries the local time and the UTC offset for any given pair of geographic coordinates. This lets your agent handle international scheduling conflicts automatically.
Every single one of these tools—search, autocomplete, reverse, directions, nearby, static_map, and timezone—works together to give you a complete location data pipeline. You can check an address, get its coordinates using search; use those coordinates in nearby to list all the coffee shops within a mile; then take one of those coffee shop's coordinates, run them through directions with your office coordinates to calculate the drive time, and finish up by running the whole thing through static_map so you can show everyone exactly what it looks like.
How LocationIQ MCP Works
- 1 First, you subscribe to this server and provide your LocationIQ API Key.
- 2 Next, your AI client sends a request (e.g., 'What's near 40.7128, -74.0060?') specifying the required location function.
- 3 The agent runs the necessary tool (like
nearby) and returns the structured data, which you can then use directly in your workflow.
The bottom line is: Your AI client executes complex mapping logic by calling specific tools, so you don't have to write the API calls yourself.
Who Is LocationIQ MCP For?
Logistics managers who are tired of manual route planning. Travel planners who need local timezones for international clients. Developers building location-aware apps that can't afford external API dependencies.
Uses directions and search to verify multiple delivery addresses, ensuring the calculated route is accurate before dispatching drivers.
Employs nearby and timezone to build trip itineraries that include local attraction recommendations and correct time zone differences for international clients.
Integrates autocomplete and reverse into form validation logic, ensuring user input is always validated against a real-world address database.
What Changes When You Connect
- Always get the right coordinates: The
searchtool handles forward geocoding. You never have to manually look up lat/long for a known address again. - Validation on the fly: Use
autocompletewhile drafting prompts or validating forms. It gives instant, real-time suggestions, preventing bad data from entering your workflow. - Understand local time zones: The
timezonetool eliminates timezone guesswork. You can instantly tell if a meeting scheduled for '2 PM' is actually 9 AM somewhere else. - Deep discovery power: Don't just know where something is; find what's nearby using the
nearbytool—from cafes to emergency services, it lists them all. - Visual proof in one step: Need to show a client where something is? The
static_maptool generates an image URL immediately. No extra mapping service needed. - Perfect for backend logic: The
reversetool lets you build systems that accept coordinates (e.g., GPS data) and automatically figure out the corresponding street address.
Real-World Use Cases
Dispatching a Delivery Team
A logistics manager needs to check if three new addresses are deliverable in one trip. They ask their agent, which runs search on all three points, and then uses the directions tool. The agent returns a single optimized route path with total distance and estimated time, eliminating manual mapping.
Planning a Multi-City Trip
A travel planner is setting up an itinerary across three different countries. They use the timezone tool to confirm local times for each city and then rely on nearby to suggest highly-rated restaurants near the main hotel coordinates.
Debugging GPS Data
A developer gets raw GPS data (coordinates) from a device but needs the street address for logging. They run the reverse tool, and it instantly converts the floating-point numbers into '123 Main Street, Anytown.' This solves data context problems fast.
Building a Search Widget
When building a form, the user types an address. Instead of failing validation, the agent uses autocomplete to suggest valid options in real time. The developer then runs search on the selected option to get clean coordinates for database storage.
The Tradeoffs
Assuming a general search covers all needs
A user asks, 'Show me everything around here.' and relies only on search. They only get coordinates for the address, not surrounding POIs.
→
You need to run two tools: first, use search to lock down your primary coordinate. Then, pass those specific lat/long values into the nearby tool to find points of interest.
Forgetting time zone context
A scheduling assistant simply uses a textual date ('next Tuesday') without considering geographic location, leading to meeting invites that are off by several hours.
→
Always use the timezone tool with coordinates. Pass the specific latitude and longitude into this tool first; then you can accurately calculate time offsets for any scheduled event.
Over-relying on a single map view
A developer uses only the basic search results, missing the critical details like actual travel time or alternate routes.
→
Don't stop at coordinates. After using search, always pass those resulting points into the directions tool to get distance metrics and optimized paths.
When It Fits, When It Doesn't
Use this server if your primary job involves resolving location ambiguities: converting messy addresses into clean, usable coordinates, or calculating routes between multiple known points. It’s ideal for any system that handles GPS data streams, delivery logistics, or international scheduling.
Don't use it if you just need a simple list of static facts (like population density) or if your requirement is purely internal to an application's state management. For those cases, stick with a dedicated database lookup tool, not a geospatial mapping service. If all you need is visual proof and nothing else, static_map gets you 90% of the way there, but remember it doesn't calculate routes or timezones.
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by LocationIQ. All third-party trademarks, logos, and brand names are the property of their respective owners. Their use on this website is strictly for informational purposes to identify service compatibility and interoperability.
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Works with Claude, ChatGPT, Cursor, and more
The Model Context Protocol standardizes how applications expose capabilities to LLMs. Instead of operating in isolation, your AI gains direct access to external platforms, live data, and real-world actions through secure, standardized connections.
This server provides 7 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.
Available Capabilities
Calculating addresses and locations used to take multiple clicks across different tabs.
Today, if you need to validate an address for a client in another state, you usually have to copy the street name into one search field, run it, then copy the resulting coordinates into a second tool just to check nearby amenities. That means three different tabs, two copies-pasting sessions, and a lot of time.
With LocationIQ MCP Server, your agent handles this in one conversation turn. You tell it: 'Find restaurants near 1600 Pennsylvania Avenue.' The agent runs `search` for the coordinates, then immediately runs `nearby`, giving you a list of POIs—no copy/pasting required.
LocationIQ MCP Server lets your agent handle complex routing and geocoding calls automatically.
Before this, calculating a route meant opening Google Maps, dropping pins for every stop, and manually reading the total distance. If you changed one pin, you had to restart the entire process, losing context.
Now, your agent runs `directions` directly. You just list the start point and end points in the prompt, and it returns a structured JSON object with the optimized path, duration, and distance—all automatically.
Common Questions About LocationIQ MCP
How do I convert an address to coordinates using the `search` tool? +
You simply tell your agent the full street address. The search tool takes that text and returns a structured response containing the precise latitude and longitude for that location.
Does LocationIQ MCP Server help me find places near coordinates? Use the `nearby` tool. +
Yes, that's exactly what it does. You provide the target coordinates, and the agent uses the nearby tool to list points of interest like gas stations or parks.
What is the difference between using `search` and `autocomplete`? +
Autocomplete gives suggestions while you're typing an address. Search is what you run after you've finished writing the address; it confirms the coordinates for that full, finalized location.
Can I get the local time using the `timezone` tool? +
Yes. You pass two coordinates (lat/long) to the timezone tool, and it returns the current local time along with the required UTC offset for that specific point on Earth.
How do I calculate the distance and duration between two points using the `directions` tool? +
The directions tool calculates the optimal path details. You provide start and end coordinates, and it returns structured data including total driving distance (in meters) and estimated travel time.
What kind of address data does the `reverse` tool return for a set of coordinates? +
The reverse tool gives you a fully resolved, human-readable address. It doesn't just give one line; it breaks down the location into components like street name, city, state/province, and postal code.
How do I generate an actual map image using the `static_map` tool? +
You supply the coordinates and a zoom level. The static_map tool then generates a direct URL to a static PNG or JPEG image of that specific area, perfect for embedding in reports.
If I use the `search` tool with an invalid address format, what error message should I expect? +
The API returns a distinct status code and an explicit error message. It tells you whether the problem is bad formatting or if the location simply doesn't exist in the database.
Can I get the address of a specific coordinate? +
Yes, use the reverse tool with the latitude and longitude. The agent will return the full address, including street, city, and country.
How do I find the best route between two cities? +
Use the directions tool by providing the coordinates of your start and end points. It will provide the distance, duration, and turn-by-turn steps.
Can I search for specific types of places like 'restaurants' near me? +
Absolutely. Use the nearby tool with your current coordinates and the tag 'restaurant' to see a list of nearby dining options.
Use it with your favorite AI tools
Connect this server to Cursor, Claude, VS Code, and more.
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