IPGeolocation MCP. Know the exact time and place of any IP address.
IPGeolocation provides deep global intelligence by resolving IP addresses and coordinates into precise location data, time zones, and local culture details. Your agent gets accurate GPS coordinates, ISP information, current local times with UTC offsets, financial currency symbols, and astronomical metrics like sunrise/sunset timings for any point on Earth.
Give Claude and any AI agent real-world access
Resolve any IP address or coordinate set into detailed geographic data, including city, country, GPS coordinates, and local currency.
Get the exact local time, UTC offset, and daylight saving status for a given global location.
Extract deep details about an IP address's network origin, including the ISP name and organization type.
Retrieve astronomical data like sunrise, sunset, and moon phases for specific dates and locations.
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What AI agents can do with IPGeolocation (IP Intelligence & Time) 3 Tools
Use these three tools to retrieve everything from a simple IP address lookup to complex astronomical calculations and precise timezone details.
Make your AI actually useful.
Add this MCP to Claude, Cursor, or Windsurf and your AI stops guessing. It gets real tools to look things up, take action, and handle the stuff you keep doing by hand.
Start using IPGeolocation (IP Intelligence & Time) MCPGet Location
Retrieves detailed geographic information, including GPS coordinates, for a given IP address.
Get Timezone
Provides the precise local time, UTC offset, and daylight saving status for any...
Get Astronomy
Accesses astronomical data for a location, such as sunrise times, sunset times, and...
Security and governance baked right in.
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Turn any API into an MCP. Import a spec, define Agent Skills, or deploy with MCPFusion.
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Start with IPGeolocation (IP Intelligence & Time), then connect any of our 5,200+ other servers whenever your AI needs more. One click, no limits.
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Manual location checks are a huge time sink.
Right now, figuring out global context is a pain. You're dealing with separate tabs for GeoIP lookup, then switching to a calendar tool just to get the local date, and maybe hitting another API just to fetch the currency symbol. It's copy-pasting data between three or four different services just to answer: 'What time is this event happening, and how much will it cost?'
With this MCP, your agent handles all those hops for you. You ask a single question—for example, asking about an IP address in Brazil—and the system returns everything: GPS coordinates from `get_location`, local currency details, and the accurate time zone data needed to schedule the event correctly.
Get Location, Timezone, and Astronomy Data with One Call
The manual steps that disappear are: switching between geolocation services, writing complex date/time offset logic for every time zone, and managing separate calls just to get sun/moon phase data. You stop debugging cascading API failures.
Now, the complexity vanishes into a single, reliable data structure accessible through your agent's conversational flow. Your application gets global intelligence instantly.
What IPGeolocation MCP does for your AI
You've got an application that needs to know where a user is—not just a city name, but the precise time they live in, what currency they use, and even if it's currently daylight saving time. This MCP connects your AI client directly to IPGeolocation’s full intelligence suite. Instead of hitting separate APIs for location, network data, and timezones, you ask your agent one question: 'What is happening at this IP?' The result is a single, rich payload containing everything from GPS coordinates and ISP details to local currency symbols and planetary metrics like moon phases.
Using Vinkius means you connect once and suddenly gain access to this entire global knowledge base through natural conversation. This lets developers build highly localized experiences and security teams conduct rapid network audits without leaving their chat interface.
019d75bb-95b0-7011-b827-27c876d42789 How to set up IPGeolocation MCP
The bottom line is you get deep, real-world global data—location, network status, and calendar metrics—all through your chat interface.
Subscribe to the MCP on Vinkius and enter your IPGeolocation API Key.
Invoke a tool in your agent using natural language prompts (e.g., 'What time is it in Tokyo?').
Your agent receives a structured data response containing geolocation, timezone, or astronomy details that you can use directly.
Who uses IPGeolocation MCP
This MCP is for the developer building a globally distributed product or the security analyst who needs instant context on suspicious traffic. You're tired of writing boilerplate code just to figure out if an IP address belongs in London, Tokyo, or somewhere else entirely.
Implementing user experiences that change based on location, like displaying local currency symbols or adjusting content for daylight saving time.
Investigating suspicious IP addresses by getting immediate details on their geographic origin and the ISP responsible for them.
Enriching large server logs or visitor datasets with accurate geolocation and astronomical metadata to improve analysis quality.
Benefits of connecting IPGeolocation MCP
Pinpoint user location instantly. Use get_location to get GPS coordinates, city names, country codes, and even local currency symbols from an IP address—no extra lookups needed.
Handle global scheduling correctly. With the get_timezone tool, you immediately know the precise local time, UTC offset, and whether Daylight Saving Time is active in a user's region.
Improve data quality for logs. Data engineers can run network audits using this MCP to enrich server logs with accurate geolocation and ISP details, making analysis much smarter.
Build context-aware features. Use get_astronomy when your application needs to know if it's daytime or night at a given location, powering things like localized event scheduling.
Simplify complex logic. Instead of writing dozens of IF/THEN statements for time zones and countries, let your agent handle the complexity using structured data outputs.
IPGeolocation MCP use cases
Troubleshooting a Global Bug
A developer notices an app bug only happens during certain hours. They ask their agent to use get_timezone on the user's IP range, confirming that the issue correlates exactly with Daylight Saving Time transitions in a specific region.
Validating Server Traffic Origin
A security analyst receives an alert from a suspicious IP. They use this MCP to run get_location and immediately identify the country, GPS coordinates, and ISP name, narrowing down the investigation scope quickly.
Displaying Local Event Times
An e-commerce site needs to show a flash sale time. The developer asks their agent to use get_astronomy combined with get_timezone to calculate the precise local start/end times for all users, ensuring accuracy everywhere.
Localizing Pricing Audits
A data team is auditing pricing rules. They use this MCP's location features to check an IP address and pull not only the country but also the associated local currency symbol, ensuring localized pricing logic works.
IPGeolocation MCP tradeoffs
What to watch out for, and the recommended way to handle each one.
Using Multiple APIs for One Goal
Calling a dedicated GeoIP tool, then another service for timezones, and finally calling a third service for currency data. This is slow, expensive, and hard to maintain.
Run the full intelligence sweep using this MCP. You can use get_location or get_timezone to pull all related details—like ISP names, coordinates, and timezones—in one clean operation.
Ignoring Timezone Nuances
Assuming a simple UTC offset is enough for scheduling. This fails during Daylight Saving Time transitions or when dealing with political timezone changes.
Always use get_timezone. It provides the full, accurate context including DST status and local time rules, which prevents your application from breaking at key dates.
Focusing Only on IP Address
Thinking you need an IP address to find location. Sometimes you only have coordinates (lat/long) or a specific city name.
Don't worry about the source. Use this MCP and specify your input as latitude/longitude when prompted, allowing you to run get_astronomy or other tools without an IP address.
When to use IPGeolocation MCP
Use this MCP if your application logic hinges on knowing where a user is in the world—not just which continent. You need complex context: Does the data require local time zone rules? Are you tracking network origin? Do you need to display sunrise/sunset times or local currency symbols? If any of those are true, this MCP is essential. Don't use it if your only requirement is a simple country code lookup; another basic mapping tool might suffice. However, if you do need the full picture—ISP details combined with timezones and astronomy data—this singular source of truth saves massive development headaches.
Frequently asked questions about IPGeolocation MCP
How does IPGeolocation get accurate timezone data using the get_timezone tool? +
The get_timezone tool returns precise time and zone information, including knowing if Daylight Saving Time is currently active. This prevents errors that plague systems relying on simple UTC offsets.
Can I use IPGeolocation to find the ISP details of an IP? +
Yes. The location intelligence features allow you to extract detailed ISP information and organization names associated with any given IP request, which is useful for security audits.
Do I need a physical address to use get_astronomy? +
No. You can run get_astronomy using direct latitude and longitude coordinates when an IP address isn't available, giving you sunrise/sunset data for that exact spot.
What kind of data does the get_location tool provide? +
The get_location tool returns comprehensive geographic details. Expect city names, country codes, GPS coordinates, and even the local currency symbol associated with the IP's jurisdiction.
Is this MCP better than using a simple database lookup for time zones? +
Yes. This MCP uses live global data sources. It accounts for historical rules, political changes, and DST shifts that static databases often fail to track accurately.