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Weatherbit Alternative MCP. Real-time weather, air quality, and historical climate data.

Claude Claude
ChatGPT ChatGPT
Cursor Cursor
Gemini Gemini
Windsurf Windsurf
VS Code VS Code
JetBrains JetBrains
Vercel Vercel
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Just plug in your AI agents and start using Vinkius.

Weatherbit Alternative provides your AI agent access to global, real-time environmental data. It handles everything from current temperature and wind speed to 16-day forecasts, air quality metrics (AQI, PM2.5), and active severe weather alerts.

You can also track lightning strikes and pull years of historical climate data in one place.

What your AI agents can do

Get airquality forecast

Retrieves a 3-day hourly forecast detailing air pollution levels using latitude and longitude.

Get alerts

Fetches active severe weather warnings by providing coordinates, city, postal code, or city ID.

Get current airquality

Gives the current air quality reading (AQI, PM2.5, etc.) using lat/lon or a location identifier.

+ 11 more capabilities included
Check current conditions and pollution

Get immediate readings on temperature, wind, precipitation, and air quality (AQI) for any location.

Generate long-range forecasts

Pull detailed weather predictions spanning 16 days daily or up to 10 days hourly for proactive planning.

Monitor severe weather events

Retrieve active alerts from local agencies and pinpoint the coordinates of recent lightning strikes.

Analyze historical climate trends

Fetch daily, hourly, or sub-hourly data for specific date ranges to benchmark current conditions against past performance.

Map location and context

Convert a city name or postal code into precise latitude/longitude coordinates using the Geocoding API (get_geocode).

Supported MCP Clients

Claude Claude
ChatGPT ChatGPT
Cursor Cursor
Gemini Gemini
Windsurf Windsurf
VS Code VS Code
JetBrains JetBrains
Vercel Vercel
+ other MCP clients
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AI Agent

Weatherbit Alternative MCP Server: 14 Tools for Environmental Context

These tools let you calculate complex environmental forecasts, check immediate safety conditions, and pull historical data across multiple domains.

get019e5d66

get airquality forecast

Retrieves a 3-day hourly forecast detailing air pollution levels using latitude and longitude.

get019e5d66

get alerts

Fetches active severe weather warnings by providing coordinates, city, postal code, or city ID.

get019e5d66

get current airquality

Gives the current air quality reading (AQI, PM2.5, etc.) using lat/lon or a location identifier.

get019e5d66

get current lightning

Pinpoints the nearest observed lightning strikes by requiring precise latitude and longitude coordinates.

get019e5d66

get current weather

Pulls real-time weather observations like temperature, wind, and rain for a specified location.

get019e5d66

get daily forecast

Provides a 16-day daily forecast using latitude/longitude or other location identifiers.

get019e5d66

get daily history

Retrieves the full daily weather record for a specific start and end date range (YYYY-MM-DD).

get019e5d66

get geocode

Translates city names, postal codes, or station IDs into usable latitude and longitude coordinates.

get019e5d66

get hourly forecast

Generates an up to 10-day forecast that breaks down weather changes hour by hour using lat/lon.

get019e5d66

get hourly history

Accesses historical weather data, providing hourly records for a specified date range (YYYY-MM-DD:HH).

get019e5d66

get minutely forecast

Predicts precipitation minute by minute over the next hour using precise latitude and longitude.

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get normals

Returns long-term climate averages (1991-2020) for a specified date range using lat/lon.

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get subhourly history

Gets detailed historical weather data spanning sub-hour intervals over a given period.

get019e5d66

get subscription usage

Checks your account status to see how much of your subscription limit you've used.

Choose How to Get Started

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  • Works with Claude, ChatGPT, Cursor, and more
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What you can do with this MCP connector

Listen up. This server gives your agent access to global environmental data—the real deal. It handles everything from current temperature and wind speed readings right through 16-day forecasts, air quality metrics (AQI, PM2.5), and severe weather alerts. You can track lightning strikes and pull years of historical climate data without having to juggle a dozen different APIs.

The whole point is that you don't have to know the complicated API structure; your agent just needs to ask for what it needs. We make sure the calls run automatically in the background.

  • Location First: Getting Your Coordinates

  • If you start with a city name, a zip code, or station ID, you first use get_geocode. This tool translates that location context into precise latitude and longitude coordinates, which is what every other function needs to run.

  • Current Conditions & Pollution Check

  • To check the immediate situation, you can pull real-time weather observations—things like temperature, wind speed, and precipitation—using get_current_weather. For air quality, you get an instant reading on AQI and PM2.5 via get_current_airquality, which needs lat/lon or a location identifier.

  • When it comes to safety, if there's active severe weather, get_alerts fetches those warnings by providing coordinates, city, postal code, or city ID. You can also pinpoint the nearest observed lightning strikes using get_current_lightning, but that requires precise latitude and longitude coordinates.

  • Forecasting: Planning Ahead

  • For planning out weeks in advance, you've got options. Use get_daily_forecast for a 16-day daily prediction based on lat/lon or other location identifiers. If you need more granular detail, get_hourly_forecast generates an up to 10-day forecast that breaks down weather changes hour by hour using just the lat/lon. For ultra-short-term predictions, get_minutely_forecast predicts precipitation minute by minute over the next sixty minutes using precise latitude and longitude.

  • Historical Data & Climate Analysis

  • If you're doing research or benchmarking, you can dig deep into history. To get a full daily weather record for specific dates, run get_daily_history, which takes both start and end date ranges (YYYY-MM-DD). If you need to see the data hour by hour over time, use get_hourly_history with a defined date range (YYYY-MM-DD:HH).

    For maximum detail, get_subhourly_history gets historical weather spanning sub-hour intervals over a specific period. You can also pull long-term climate averages—the 1991-2020 data—using get_normals for a specified date range and lat/lon.

  • Pollution Forecast

  • You don't just get current air quality; you can forecast it. get_airquality_forecast retrieves a 3-day hourly prediction detailing air pollution levels, again using latitude and longitude.

  • Utility Tools

  • Finally, two other tools keep things running smoothly: get_hourly_history accesses historical weather data, providing hourly records for a specified date range (YYYY-MM-DD:HH), and get_subscription_usage checks your account status so you know exactly how much of your subscription limit you've used. It’s all there in one place.

How Weatherbit Alternative MCP Works

  1. 1 Subscribe to this server and plug in your Weatherbit API Key.
  2. 2 Your AI client sends a request (e.g., 'Forecast for Miami').
  3. 3 The agent runs the necessary tools (get_daily_forecast, get_geocode) internally, processes the raw data, and gives you a clean answer.

The bottom line is that your AI client handles all the API calls and data aggregation; you just ask for what you need in plain language.

Who Is Weatherbit Alternative MCP For?

Anyone whose job depends on knowing what’s happening outside—from infrastructure planners to emergency response teams. You're the person who gets tired of clicking through three separate dashboards (weather, pollution, radar) just to answer one question about a site visit next month.

Logistics Manager

Uses get_daily_forecast and get_geocode to route deliveries, checking for expected rain or high winds before dispatching drivers.

Disaster Response Coordinator

Monitors get_alerts and get_current_lightning to assess the immediate safety risk across a large operational zone during an incident.

Agricultural Planner

Runs historical checks (get_daily_history) against long-term climate normals (get_normals) to gauge crop viability for planting cycles.

What Changes When You Connect

  • Instant safety checks: Need to know if a site is safe before sending crew? Use get_alerts or get_current_lightning to check for active severe warnings immediately. No manual radio reports needed.
  • Deep planning visibility: Don't rely on quick estimates. Run get_daily_forecast for 16 days out, so you can plan equipment staging around predicted weather shifts weeks in advance.
  • Health and environmental context: Beyond temperature, use get_current_airquality to factor pollution levels into your site visit reports. This changes the risk assessment completely.
  • Historical comparison: To prove a theory about local climate change, pull historical data using get_daily_history. You can compare last week's average against 1991-2020 normals via get_normals.
  • Pinpoint accuracy: Don't guess the location. Run get_geocode first to convert a broad city name into precise lat/lon coordinates, ensuring every subsequent forecast call is accurate.

Real-World Use Cases

01

A logistics company needs to reschedule a shipment.

The manager asks their agent: 'What's the best day next week for delivery to Phoenix?' The agent first uses get_daily_forecast to check rain and wind patterns across multiple potential dates. It finds that Tuesday has low chance of precipitation, recommending rescheduling based on the data.

02

An emergency planner needs immediate site safety confirmation.

The coordinator asks: 'Is Site Beta safe right now?' The agent immediately calls get_alerts and get_current_lightning. If both return clear, it confirms the area is currently free of severe threats, allowing operations to proceed.

03

A research team needs to analyze pollution trends.

The scientist asks: 'How has PM2.5 changed in this neighborhood over the last 3 months?' The agent uses get_hourly_history and get_current_airquality to pull granular, historical data points, creating a clear graph of air quality degradation.

04

A farmer needs long-term planting viability reports.

The farmer asks: 'Compare the average rainfall for this field over the last 5 years versus the climate normal.' The agent runs get_normals and then pulls multiple batches of get_daily_history, giving a data-backed answer on whether current conditions are typical or unusual.

The Tradeoffs

Forgetting coordinates

Asking the agent, 'What's the weather?' without specifying a location. The system fails because it doesn't know where to look.

Always run get_geocode first if you only have a city name or postal code. This ensures the subsequent calls—like get_current_weather or get_daily_forecast—have precise lat/lon inputs.

Over-requesting data

Calling get_current_weather, then get_hourly_forecast, and finally get_airquality_forecast for the same location in one go. This quickly hits rate limits.

If you need multiple types of data, check if a single tool can cover it (like combining current weather and air quality into one prompt). If not, structure your requests sequentially to manage API calls.

Assuming the time window

Asking for 'last week's history.' The agent fails because historical tools require specific date formats (YYYY-MM-DD) and don't guess ranges.

You must provide explicit dates. Use get_daily_history or get_hourly_history and specify the precise start and end dates, like '2023-10-01' to '2023-10-07'.

When It Fits, When It Doesn't

Use this server if your task requires combining multiple environmental data sets: weather predictions AND air pollution readings OR current status AND historical trends. You need the full context, not just one number.

Don't use it if you only need a single, basic piece of information (e.g., 'What is the temperature right now?'). For that simple query, a dedicated, simpler service might cut through the noise. However, remember: if your question requires comparing what is happening with what was happening, or checking for immediate safety risks (get_alerts), this server's specialized tools are necessary.

Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by Weatherbit. 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 14 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.

Available Capabilities

get_airquality_forecast get_alerts get_current_airquality get_current_lightning get_current_weather get_daily_forecast get_daily_history get_geocode get_hourly_forecast get_hourly_history get_minutely_forecast get_normals get_subhourly_history get_subscription_usage

Checking environmental data today is a mess of tabs and spreadsheets.

Right now, if you need to know about a site visit next month, you open the weather site for the forecast. Then you open a separate air quality dashboard. If pollution was a factor last year, you have to find an old report or run a complex query yourself. You're clicking through tabs and manually cross-referencing dates just to paint a basic picture.

With this MCP server, your agent runs the whole sequence for you. Need to know if the forecast is bad AND if pollution will make it worse? Just ask. The agent calls `get_daily_forecast` and then `get_airquality_forecast`, synthesizing both into one answer. It's instant context.

Weatherbit Alternative MCP Server: Get alerts instantly.

Before, checking for severe weather meant relying on local radio reports or reading physical signs posted at the site entrance—you were always playing catch-up. If a storm was brewing an hour away, you might not know until it was too late to plan around.

Now, your agent calls `get_alerts` and delivers actionable intelligence immediately. It cuts out the middleman and gives you the official warning right when you need it. That's how fast you can act.

Common Questions About Weatherbit Alternative MCP

How do I check if an area is safe for construction using get_alerts? +

Use get_alerts by providing the location (city, postal code, or lat/lon). The tool queries local agencies and tells you instantly if there are active warnings like high winds or flash floods.

Can I compare today's pollution to last year using get_current_airquality? +

No. get_current_airquality only gives real-time data. To check historical trends, you must use get_hourly_history or get_daily_history and specify the date range.

What is the best way to get a forecast for a city name? +

First, run get_geocode with the city name. This converts it into precise coordinates (lat/lon). Then use those coordinates in tools like get_daily_forecast or get_current_weather.

How do I see lightning strikes happening right now using get_current_lightning? +

You must provide exact latitude and longitude inputs to get_current_lightning. The tool returns the coordinates of the nearest observed strike, giving you immediate site safety data.

What date format do I use for `get_daily_history` when retrieving past weather data? +

You must provide lat, lon, and the start/end dates in YYYY-MM-DD format. This structure is required to accurately pull historical records. Make sure your dates are sequential and follow this strict pattern.

If I use `get_hourly_forecast`, how do I handle location inputs that aren't coordinates? +

The tool requires latitude and longitude for hourly precision. If you only have a city name, run the get_geocode tool first. This provides the precise coordinates needed to query the detailed forecast.

If I use `get_alerts` and my location input is vague, what should I check? +

Check your inputs for specificity; using only a city name can lead to ambiguous results. Try providing a postal code or a specific city ID instead of just the name. This helps narrow down local agency coverage.

What is the difference between `get_normals` and running a live forecast? +

Forecasts predict conditions for a specific time period, while get_normals delivers the average climate data (1991-2020) for that date. Use normals to understand typical seasonal context.

Can I get a detailed hourly forecast for the next few days? +

Yes, use the get_hourly_forecast tool with lat/lon coordinates to get up to 240 hours of detailed weather data.

How do I check for severe weather warnings in my city? +

Use the get_alerts tool with your city name or postal code to retrieve active alerts from local meteorological agencies.

Can the agent monitor air quality levels? +

Absolutely. Use get_current_airquality for real-time data or get_airquality_forecast for a 3-day hourly outlook on pollutants like PM2.5 and Ozone.

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Claude Claude
ChatGPT ChatGPT
Cursor Cursor
Gemini Gemini
Windsurf Windsurf
VS Code VS Code
JetBrains JetBrains
Vercel Vercel
+ other MCP clients

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