# NOAA Space Weather MCP for AI Agents AI Agent Connect

> NOAA Space Weather — Solar & Geomagnetic Intelligence provides real-time data from the NOAA Space Weather Prediction Center. It gives your agent access to the Kp index, 3-day forecasts, solar wind speeds, aurora probability models, and solar flux. It's the go-to for anyone tracking geomagnetic storms, satellite health, or aurora hunting.

## Overview
- **Category:** the-unthinkable
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_9Kfn9YBlfCILfCYN0eMV88wvIQVxgnIQY7lvE4pz/ai-agent-connect
- **Tags:** space-weather, geomagnetic-index, solar-wind, aurora-forecast, satellite-data

## Description

When you connect this Connector, your agent becomes a real-time space weather analyst. Instead of flipping between multiple NOAA tabs or checking satellite feeds manually, you can just ask your agent for the current state of the magnetosphere. It pulls live data on solar wind speeds and magnetic field conditions directly from the DSCOVR satellite. If you're tracking the aurora, you can get the Ovation model's probability map without hunting for the latest PDF. This is a huge win for anyone managing infrastructure or hobbyist gear. You can check if a geomagnetic storm is hitting your power grid or if HF radio propagation is going to be clear for your next transmission. It also handles the heavy lifting for solar flux and Dst index monitoring, which are usually buried in complex tables. By adding this to your setup through the Vinkius catalog, you turn raw NOAA data into actionable intelligence. You get the numbers you need to make decisions on satellite safety or polar flight routes without the research headache.

## Tools

### get_k_index_forecast
Pulls the 3-day Kp forecast to help plan for future geomagnetic activity. Use this to anticipate storm impacts.

### get_solar_wind
Gets real-time solar wind speed and magnetic field data from the DSCOVR satellite. It helps identify conditions driving geomagnetic storms.

### get_aurora_forecast
Fetches the Ovation model data to provide global aurora probability forecasts. It uses real-time solar wind data for accuracy.

### get_solar_flux
Provides the 10.7cm solar radio flux as a proxy for overall solar activity. High values indicate increased sunspot activity.

### get_dst_index
Returns the Dst index to measure the intensity of the ring current storm. This is critical for satellite and grid monitoring.

### get_planetary_k_index
Retrieves the current Kp index to see if geomagnetic storms are active. This is essential for tracking aurora probability.

## Prompt Examples

**Prompt:** 
```
Can I see the aurora tonight?
```

**Response:** 
```
🌌 **Aurora Probability Tonight**

| Metric | Value |
| :--- | :--- |
| Current Kp | 4 (Active) |
| Forecast | Kp 5 (Minor Storm) expected 9pm-midnight |
| Solar Wind | 520 km/s (elevated) |
| Bz Condition | -6 nT (Southward - Favorable) |

✅ **Likely Visible From:**
- Northern US states (WA, MT, MN, WI, MI, NY, ME)
- Southern Canada
- Northern Europe

❌ **Not Visible From:** Southern US, tropics
```

**Prompt:** 
```
What is the current solar wind status?
```

**Response:** 
```
☀️ **Solar Wind (Real-Time)**

- **Speed:** 485 km/s (moderate)
- **Bz:** -3.2 nT (slightly southward)
- **Bt:** 7.8 nT
- **Density:** 4.2 p/cm³

**Solar Flux (F10.7):** 148 SFU (above average)
**Dst:** -28 nT (quiet)

⚡ **Conditions:** mildly disturbed. HF radio propagation good. No significant storm expected in next 24h.
```

**Prompt:** 
```
Is there a geomagnetic storm happening right now?
```

**Response:** 
```
⚡ **Geomagnetic Status Update**

- **Current Kp Index:** 4
- **Dst Index:** -28 nT
- **Status:** Minor geomagnetic activity detected.

**Summary:** Conditions are currently mild. No severe geomagnetic storm is active, but solar wind speeds are slightly elevated. Radio operators should expect minor fluctuations in HF propagation.
```

## Capabilities

### Get current Kp index
Retrieve the current Kp index to see if geomagnetic storms are active.

### Pull 3-day geomagnetic forecasts
Get the 3-day Kp forecast to help plan for future geomagnetic activity.

### Check live solar wind speed
Get real-time solar wind speed and magnetic field data from the DSCOVR satellite.

### Fetch aurora probability maps
Fetch the Ovation model data to provide global aurora probability forecasts.

### Monitor 10.7cm solar flux
Provide the 10.7cm solar radio flux as a proxy for overall solar activity.

### Track ring current storm intensity
Return the Dst index to measure the intensity of the ring current storm.

## Use Cases

### Aurora Planning
A traveler asks if they'll see the northern lights tonight. The agent checks get_planetary_k_index and get_aurora_forecast to give a yes or no answer and a list of locations.

### Satellite Safety
An engineer asks about solar wind. The agent uses get_solar_wind to check for high speeds and southward Bz values that might threaten orbital assets.

### Radio Propagation
A hobbyist asks about HF radio. The agent pulls get_solar_flux to determine if the sun is currently interfering with long-distance signals.

### Grid Monitoring
A manager asks about storm intensity. The agent uses get_dst_index to see if the ring current is reaching levels that threaten the power infrastructure.

## Benefits

- Stop hunting for NOAA data. Use get_planetary_k_index to get instant updates on geomagnetic activity without opening a browser.
- Plan your aurora trips better. get_k_index_forecast gives you a 3-day outlook so you don't waste time on low-activity nights.
- Protect your hardware. Use get_solar_wind and get_dst_index to monitor conditions that could damage satellites or power grids.
- Improve radio communication. Check get_solar_flux to see how solar activity is impacting HF radio propagation in real time.
- Get precise aurora data. Use get_aurora_forecast to access the Ovation model's global probability maps directly through your agent.

## How It Works

The bottom line is it turns NOAA's complex space weather data into instant answers for your agent.

1. Connect the NOAA Space Weather MCP to your AI client via Vinkius.
2. Ask your agent for specific space weather data like the current Kp index or solar wind speed.
3. Receive real-time values and analysis to plan for geomagnetic activity.

## Frequently Asked Questions

**Can the NOAA Space Weather MCP tell me if I'll see the northern lights?**
Yes, it pulls aurora probability data and Kp index forecasts. It can tell you if the conditions are right for visibility and which regions are most likely to see them based on the Ovation model.

**How often is the space weather data updated?**
The Kp index is updated every 3 hours. Other metrics like solar wind speed are pulled in real-time from the DSCOVR satellite for the most current status.

**Can this help me protect my satellite equipment?**
Yes, it monitors solar wind speeds and the Dst index. These are critical for identifying geomagnetic storms that can cause hardware damage or signal interference for orbital assets.

**Does this Connector provide general weather forecasts?**
No, this is strictly for space weather intelligence. It does not provide local weather like rain, temperature, or wind speeds on Earth.

**What is the Kp index and why does it matter?**
The Kp index measures geomagnetic activity. It tells you how active the magnetosphere is, which determines everything from aurora visibility to power grid stability.

**Can I use this to check radio propagation?**
Yes, by checking the solar flux. This helps you see how much solar activity is currently impacting HF radio signals for long-distance communication.

**What Kp level is needed to see aurora?**
Kp ≥ 5: visible from northern US/southern Canada. Kp ≥ 7: visible from mid-latitudes (40°N). Kp = 9: rare — aurora visible from southern US/Europe. Check the Ovation model for precise probability at your location.