# NASA DONKI MCP for AI Agents AI Agent Connect

> NASA DONKI — Space Weather Intelligence. Access NASA's space weather database to track solar flares, CMEs, geomagnetic storms, and radiation belt events in real-time.

## Overview
- **Category:** the-unthinkable
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_PqdiVxU4WVsBqjMSuhaqrnGNo1S2Hpmh2jO9EkT1/ai-agent-connect
- **Tags:** space-weather, solar-flares, geomagnetic-storms, real-time-notifications, astrophysics

## Description

NASA DONKI — Space Weather Intelligence connects your AI client directly to NASA's Database Of Notifications, Knowledge, and Information. You can stop jumping between different browser tabs to see what's happening on the Sun. Instead, you just ask your agent to find out if there are any active solar flares or if a coronal mass ejection is headed toward Earth. It pulls specific data on geomagnetic storms, interplanetary shocks, and radiation belt events. If you're looking for a way to keep your satellite operations safe or just want to know why your radio is acting up, this Connector puts that data right in your chat. You'll find it listed in the Vinkius catalog alongside other high-level scientific tools.

This connection is built for people who need to react to solar activity quickly. You can get a summary of the latest notifications to see what's moving in the solar system. You can also dig into the specifics of X-class flares that cause radio blackouts or check the Kp index to see if a geomagnetic storm is hitting the power grid. It takes the raw data from NASA and turns it into a format your agent can use to help you make decisions. You get the info you need without the manual research.

## Tools

### get_solar_energetic_particles
Find Solar Energetic Particle events that pose risks to satellite electronics and astronauts.

### get_cme
Get Coronal Mass Ejection events from NASA DONKI. This helps you track solar wind bursts that cause geomagnetic storms.

### get_solar_flares
Fetch solar flare events by class to monitor radio blackouts. It includes peak times and the active region.

### get_geomagnetic_storms
Retrieve geomagnetic storm data including Kp indices to check for power grid impacts.

### get_interplanetary_shocks
Look for interplanetary shock waves that often precede major geomagnetic storms.

### get_radiation_belt
Check radiation belt enhancement events to assess risks for medium Earth orbit satellites.

### get_donki_notifications
Pull a unified feed of all recent space weather events for a quick status update.

## Prompt Examples

**Prompt:** 
```
Were there any solar flares this month?
```

**Response:** 
```
☀️ **Solar Flares — April 2026**

| Date | Class | Peak | Region |
|------|-------|------|--------|
| Apr 2 | M2.1 | 14:32 UT | AR 3842 |
| Apr 3 | C7.4 | 08:15 UT | AR 3840 |
| Apr 3 | X1.2 | 22:47 UT | AR 3842 |

3 flares this month. 1 X-class — may cause HF radio blackouts.
```

**Prompt:** 
```
Were there any major geomagnetic storms last year?
```

**Response:** 
```
Yes, there were 12 significant geomagnetic storms last year reaching Kp index 6 or higher. The most severe was a G4-class storm in May, which caused auroras to be visible as far south as Texas.
```

**Prompt:** 
```
Check if any interplanetary shocks are approaching.
```

**Response:** 
```
Based on DONKI data, there is 1 interplanetary shock approaching. It is linked to a CME that erupted two days ago and is expected to pass by the DSCOVR satellite within the next 8-12 hours.
```

## Capabilities

### Pull CME data
Get data on coronal mass ejections to track solar wind bursts.

### Filter solar flares
Retrieve solar flare events categorized by C, M, and X classes.

### Track geomagnetic storms
Monitor Kp indices and linked storm data for grid safety.

### Monitor interplanetary shocks
Identify shock waves that often precede major geomagnetic storms.

### Check radiation belts
Assess radiation belt enhancement risks for satellites in orbit.

### Get unified notifications
Access a single feed for all recent space weather events.

## Use Cases

### Satellite maneuver safety
A satellite operator asks their agent to check radiation belt enhancements before planning a move. The agent uses get_radiation_belt to confirm it is safe.

### Grid risk assessment
A power grid engineer asks for the current Kp index. The agent uses get_geomagnetic_storms to see if a storm is threatening the local grid.

### Research data collection
An astrophysicist asks for all CMEs from the last 30 days. The agent uses get_cme to pull a list for a research paper.

### Radio interference troubleshooting
A radio hobbyist asks if solar flares are causing noise. The agent uses get_solar_flares to check for active X-class flares.

## Benefits

- Get real-time alerts on X-class solar flares without manual refreshing by using get_solar_flares.
- Monitor geomagnetic storm risks and Kp indices for grid safety with get_geomagnetic_storms.
- Track incoming coronal mass ejections to prepare for solar wind bursts using get_cme.
- Assess radiation belt risks for satellites in medium Earth orbit with get_radiation_belt.
- Access a unified feed of all recent space weather events with get_donki_notifications.

## How It Works

The bottom line is you get direct access to NASA's space weather database through a single chat interface.

1. Connect the NASA DONKI MCP to your AI client.
2. Ask your agent to fetch specific space weather data like solar flares or Kp indices.
3. Get a summarized report or a detailed list of recent solar events.

## Frequently Asked Questions

**What can NASA DONKI MCP do for my satellite operations?**
It provides real-time data on radiation belt enhancements and solar flares. This helps you monitor risks to your hardware and plan safe orbital maneuvers.

**How does NASA DONKI MCP help with power grid safety?**
The Connector pulls geomagnetic storm data and Kp indices. You can use this to see if solar activity is likely to cause power fluctuations or grid issues.

**Can NASA DONKI MCP track specific solar flare classes?**
Yes, it can fetch flares by C, M, and X classes. This is useful for identifying extreme events that might cause radio blackouts or satellite damage.

**What is the difference between CMEs and solar flares in NASA DONKI MCP?**
CMEs are massive bursts of solar wind that cause geomagnetic storms. Solar flares are bursts of light and energy. The Connector lets you track both separately.

**Can I get a live feed of all space weather events with NASA DONKI MCP?**
Yes, you can pull a unified feed of all recent notifications. It gives you a quick overview of all active solar events in one place.

**Does NASA DONKI MCP provide data on radiation belts?**
Yes, it specifically tracks radiation belt enhancement events. This is critical for monitoring the Van Allen belts and their impact on satellites.

**What is the difference between DONKI and SWPC?**
DONKI is NASA's historical database of space weather events with detailed analysis. SWPC (Space Weather Prediction Center, under NOAA) focuses on real-time monitoring and forecasting. They complement each other.

**What happens during a Geomagnetic Storm?**
Geomagnetic storms, triggered by solar activity, can cause auroras, disrupt satellite communications, affect GPS accuracy, and in extreme cases, induce currents that trip electrical grids.

**How long does it take for a CME to reach Earth?**
Coronal Mass Ejections typically take 1 to 5 days to reach Earth, depending on their speed, which can range from 250 km/s to over 3,000 km/s.