# NASA Asteroids MCP for AI Agents AI Agent Connect > NASA Asteroids MCP gives your agent direct access to official asteroid and planetary defense data. You can pull live feeds of near-Earth objects, check specific asteroid details like velocity and size, and monitor upcoming close approaches. It also tracks atmospheric fireballs detected by government sensors. It's the fastest way to get planetary defense data into your workflow. ## Overview - **Category:** the-unthinkable - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_WoWbLy1QgKwF8qExCpSxhxqF9EybY2tyn3aKOlm3/ai-agent-connect - **Tags:** asteroid-tracking, near-earth-objects, space-weather, planetary-science, hazard-assessment ## Description This asteroid tracking MCP connects your AI client to official orbital data. Instead of hunting through complex orbital tables or refreshing multiple government websites, you can just ask your agent to pull the latest data. It handles the heavy lifting of querying official feeds to give you clear answers on what's moving toward Earth right now. You'll get specific details like miss distances, orbital velocities, and hazard assessments for near-Earth objects. If you need to track a specific rock, you can grab its unique identifier and get a full breakdown of its behavior. It even covers atmospheric fireballs, showing you where and how big these events were. Having this in your Vinkius catalog means you can turn a standard AI into a specialized planetary defense monitor without manual data scraping or complex coding. You can check if a specific object is potentially hazardous or see how many bolides were detected over a specific region. It's about getting the facts from the source without the friction of navigating government portals. ## Tools ### get_neo_feed Fetch a list of near-Earth asteroids approaching within a specific date range. This helps you see what's moving toward Earth right now. ### get_neo_lookup Pull detailed stats like size and velocity for a specific NASA SPK-ID. Use this to get a full breakdown of a single rock. ### get_neo_browse Scroll through the entire catalog of known near-Earth objects page by page. This is best for exploring the full database. ### get_close_approaches Find future Earth encounters filtered by distance, date, and size. This is critical for monitoring planetary defense. ### get_fireballs Get data on atmospheric bolides including location, energy, and altitude. Use this to see recent fireball events worldwide. ## Prompt Examples **Prompt:** ``` Are there any asteroids coming close to Earth this week? ``` **Response:** ``` Yes, there are 14 near-Earth objects (NEOs) approaching this week. The most notable is 2023 BX5, which is potentially hazardous. It's a large object (150-340m) passing about 1.8 million km away at a speed of 18.7 km/s. ``` **Prompt:** ``` Tell me about the asteroid 2001 FO32. ``` **Response:** ``` Asteroid 2001 FO32 is currently on a trajectory that will see it pass safely at a distance of about 1.25 million miles (5 lunar distances). It has an estimated diameter of 550 meters. ``` **Prompt:** ``` Were there any fireballs over the Pacific recently? ``` **Response:** ``` A significant fireball was detected over the central Pacific Ocean yesterday. It was a small bolide roughly 2 meters in size that burned up completely in the upper atmosphere, with a radiated energy output calculated by government sensors. ``` ## Capabilities ### Pull live asteroid feeds Get a list of near-Earth objects approaching within a specific date range. ### Get orbital details Retrieve size, velocity, and hazard status for a specific asteroid ID. ### Monitor close approaches Find future Earth encounters filtered by distance and size thresholds. ### Track atmospheric fireballs Get data on bolide events including location, energy, and altitude. ### Browse asteroid catalog Explore the complete database of known near-Earth objects page by page. ## Use Cases ### Identifying large rocks for upcoming months A researcher needs to know if any large rocks are coming near Earth next month. The agent uses get_close_approaches to filter by size and date. ### Checking a specific asteroid's danger level An enthusiast wants to know the danger level of a specific asteroid. The agent uses get_neo_lookup to pull hazard assessments and miss distances. ### Reviewing recent atmospheric bolide activity A hobbyist wants to see what happened over the Pacific yesterday. The agent uses get_fireballs to find recent bolide events and energy levels. ### Browsing the complete NEO database A student wants to see a list of all known NEOs. The agent uses get_neo_browse to paginate through the entire database for a full overview. ## Benefits - Skip the manual search. Use get_neo_feed to get a list of objects moving toward Earth instantly without jumping between tabs. - Get precise orbital mechanics. get_neo_lookup provides velocity and miss distance for specific IDs to help with hazard assessment. - Monitor planetary threats. Use get_close_approaches to find upcoming encounters with specific distance thresholds for safety. - Track atmospheric events. get_fireballs pulls data on bolides detected by government sensors for a clear view of local activity. - Explore the full catalog. get_neo_browse lets you dig through every known near-Earth object in the official database. ## How It Works The bottom line is you get real-time orbital data without having to navigate NASA's complex web portals. 1. Connect the Connector to your AI client through the Vinkius dashboard. 2. Ask your agent to find specific asteroids or check for upcoming close approaches. 3. Receive structured data on miss distances, orbital speeds, and hazard levels. ## Frequently Asked Questions **Can the NASA Asteroids MCP track real-time asteroid movements?** Yes, it pulls live feeds from NASA's NeoWs and JPL's CNEOS. You can get current miss distances, velocities, and hazard assessments for objects moving toward Earth. **How does the NASA Asteroids MCP handle atmospheric fireballs?** It pulls data from government sensors to show you where bolides were detected, their estimated size, altitude, and energy levels. **Can I use the NASA Asteroids MCP to find specific asteroids by ID?** Yes, you can provide a NASA SPK-ID and the Connector will pull the full orbital and hazard profile for that specific object. **Is the NASA Asteroids MCP good for planetary defense research?** It's perfect for that. It allows you to filter future close approaches by size, date, and distance thresholds to identify potential threats. **Does the NASA Asteroids MCP provide a list of all known asteroids?** It allows you to browse the complete database of known near-Earth objects page by page so you can explore the full database. **Can I use the NASA Asteroids MCP to check for hazardous objects?** Yes, the feed includes a specific flag for potentially hazardous asteroids, making it easy to filter out the most concerning objects. **What does 'potentially hazardous' mean?** A Potentially Hazardous Asteroid (PHA) passes within 0.05 AU (~7.5 million km) and is larger than 140 meters. This doesn't mean it will hit Earth — just that its orbit warrants monitoring. **How frequently is the asteroid data updated?** The NeoWs API is updated daily with the latest orbital calculations and close approach tracking data from JPL's Center for Near Earth Object Studies. **Does this API include data on historical asteroid impacts?** Yes, the API provides access to fireball and bolide data, which tracks bright atmospheric meteor events detected by government sensors, including historical records.