# ESA Near Earth Objects MCP for AI Agents AI Agent Connect > ESA Near Earth Objects MCP lets you pull real-time asteroid data, orbital elements, and impact risk assessments directly from the European Space Agency. Track upcoming flybys, get physical properties like diameter and albedo, and monitor planetary defense priority lists without leaving your AI client. ## Overview - **Category:** the-unthinkable - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_LGhkTG7QrovV9yDxcO38dfZ25anhkSN2RREishuz/ai-agent-connect - **Tags:** esa, asteroids, neo, planetary-defence, space-safety, close-approaches ## Description This Connector connects your AI client directly to the European Space Agency's Near-Earth Object Coordination Centre. Instead of manually cross-referencing tables, you can just ask your agent to pull the latest orbital elements or check if a specific object is on the official risk list. It's built for anyone who needs reliable space safety data for research, reporting, or just staying informed about what's orbiting our planet. Because Vinkius hosts this, you can plug it into your existing workflow and get mission-critical data updated multiple times a day. You get the raw numbers for miss distances, velocities, and Palermo Scale ratings without the friction of navigating government databases. You can get the diameter of a specific rock or the priority list for follow-up observations directly in your chat interface. ## Tools ### get_impact_table Get impact monitoring data for potentially hazardous objects. This includes projected dates and Palermo Scale values. ### get_object_close_approaches Retrieve miss distances and velocities for a specific asteroid. Use this to see how close an object will pass by Earth. ### check_esa_neocc_status Verify the connection to the ESA NEOCC is active and working. Use this to confirm your integration is live. ### get_all_nea_list Pull the full catalog of known near-Earth asteroids. This is useful for large-scale audits or searching for a specific designation. ### get_object_ephemerides Pull right ascension and declination data for specific asteroids. This is essential for planning telescope observations. ### get_object_orbital_elements Get the orbital parameters required for trajectory computation and risk assessment. These are essential for tracking paths. ### get_object_physical_properties Fetch diameter, albedo, and spectral type data from the ESA database. Use this to learn about the physical makeup of an asteroid. ### get_priority_list Get the list of NEOs that need immediate follow-up observation. These objects have incomplete orbital arcs and need more tracking. ### get_recent_close_approaches Review past flyby events to validate orbital predictions. This helps in verifying the accuracy of current tracking data. ### get_risk_list Get the official ESA asteroid impact risk list. This includes Palermo Scale values and Torino ratings for monitored objects. ### get_special_risk_list Access the special priority list of objects with heightened scientific interest. These are highlighted for planetary defense. ### get_upcoming_close_approaches Pull the latest data on asteroids approaching Earth. This data is updated multiple times a day by the ESA Space Safety programme. ## Prompt Examples **Prompt:** ``` What asteroids are coming close to Earth this month? ``` **Response:** ``` I've retrieved the latest data on upcoming asteroid close approaches. Here are the most significant flybys scheduled for this month: | Designation | Date | Miss Distance | Velocity | | :--- | :--- | :--- | :--- | | **2022UU8** | Oct 14 | 3.34M km | 12.4 km/s | | **2024YR4** | Oct 22 | 1.12M km | 15.8 km/s | | **99942 Apophis** | Nov 05 | 0.45M km | 22.1 km/s | Would you like me to check the risk assessments for any of these specific objects? ``` **Prompt:** ``` Is asteroid 2024YR4 on any risk lists? ``` **Response:** ``` I've checked the official ESA risk lists for **2024YR4**. * **Risk List Status:** Active * **Palermo Scale Value:** -2.3 * **Torino Scale Rating:** 0 * **Status:** Currently within normal background risk levels. It is being monitored by the ESA Planetary Defence Office, but there is no immediate threat of impact. ``` **Prompt:** ``` Give me the physical stats for 99942 Apophis. ``` **Response:** ``` Here are the physical properties for **99942 Apophis** from the ESA database: * **Estimated Diameter:** 370 meters * **Absolute Magnitude (H):** 21.3 * **Spectral Type:** S-type * **Albedo:** 0.20 Would you like to see its orbital elements or upcoming close approach dates? ``` ## Capabilities ### Retrieve upcoming asteroid flybys Get data on upcoming asteroid encounters including miss distances and relative velocities. ### Access official impact risk lists Pull the ESA risk list to see objects with non-zero cumulative impact probabilities. ### Query orbital elements Fetch orbital parameters for any known near-Earth object by its designation. ### Get physical properties Retrieve data on asteroid diameter, albedo, and spectral type from the official database. ### Monitor planetary defense priorities Access the Aegis impact monitoring table and priority observation lists. ### Review past close approaches Retrieve historical flyby events to validate orbital predictions and past data. ## Use Cases ### Planning telescope observations An astronomer needs to plan a night of observations. They ask the agent to pull ephemerides for 2024YR4 to see its position and magnitude, saving hours of manual data entry. ### Verifying space safety reports A journalist is writing a story on space safety. They ask for the latest asteroid flybys and the current risk list to verify if any are near, ensuring their report is accurate. ### Monitoring high-priority targets A defense analyst needs to monitor high-priority targets. They ask for the priority list and the special risk list to see which objects need more tracking, streamlining their response workflow. ### Learning about specific asteroids A hobbyist wants to know about a specific asteroid. They ask for the physical properties and orbital elements of 99942 Apophis to learn more about its size and path. ## Benefits - Skip the web portals. Use `get_object_orbital_elements` to get trajectory data instantly instead of clicking through ESA's website and hunting for specific tables. - Faster reporting. Use `get_upcoming_close_approaches` to grab stats for your next news cycle or social post in seconds, ensuring your info is current. - Precise planning. Use `get_object_ephemerides` to get exact sky positions for telescope pointing without having to do any manual math or conversion. - Accurate risk monitoring. Use `get_risk_list` to see official Palermo Scale ratings and Torino ratings for specific hazards without digging through PDFs. - Deep physical insights. Use `get_object_physical_properties` to get diameter and albedo data for any known near-Earth object without searching through archives. ## How It Works The bottom line is you get direct access to ESA space safety data without the manual data entry. 1. Subscribe to the ESA Near Earth Objects MCP on Vinkius. 2. Connect your preferred AI client without needing an API key. 3. Ask your agent to fetch specific asteroid data or risk assessments. ## Frequently Asked Questions **How can I use the ESA Near Earth Objects MCP for asteroid tracking?** You can use it to pull real-time data on asteroid trajectories, physical properties, and risk assessments. It allows your AI agent to act as a planetary defense analyst, fetching specific data points like miss distances or orbital elements instantly. **Does the ESA Near Earth Objects MCP require an API key?** No, it does not. The ESA NEOCC is a public service, so you can connect this Connector and start querying data immediately without any extra authentication steps. **Can I get orbital elements for specific asteroids with the ESA Near Earth Objects MCP?** Yes, you can. The Connector allows you to query orbital elements for any known near-Earth object by its designation, providing the data needed for trajectory computation and observation planning. **What kind of risk data does the ESA Near Earth Objects MCP provide?** It provides access to the official ESA risk list, including Palermo Scale values and Torino ratings. You can also access the special risk list for objects of heightened scientific interest. **Is the data in the ESA Near Earth Objects MCP updated in real-time?** The data is updated multiple times daily directly from the ESA Space Safety programme, ensuring that your AI agent has access to the most current information on asteroid movements. **Who is the ESA Near Earth Objects MCP best for?** It is ideal for astronomers, researchers, and space enthusiasts who need to access authoritative space safety data without manually navigating complex web portals or government databases. **Do I need an API key to use this server?** No. The ESA NEOCC API is completely public and requires no authentication. Simply subscribe to this server and enter any placeholder value in the API key field to start querying asteroid data immediately. **How often is the asteroid data updated?** The ESA NEOCC updates its close approach data, risk lists, and impact monitoring tables multiple times per day. Orbital elements and physical properties are updated whenever new observational data becomes available from ground-based telescopes worldwide. **Can I query data for a specific asteroid like Apophis?** Yes! Use the object-specific tools with the asteroid's designation. For example, query orbital elements for '99942' (Apophis), or get close approaches for '2024YR4'. The designation should match the official IAU format used in the NEOCC database.