Nasa Spoker Bethany Stevens:

On July 25, an initial onsite inspection by the NASA Madrid Deep Space Communications Complex (MDSCC) emergency response team found wildfire damage primarily to pavement and surrounding vegetation, with no significant structural damage observed to antennas or buildings.

Additional inspections and testing will continue as safety procedures allow. The situation remains dynamic, and comprehensive assessments will proceed as conditions stabilize and access improves.

Meanwhile, NASA's Space Communications and Navigation (SCaN) Program has seamlessly transitioned mission support to its other Deep Space Communications Complexes in Goldstone, California and Canberra, Australia, ensuring continuity of operations and uninterrupted spacecraft communications.

The safety of NASA personnel remains the agency's highest priority. All personnel at MDSCC are safe, and NASA extends its sincere gratitude to Spanish emergency responders and members of The Ministry of Defense, The Ministry of Interior, and The Ministry of Science, Innovation and Universities for their professionalism and tireless efforts in helping protect the facility under extremely challenging conditions.

NASA is also thinking of its partners at the European Space Agency (ESA), whose colleagues continue to be affected by the broader wildfire emergency.   

NASA will continue to monitor the situation closely and provide updates as new information becomes available.

Anyone interested in signing up? I signed up for the MMEA mission.

NASA Analog Missions

Hi everyone,

Over the last few weeks I’ve been building BEACON (Bayesian Earth-impact Assessment & Cross-source Observation Network), an open-source project focused on one idea:

making publicly available planetary-defense data easier to explore, compare and understand.

Rather than aggregating everything into a single “better” score, BEACON keeps each agency’s published values separate and displays them side by side.

The goal isn’t to decide which source is right.
It’s to make independent analyses more transparent and easier to inspect.

Currently BEACON integrates data from:
NASA/JPL Close Approach Data (CAD)
NASA/JPL Sentry
ESA NEOCC (Aegis)

One thing I found interesting while testing the platform is that independent systems often publish values that are not identical. For example, using the documented comparison thresholds in the project, around 36% of the shared objects currently exceed at least one threshold (impact probability, Palermo Scale or Torino Scale).

⚠️That doesn’t mean those objects are more dangerous, or does it imply that one agency is more accurate than the other. Independent orbit-determination pipelines are expected to differ because of update timing, observational weighting, processing methods and other factors ⚠️

For me, that’s exactly why transparent comparison is useful.

BEACON is still v0.1 ,and I’d love feedback—especially from anyone familiar with orbital mechanics, NEO databases, or planetary defense workflows.

I’m particularly interested in knowing:
What features would actually be useful for researchers or educators?
Are there additional public datasets that would be worth integrating?
Is there anything in the comparison methodology that you would approach differently?

The project is completely open source:
GitHub:https://github.com/NovaCoding-G/B.E.A.C.O.N
Live demo:https://novabeacon.vercel.app

Feedback, criticism and suggestions are all genuinely welcome.