How a $337 Million Satellite Went Dark at the Exact Moment It Could Have Proven 3I/ATLAS Isn’t a Comet — and Why NASA, the CIA, and the Academic Establishment Are All Running the Same Playbook
Astounding. Thank you for this incredible information. It’s like a crime scene where the criminals removed the incriminating evidence leaving just enough to tell a story but very different than what actually transpired.
So as an airplane mechanic worked fighter Jets in the 80s n 90s to go on and delivering corporate jets to the super rich n Ultra wealthy. Can you please in layman's terms give a short summary of all these findings? Least amount of words to describe what these findings MIGHT PROVE.
And thanks I did the read the whole article but a lil overwhelmed with terminology.
An interstellar object is flying through our solar system. It's accelerating on its own, has jets that don't behave like a comet's, and is headed straight for Jupiter's gravitational sweet spot with suspicious precision.
When our best satellite was about to get its clearest look, it mysteriously went offline for three days. A month before that, another NASA spacecraft at Mars started spinning unexpectedly and went dark right as the object crossed Mars's orbit. Two imaging satellites, down.
The CIA classified it. The Space Force scrambled a launch. A federal database got quietly edited.
Could be the weirdest comet ever but the institutions aren't treating it like one. We think it's a probe.
Good question. From where we sit this is one of the largest indicators of probe activity.
Jupiter is the best parking spot in the solar system. From its orbit, you have a clear line of sight to every inner planet, including Earth. It has over 100 moons. That's 100+ places to hide, refuel, or repair. Jupiter's gravity is so massive that once you're in orbit, you don't have to burn fuel to stay. You just stay.
We know this is a good idea because we keep doing it ourselves. Juno has been orbiting Jupiter since 2016. Europa Clipper launched in 2024 and is headed there now. ESA's JUICE spacecraft launched in 2023, also headed there. China is planning Tianwen-4 to follow. Four separate space agencies looked at the same solar system and picked the same planet. That's convergent logic.
And here's where it gets really interesting. Jupiter is the loudest natural radio source in this solar system after the Sun. If you wanted to mask your own transmissions inside background noise, Jupiter is the place to sit. Its magnetosphere is the largest structure in the solar system. Twenty million kilometers of charged particle environment that could serve as a power source, a shield, or both. And the Io plasma torus, a massive ring of ionized particles circling Jupiter, is an energy source that doesn't exist anywhere else in this system.
If you were designing a long-term observation mission for this solar system, you'd pick the exact same spot. The proof: is everyone else is doing it.
Fascinating. All of the points you make about Jupiter are very grounded. What I wonder about is this: assuming this is a ship, surely it would be a massive investment of resources for whoever made it. It would also imply that the Universe is brimming with intelligent technological civilizations which would exacerbate the Fermi Paradox. Are humans really that interesting? Wouldn’t it be easier and less expensive to send faster, more concealable, smaller probes across interstellar distances?
You're making a reasonable assumption, but it might be the wrong one. You're assuming it's a single object. Loeb's mass budget analysis raises the possibility of something carrier-class. There isn't enough surface area on the object to produce all the water we are seeing. We've raised similar questions in past articles. If the coma is being masked and we aren't able to tell the size of the object, how do we know we are looking at one object?
On the Fermi Paradox: it doesn't take a universe brimming with civilizations. It takes one. One civilization, one probe, one time. The isotope data suggests this object is over 10 billion years old. That's older than our sun. When we consider the time frame it's taken us to expand to other planets (we'll use the baseline estimate of 2.8 million years), it doesn't seem unlikely that a civilization billions of years old could travel to a new system.
Whatever sent it didn't need to know we were here. There are plenty of reasons to monitor/expand to new systems. Liquid water, a stable star, complex chemistry, etc. Our system was habitable long before we showed up.
It's an intelligently designed craft, taking a panoramic road-trip through our solar system and gathering data. To land on Jupiter on March 16, 2026. I think that about sums it up nicely.
Great article, thanks! So when the sun, the earth & 3i/ATLAS were aligned was the brightness surge due to increased reflectivity from the surface of 3i/ATLAS? Or is it proposed that the objects making up the anti-tail were somehow aligned so that they all had reflective surfaces pointing towards us (which would be slightly mind blowing!)?
Is there any other non-US satellite or telescope the data could be gathered from?
Yes. They all show it as a comet. Poster is similar to “The Sun” Tabloid. FYI
This is some top notch OSINT and presentation. Keep up the great work.
This article was removed from /r/OSINT
Astounding. Thank you for this incredible information. It’s like a crime scene where the criminals removed the incriminating evidence leaving just enough to tell a story but very different than what actually transpired.
Thank you for your detailed analysis.
So as an airplane mechanic worked fighter Jets in the 80s n 90s to go on and delivering corporate jets to the super rich n Ultra wealthy. Can you please in layman's terms give a short summary of all these findings? Least amount of words to describe what these findings MIGHT PROVE.
And thanks I did the read the whole article but a lil overwhelmed with terminology.
An interstellar object is flying through our solar system. It's accelerating on its own, has jets that don't behave like a comet's, and is headed straight for Jupiter's gravitational sweet spot with suspicious precision.
When our best satellite was about to get its clearest look, it mysteriously went offline for three days. A month before that, another NASA spacecraft at Mars started spinning unexpectedly and went dark right as the object crossed Mars's orbit. Two imaging satellites, down.
The CIA classified it. The Space Force scrambled a launch. A federal database got quietly edited.
Could be the weirdest comet ever but the institutions aren't treating it like one. We think it's a probe.
Why do you think it headed for Jupiter?
Good question. From where we sit this is one of the largest indicators of probe activity.
Jupiter is the best parking spot in the solar system. From its orbit, you have a clear line of sight to every inner planet, including Earth. It has over 100 moons. That's 100+ places to hide, refuel, or repair. Jupiter's gravity is so massive that once you're in orbit, you don't have to burn fuel to stay. You just stay.
We know this is a good idea because we keep doing it ourselves. Juno has been orbiting Jupiter since 2016. Europa Clipper launched in 2024 and is headed there now. ESA's JUICE spacecraft launched in 2023, also headed there. China is planning Tianwen-4 to follow. Four separate space agencies looked at the same solar system and picked the same planet. That's convergent logic.
And here's where it gets really interesting. Jupiter is the loudest natural radio source in this solar system after the Sun. If you wanted to mask your own transmissions inside background noise, Jupiter is the place to sit. Its magnetosphere is the largest structure in the solar system. Twenty million kilometers of charged particle environment that could serve as a power source, a shield, or both. And the Io plasma torus, a massive ring of ionized particles circling Jupiter, is an energy source that doesn't exist anywhere else in this system.
If you were designing a long-term observation mission for this solar system, you'd pick the exact same spot. The proof: is everyone else is doing it.
Fascinating. All of the points you make about Jupiter are very grounded. What I wonder about is this: assuming this is a ship, surely it would be a massive investment of resources for whoever made it. It would also imply that the Universe is brimming with intelligent technological civilizations which would exacerbate the Fermi Paradox. Are humans really that interesting? Wouldn’t it be easier and less expensive to send faster, more concealable, smaller probes across interstellar distances?
You're making a reasonable assumption, but it might be the wrong one. You're assuming it's a single object. Loeb's mass budget analysis raises the possibility of something carrier-class. There isn't enough surface area on the object to produce all the water we are seeing. We've raised similar questions in past articles. If the coma is being masked and we aren't able to tell the size of the object, how do we know we are looking at one object?
On the Fermi Paradox: it doesn't take a universe brimming with civilizations. It takes one. One civilization, one probe, one time. The isotope data suggests this object is over 10 billion years old. That's older than our sun. When we consider the time frame it's taken us to expand to other planets (we'll use the baseline estimate of 2.8 million years), it doesn't seem unlikely that a civilization billions of years old could travel to a new system.
Whatever sent it didn't need to know we were here. There are plenty of reasons to monitor/expand to new systems. Liquid water, a stable star, complex chemistry, etc. Our system was habitable long before we showed up.
It's an intelligently designed craft, taking a panoramic road-trip through our solar system and gathering data. To land on Jupiter on March 16, 2026. I think that about sums it up nicely.
What a nice analysis, Sentinel. Appreciate the great work.
Thank you for reading Ed. This is the one that made us really dig in and take this seriously.
All of your friends are happy you dug in.
Thanks for this information..
Lol. (Sorry to be so juvenile). "Cameras were all out" biggest clue the whole shebang is a psyop to cover other (occult to us) stuff.
Great article, thanks! So when the sun, the earth & 3i/ATLAS were aligned was the brightness surge due to increased reflectivity from the surface of 3i/ATLAS? Or is it proposed that the objects making up the anti-tail were somehow aligned so that they all had reflective surfaces pointing towards us (which would be slightly mind blowing!)?