Pentagon UAP investigations face a missing-data problem, scientist says
Ross Coulthart's Reality Check interview examines an apparent high-speed object, persistent sky-watching and military sensor records that disappear.
Why this story? The video opened at a pace of 144,041 views a day, 11 times a normal first day on this channel (13,222).
Inside the Pentagon's Anomaly Office | Reality Check
Things we can learn from the video
Press to jump
- 2:04Bostic describes AARO as a collector and evaluator of reports, rather than the owner of all government UAP information.
- 7:40Camera geometry and parallax explain why the Go Fast object appears to move faster than Bostic's analysis finds.
- 22:41Gremlin uses multiple sensors to detect, track and characterize objects through sustained observation.
- 30:00Operational systems can erase or overwrite sensor records, leaving investigators without evidence needed for later analysis.
- 36:09Bostic says reports near nuclear installations require persistent local sensor coverage before researchers can establish definitive correlations.
- 41:13He explains that official footage may be redacted to protect military equipment specifications and operational locations.
Ross Coulthart asks what the Pentagon knows about unexplained objects. His guest keeps returning to a more practical question: what evidence did its sensors actually save?
In NewsNation's "Inside the Pentagon's Anomaly Office | Reality Check," physicist and former AARO science advisor Dr. Randy Bostic says military systems often erase or overwrite records that researchers would need to explain an encounter. Detecting something and preserving enough information to identify it are different jobs.
The interview drew about 57,000 views in its first six hours, already more than four times NewsNation's usual full-day audience for regular videos. It joins unusually fast-starting election uploads on a channel whose most-watched regular videos include Coulthart's interview with UFO whistleblower David Grusch.
Speaking at a UAP studies conference in Toronto, Bostic describes the All-domain Anomaly Resolution Office as a collector and evaluator of information held across government, rather than a repository of hidden answers. Coulthart presses him on investigators' access to alleged crash-retrieval programs and records of radar interference.
Their clearest worked example is the Navy's Go Fast footage. Bostic explains how camera geometry and the changing background can make an object appear to travel much faster than it does. "The conclusion really was just that the object was not moving as fast as it appeared to be. It's parallax," he says.
Later, the discussion turns to Gremlin, AARO's dedicated sensor system, designed to watch continuously and gather information that fleeting encounters may not preserve. Bostic describes the unglamorous part of that work: collecting nothing for weeks at a time.
On reports near nuclear installations, his answer is similarly specific: without persistent local observations, researchers cannot establish definitive correlations. He advocates bringing commercial and civilian sensors into the effort, alongside the military equipment that first raises so many of the questions.
The All-domain Anomaly Resolution Office is a US Defense Department office that investigates unidentified objects and phenomena in the air, at sea, in space and on land.
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Where next?
- Channel
- NewsNation
- Subscribers
- 2,800,000 ▲ 10,000 this week
- Channel views, last 7 days
- 13,669,236
- Channel views, pace per day
- 2,138,206 (on a normal day: 1,834,599)
- Video published
- November 3, 2026
- Video views so far
- 57,159 (less than a day online)
- Video views, pace per day
- 144,041
The numbers
The interview passed NewsNation's usual full-day audience within its opening six hours. Its first-day pace remains an estimate, not a completed day's total.
💡 Test your knowledge
What is the name of AARO's dedicated sensor system discussed in the interview?
Bostic describes Gremlin as a system built for sustained observation using multiple sensors.


