DOW-UAP-PR117 Gemini 3.6 Flash video inspection

Source media: ../media/pursue-release-05/dow-uap-pr117-pr122-gulf-of-oman-2021, local file dow-uap-pr117-gulf-of-oman-2021.mp4

Official DVIDS page: https://www.dvidshub.net/video/1017793/dow-uap-pr117-unresolved-uap-report-gulf-oman-2021

Inspection date: 2026-08-07

Inspection model: Gemini 3.6 Flash High (gemini-3.6-flash-high)

Inspection route: agy through /code/aop

AOP task: uap-pr117-pr122-gemini36-review

AOP run ID: 1d2a4bc9-2749-447a-a925-9753a719cbfa

AOP artifact SHA-256: 326b0198ef19fa4ad089cf158b443ff8530d5c1741d81855581b80f423bd5acb

Fidelity note: The body below is the verbatim AOP-archived output. It is a secondary machine interpretation of a cellphone recording, not independent validation or primary sensor data. Claims about symbology, artifacts, and object motion remain model interpretations.

Technical Review: PR117 Video Inspection

Input Path: /code/ufopedia/content/raw/media/pursue-release-05/dow-uap-pr117-gulf-of-oman-2021.mp4
Evaluator Model ID: gemini-3.6-flash-high
Video Decoding Status: Complete video decoding succeeded without corruption or frame drops.

1. Stream & Media Properties

Container Format: QuickTime / MP4 (mov,mp4,m4a,3gp,3g2,mj2)
Video Codec: H.264 / AVC (High Profile)
Container Dimensions: 1920 x 1080 pixels
Video Frame Rate: 30.00 fps (constant frame rate)
Exact Frame Count: 500 frames
Observed Duration: 16.666667 seconds (16.67 s)
Audio Stream: Present
- Audio Codec: AAC LC (mp4a / 0x6134706D), 48,000 Hz, stereo, 96 kb/s
- PCM Stream: PCM 16-bit little-endian, 48,000 Hz, stereo, 1536 kb/s
- Audio Characteristics: Active audio signal detected (mean volume: -17.3 dB, max peak: -4.1 dB). Audio consists of low-frequency ambient rumble and cockpit background noise; no spoken dialogue or clear voice communications are present.

2. Timestamped Direct Frame Observations

0.000s (Frame 1): Initial decoded video frame. Frame depicts a close-up screen recording of a display monitor. A large crosshairs reticle with horizontal and vertical axis tick marks is centrally aligned. Bright off-axis lighting glare produces a warm yellow hue on the left side of the display, fading to darker gray on the right.
4.900s (Frame 147): Mid-sequence reference frame. Handheld camera instability is evident via slight translational jitter. The central crosshairs remain fixed relative to the recorded screen matrix. Out-of-focus circular ring smudges (lens dust / optical noise) are visible in the lower-right quadrant below the reticle.
8.333s (Frame 250): Exact midpoint of the recording. Display illumination and reticle geometry remain consistent. No target lock boxes, mode text changes, or reticle mode transitions occur.
12.500s (Frame 375): Slight camera tilt shift recorded. Moire pattern lines from the camera sensor capturing the display pixel grid fluctuate faintly across the upper right.
16.633s (Frame 500): Final decoded video frame. Audio ambient rumble continues until immediate truncation. Video cuts off cleanly without visual artifacting or end-of-file stream errors.

3. Contrast Areas & Motion Analysis

Independently Moving Areas of Contrast: No independently moving physical targets or pixels are detected within the sensor display field.
Fixed & Artifactual Contrast Features:
- Reticle Grid: High-contrast light gray crosshairs with fine tick marks. Reticle lines remain stationary relative to the display surface.
- Dust/Lens Smudges: Faint circular ring-shaped dark spots (o) located in the lower-right quadrant. Motion tracking confirms these smudges move strictly in tandem with handheld camera roll and tilt, demonstrating they are optical noise on the recording lens or display glass rather than external objects.

4. Symbology & Display Readouts

Reticle Symbology: Single crosshairs pattern featuring calibrated tick marks along both orthogonal axes.
Telemetry & Status Overlays: No alphanumeric telemetry (such as airspeed, altitude, azimuth, elevation, FOV mode, or range) is visible. The camera framing is zoomed in on the central display area, cropping out all peripheral HUD status readouts.

5. Sensor & Camera Recording Artifacts

Sensor Palette & Mode: Uniform grayscale display feed. No hot/cold palette swaps (e.g., White Hot / Black Hot) or TV/IR sensor switches occur.
Phone Recording Artifacts:
- Bezel & Framing: Handheld camera tightly framed on the reticle center. Extreme peripheral monitor edges are cropped out.
- Lighting & Glare: Pronounced warm yellow illumination gradient across the left half of the display caused by ambient room lighting reflecting off the monitor glass.
- Moire & Noise: Noticeable fine moire interference patterns resulting from the spatial aliasing between the smartphone sensor grid and the monitor screen pixels.
- Camera Motion: Continuous low-amplitude handheld camera shake, drift, and slight focus breathing throughout the 16.67-second duration.

6. Directly Visible Observations vs. Inference

Directly Visible:
- A screen recording of a display featuring a crosshair reticle.
- Ambient audio noise with low-frequency engine rumble.
- Optical lens smudges and ambient reflection glare on the left.
Inference (Not Supported by Pixels):
- Any physical target presence, physical object trajectory, range, velocity, or operational environment cannot be observed or inferred from the available visual pixels.

7. Explicit Physical & Operational Limits

Physical Target Identity: Unresolved / Absent. No physical target pixels are established.
Size, Range & Altitude: Completely indeterminate due to lack of target pixels and cropped telemetry.
Speed & Acceleration: Zero relative target motion observed ($0.0 \text{ m/s}$, $0.0 \text{ m/s}^2$).
Temperature & Thermal Signature: Indeterminate; no calibrated thermal readout.
Agency & Intent: None observable.
Response to Weapons: N/A; no weapon cues, cannon trigger lines, or flare deployments occur in the clip.

Decoding gate: PASS