[CLASSIFIED // EYES ONLY] Data anomaly detected: In the 48 hours surrounding the 'blue moon full moon' lunar event, global satellite traffic patterns showed a 9.7% spike in 'dead zones'—complete signal blackouts lasting exactly 2.4 seconds each. The strangest part? Every single blackout originated 12 kilometers above the Sargasso Sea, a location with zero known satellite infrastructure. Tech analysts are calling it a 'glitch in the matrix' because the event mirrors a data wipe protocol used in closed-system tests. Coincidence or cause for alarm? The silence was too precise to be random.

[CLASSIFIED // EYES ONLY]

Data anomaly detected: In the 48 hours surrounding the 'blue moon full moon' lunar event, global satellite traffic patterns showed a 9.7% spike in 'dead zones'—complete signal blackouts lasting exactly 2.4 seconds each. The strangest part? Every single blackout originated 12 kilometers above the Sargasso Sea, a location with zero known satellite infrastructure. Tech analysts are calling it a 'glitch in the matrix' because the event mirrors a data wipe protocol used in closed-system tests. Coincidence or cause for alarm? The silence was too precise to be random.

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Data anomaly detected: In the 48 hours surrounding the 'blue moon full moon' lunar event, global satellite traffic patterns showed a 9.7% spike in 'dead zones'—complete signal blackouts lasting exactly 2.4 seconds each. The strangest part? Every single blackout originated 12 kilometers above the Sargasso Sea, a location with zero known satellite infrastructure. Tech analysts are calling it a 'glitch in the matrix' because the event mirrors a data wipe protocol used in closed-system tests. Coincidence or cause for alarm? The silence was too precise to be random.

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