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The sudden loss of satellite connectivity for Ukrainian drones exceeding 100 mph highlights a critical vulnerability in high-velocity military applications of non-terrestrial networks (NTN). This incident underscores the current limitations of consumer-grade or standard defense-focused satellite constellations in maintaining reliable data links for fast-moving interceptor systems against jet-powered threats. The debate over whether this stems from SpaceX's Starshield architecture or legacy Starlink protocols remains central to understanding the operational readiness of AI-driven drone swarms and autonomous defense grids.
Surse care acoperăFortune, theepochtimes.com, nile.eg
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Ukraine’s drones lose their Starlink link above 100 mph. Musk, Rubio, and Trump all say it wasn’t them

Fortune6 min de cititArticolul și perspectiva sunt în engleză.

Kyiv says a sudden SpaceX speed limit is knocking out interceptor drones it needs against Russia’s jet-powered Shaheds. Musk, the White House, and Trump all say it wasn’t them.

Speed of communication has been essential on the battlefield for as long as humans have waged war. From the legendary roughly 25-mile messenger’s run to announce an Athenian victory at Marathon, to war drums and carrier pigeons, to the telegraph, and right up to today’s militaries’ reliance on high-speed digital links, rapid information transmission is imperative for military success. The speed of a weapons system is essential, too. That’s why a sudden loss of satellite connectivity for Ukrainian drones and vehicles moving faster than 100 miles per hour earlier this month represented a major blow to the country’s fight against Russia. Overnight from Oct. 13 to Oct. 14, Ukrainian…

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