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@ZeroTemptations
Follow me for interesting tweets on topics ranging from Politics/GeoPolitics to Cybersecurity, from AI to Nature. RT and comments ≠ endorsements.
United States Katılım Ekim 2010
936 Takip Edilen993 Takipçiler

@rahulbali @wabenews @GASenatePress @LtGovJonesGA @patricksaunders @DitchDst @SaveStandard @AASMorg Atlantic time??
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BREAKING UPDATE: Georgia State Senate passes a bill to switch Georgia to the Atlantic Time Zone. Georgia would observe year-round Daylight Saving Time and not change clocks twice a year. #gapol
House Bill 154 now goes to the State House.
Learn more here: bit.ly/4rI6DGZ
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This is not AI or Manipulated . It is an actual sign I took in a hotel I was staying in . read the whole sign and tell me what is wrong 😆😆🙈🙈#youhadonejob

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@ASeitwaerts @ThomasZZZZZZZZ1 @BBCWorld then why take them? if they can't be trained in 10 years.... get rid of them
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@ThomasZZZZZZZZ1 @ZeroTemptations @BBCWorld No they aren't, no they don't and finalen they can't speak properly German even after 10 years. Most weren't qualified un their own country for work, how could they be in Germany?
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Germany has a shortage of workers - so it's turning to India for help bbc.in/4uJSNqn
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@realMaalouf there is no way this is real? are you allowed to take videos??
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SMS was never designed for speed. It runs on a protocol called SS7 built in 1975 where getting a message delivered at all was the achievement, not getting it delivered in three seconds. Every OTP you request travels through at least three separate systems before it reaches you: your app’s server, an SMS gateway, and your mobile carrier’s network. Each one has its own queue. Each one has its own definition of “delivered.”
Network congestion is what happens when that chain gets overwhelmed. An SMS gateway processing millions of authentication messages simultaneously from banks, apps, and platforms all firing OTPs at the same time starts to back up. Your carrier’s network, handling voice calls, data traffic, and SMS all at once, adds another queue on top. During peak hours, public events, or widespread outages, that congestion compounds at every layer. Your message isn’t dropped. It’s waiting silently, with no status update, no progress bar, no indication that anything is moving at all.
This is also why hitting resend often makes both OTPs arrive together. The second message enters the same congested pipe. When the congestion clears and it usually clears in a sudden flush everything queued behind it releases at once. Two messages. Same destination. Same moment of delivery.
The deeper problem is that SMS was never architected with reliability guarantees. Unlike data packets on the internet, which have error-checking, rerouting, and delivery confirmation built into the protocol, SMS operates on a best-effort model. The network will try. It won’t promise. And during congestion, trying is sometimes all it does.
An OTP with a 30-second expiry sitting in a queue for 45 seconds isn’t a security feature working as intended. It’s a 50-year-old protocol meeting a modern expectation it was never built to meet.
RUNCORE@kenthylin
How can telecom network congestion affect OTP message delivery?
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@SukiSundara @ThatTimWalker alas, the left win loons lap this shit up
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@ThatTimWalker FAKE.
Grok says: ". . . just another AI hoax spreading for clicks. . ."
and yes, if I were she, I'd be furious.
Elon Musk, this fake stuff must be stopped or at least immediately tagged as FAKE.
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@MaryBowdenMD Interesting. Can you provide sources? I'd like to share this
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