Oct 12, 2026 · 22 min · 9 segments
(TechGenez) – SpaceX wants to build its own cellular network, sending massive shocks…
[upbeat music] So imagine you are standing inside this thick underground parking garage.
Oh yeah, the ultimate dead zone.
Right, exactly.
There is not a cell tower for miles, just, you know, tons of reinforced concrete and steel rebar everywhere.
Yeah.
Good luck getting a signal in there.
Exactly.
You pull out your phone, and you are totally bracing for that dreaded no service warning in the top corner.
Right.
We've all been there.
But instead, you look down, and you see full bars.
Wow.
And those bars aren't coming from some local terrestrial tower down the road.
They are beaming directly to your device from a satellite hurtling through low Earth orbit.
I mean, it's wild, right?
Yeah.
Because that kind of scenario used to require dedicated, really heavy satellite hardware.
Like those massive brick phones.
Yeah, exactly.
If you were, like, a deep sea fisherman or a mountaineer, you needed this device the size of a brick.
With the huge antenna.
Right, with a massive antenna, and you were paying just a f- small fortune per minute for a connection that was honestly highly unreliable.
Yeah.
So the idea that a standard, you know, off-the-shelf smartphone could achieve that exact same connection while you're just sitting in a concrete bunker, it's a massive paradigm shift.
It really is.
[upbeat music] So imagine you are standing inside this thick underground parking garage.
Oh yeah, the ultimate dead zone.
Right, exactly.
There is not a cell tower for miles, just, you know, tons of reinforced concrete and steel rebar everywhere.
Yeah.
Good luck getting a signal in there.
Exactly.
You pull out your phone, and you are totally bracing for that dreaded no service warning in the top corner.
Right.
We've all been there.
But instead, you look down, and you see full bars.
Wow.
And those bars aren't coming from some local terrestrial tower down the road.
They are beaming directly to your device from a satellite hurtling through low Earth orbit.
I mean, it's wild, right?
Yeah.
Because that kind of scenario used to require dedicated, really heavy satellite hardware.
Like those massive brick phones.
Yeah, exactly.
If you were, like, a deep sea fisherman or a mountaineer, you needed this device the size of a brick.
With the huge antenna.
Right, with a massive antenna, and you were paying just a f- small fortune per minute for a connection that was honestly highly unreliable.
Yeah.
So the idea that a standard, you know, off-the-shelf smartphone could achieve that exact same connection while you're just sitting in a concrete bunker, it's a massive paradigm shift.
It really is.
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