Latest / Elon Musk Podcast / Moving AI Data Centers Into Orbit

Transcript

Moving AI Data Centers Into Orbit · Elon Musk Podcast

• 0:00
  One, disfluencies and fillers. 1 Disfluencies and fillers use
• 0:05
  words like like, you know and so naturally throughout the
• 0:12
  dialogue. These shouldn't overwhelm the
• 0:14
  text, but should appear frequently enough to break up
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  formal sentence structures. So the main issue they're
• 0:20
  hitting is this physical barrier.
• 0:21
  Yeah, exactly. I mean they're completely maxing
• 0:24
  out local power grids. 2 active listening and back channeling.
• 0:28
  Two active listening and back channeling.
• 0:31
  When one person to explaining a concept, the other shouldn't be
• 0:34
  silent for too long. Use brief interjections to show
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  active listening. They actually 3D printed the
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  electronics inside the wall. Oh wow.
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  Yeah, right into the internal structure.
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  That's incredible. 3 fragmented sentences and restarts. 3
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  fragmented sentences and restarts.
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  People often start a thought, pause and rephrase it mid
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  sentence. But how do we actually, you
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  know, how do we get all that heavy hardware up there
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  affordably? 4 strict turn taking without
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  monologues. 4 strict turn taking without monologues.
• 1:02
  Avoid letting one speaker talk for more than three or four
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  sentences. Distribute the information so
• 1:07
  the speakers are Co narrating the topic.
• 1:10
  It acts as a cognitive brain. Like the Strategic Navigator.
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  Exactly analyzing the broader business context. 5.
• 1:16
  Colloquial phrasing No caricatures 5 Colloquial
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  phrasing no characters. Use relaxed everyday vocabulary
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  rather than academic or textbook language phrases like pretty
• 1:27
  wild just completely absorbs or basically help ground the
• 1:30
  conversation. The stats on this particular
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  engine are, well, they're staggering.
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  It produces what, 280 tons of? Thrust.
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  Yeah, 280 tons and it's incredibly light, natural notes.
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  Elon Musk's SpaceX has confidentially filed for an
• 1:44
  initial public offering target evaluation of up to $1.75
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  trillion to two trillion dollars.
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  While simultaneously integrating the company with his artificial
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  intelligence venture XAI, Musk went on the Platform X to
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  dismiss the $2 trillion figure as BS, but the confidential
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  filings and massive target raises remain the focus of
• 2:05
  intense investor attention. Yeah, we are really looking at
• 2:08
  the deliberate fusing of SpaceX, XAI and potentially Tesla into a
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  single multi trillion dollar mega conglomerate.
• 2:16
  Just merging them all together. Exactly.
• 2:17
  I mean, the entire strategy revolves around the concept of
• 2:20
  convergence. We are seeing the individual
• 2:22
  corporate boundaries completely dissolve.
• 2:24
  They're assembling a highly integrated, unified structure
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  that's designed to control absolutely every aspect of
• 2:30
  hardware, software, energy production and aerospace
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  delivery. So can moving artificial
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  intelligence compute into orbit actually rescue a struggling
• 2:39
  terrestrial car company? Well, to really answer that we
• 2:41
  have to look at the recent all stock merger between SpaceX and
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  XAI, which valued the combined entity at $1.25 trillion.
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  OK, wow. Yeah, so XAI brings its Brock
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  artificial intelligence model and, you know, the massive X
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  social platform directly under the umbrella of the aerospace
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  company. Well, SpaceX just completely
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  absorbs the entire software infrastructure.
• 3:05
  Exactly, along with the real time human data streams that are
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  required to train those massive neural networks.
• 3:12
  So the primary motivation for combining an aerospace
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  manufacturer with an artificial intelligence startup, I mean,
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  the reason they are doing this is that they are actively
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  building orbital intelligence. Right, Orbital intelligence.
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  Because the technology sector is currently hitting a massive
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  physical barrier, It's known as the AI Energy Wall.
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  Terrestrial data centers are just maxing out local power
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  grids all over the globe. Yeah.
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  They really are. Training a large language model
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  requires stringing together 10s of thousands of high performance
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  graphics processing units. And those GPU's, they have to
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  run constantly, right? Like at maximum capacity, yeah.
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  All the time, and the electricity required to power
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  those specific chips, combined with the staggering amounts of
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  municipal water and energy needed just to prevent them from
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  melting down. It's.
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  Completely overwhelming local infrastructure.
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  We are genuinely running out of physical land and available
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  electrical capacity to support the required server farms here
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  on earth. Which brings us to the space
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  aspect. Right, so instead of building a
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  bigger power plant on Earth, the plan is to just outsource the
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  servers to space. But how do we actually get all
• 4:20
  that heavy hardware up there affordably?
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  Well, doing that removes the fundamental limits currently
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  throttling artificial intelligence processing.
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  By moving data centers, which they are referring to as Grok
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  Sats, into space, they can harness direct solar energy.
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  Because there's no atmosphere in the way.
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  Exactly. Once you place hardware in
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  orbit, there is no atmospheric interference blocking the sun,
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  and if the satellites are positioned correctly, there is
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  absolutely no day night cycle interruption.
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  Just constant power. Constant uninterrupted
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  radiation. The hardware completely bypasses
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  earthly electricity constraints. That makes sense.
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  The entire burden of computing shifts away from our fragile
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  terrestrial power grids, and it moves into an environment that
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  offers unlimited solar radiation alongside the natural extreme
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  cooling properties of deep space.
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  Right, The cooling is just built into the environment.
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  Which brings us to the Raptor 3 engine.
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  Oh yeah, that's the specific piece of technology required to
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  lift these massive orbital data centers via the Starship rocket.
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  And the statistics on this particular engine are
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  staggering. They're pretty wild.
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  It produces 280 tons of thrust. 280 tons.
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  Yeah, and it is incredibly light and it does not require an
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  external heat shield at all. Which is a huge deal.
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  Because lifting heavy satellite constellations demands extreme
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  power combined with extreme efficiency, any extra weight
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  attached to the rocket itself directly reduces the amount of
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  server hardware that could be successfully carried into orbit.
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  And the engineering behind that weight reduction is, well, it's
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  fascinating. SpaceX engineers removed all the
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  external plumbing, the complex wiring harnesses and the heavy
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  protective Shields that usually surround a rocket engine.
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  They just took them all off. Yeah, they 3D printed the
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  delicate electronics and the fluid cooling channels directly
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  into the internal structure of the solid engine wall.
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  So it's all hidden inside the metal.
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  Exactly. This relies entirely on a
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  concept called regenerative cooling.
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  Think of it like a circulatory system built directly into the
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  metal. Oh wow.
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  The cryogenic liquid methane fuel flows through these hidden
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  internal pathways before it ever reaches the main combustion
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  chamber. So the freezing cold fuel
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  absorbs the extreme heat of the firing engine.
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  You got it. It effectively keeps the metal
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  structure fully intact and cool from the inside out.
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  By eliminating the bolt on components and the external
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  tubes, they stripped away all the parasitic mass that was
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  dragging down the payload capacity.
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  Though Tori Bruno, the CEO of rival United Launch Alliance,
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  look at publicly released photos of the sleek Raptor 3 and
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  claimed it was a trick. Oh, right, the ULACEO.
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  Yeah, he stated publicly that it was only a partially assembled
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  engine missing critical component.
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  Really. He argued that vital mechanical
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  elements like thrust vector control actuators, fluid
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  management system and electronic controllers were visibly absent
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  from the photographs, leading to his direct conclusion that
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  SpaceX was simply exaggerating their manufacturing progress.
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  Wait, backup. SpaceX immediately responded to
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  that claim. Right.
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  They didn't let that slide. No.
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  President Gwen Shotwell posted an uncut video of that exact
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  supposedly incomplete engine successfully test firing on a
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  test stand. Just proving it works right
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  there. Yeah, she captioned the video.
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  Works pretty good for a partially assembled engine.
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  The critical components that Bruno assumed were missing were
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  actually just integrated entirely inside the solid metal
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  structure of the engine block. Which is incredible.
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  And that structural change radically alters the economics
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  of space delivery. It really does.
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  The extreme reduction in mass and the severe drop in
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  manufacturing complexity means Starship can affordably lift the
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  heavy infrastructure required for the convergence plan.
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  It's all about payload. A much lighter engine directly
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  increases the payload capacity for every single launch launch.
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  Lowering the overall cost per kilogram to low Earth orbit is
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  the only mechanical and financial pathway that makes
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  launching thousands of heavy GPU laden groksats financially
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  viable. And Starlink is the financial
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  engine making this all possible. Oh, absolutely.
• 8:22
  The satellite Internet service has officially surpassed 10
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  million active customers. 10 million.
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  That subscriber base provides the massive recurring cash flow
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  necessary to fund highly capital intensive projects like the
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  development of Starship and the multitrillion dollar XAI merger.
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  The growth metrics for Starlink are pretty astounding.
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  The service is adding over 20,000 new users every single
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  day. Every day.
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  And it's operating across 160 different countries.
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  They're generating over $10 billion in revenue with massive
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  profit margins. Yeah, and they are expanding far
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  beyond standard residential users, right?
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  They are charging massive premiums for commercial maritime
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  and aviation contracts. Airlines and massive cruise ship
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  operators are paying incredibly high commercial rates to
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  maintain high speed, low latency broadband connections over the
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  open ocean where traditional cellular towers simply do not
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  exist. Hold on, if SpaceX is doing so
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  incredibly well entirely on its own with Scarlink, why merge
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  with XAI? And why are investors talking
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  about bringing Tesla into this mix?
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  Well, there is an ultimate combination scenario actively
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  floating around Wall Street involving A3 point $5 trillion
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  merger between SpaceX and Tesla. A $3.5 trillion merger.
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  Yeah, the financial community is closely analyzing the shared
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  technological dependencies forming between all of these
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  entities. Because the current financial
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  trajectories of the two companies present a stark
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  contract. You really do.
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  While SpaceX valuations continue to soar into the trillions,
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  Tesla's stock has dropped significantly due to intense
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  pricing competition from rival electric vehicle makers.
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  It's a really tough market right now.
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  Some financial analysts project Tesla's stock could fall another
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  60%. Meanwhile, Tesla shareholders
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  officially approved a $1 trillion compensation package
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  requiring Musk to push Tesla's total market valuation to $8.5
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  trillion. Which is an enormous target.
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  Hitting that target requires immense, unprecedented growth
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  that the traditional automotive manufacturing sector alone may
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  not be able to support. So why would SpaceX shareholders
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  want to attach themselves to a struggling car company?
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  It's a fair question to ask. SpaceX holds a near total
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  monopoly on commercial launch services and operates a highly
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  profitable, rapidly expanding global Internet provider.
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  Tesla is actively fighting a brutal automotive price war,
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  repeatedly missing vehicle delivery forecasts and dealing
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  with massive capital expenditures for new factory
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  expansions. Right, but the physical
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  integration of the companies is already happening regardless of
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  the corporate structure on paper.
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  OK, how so? Consider the development of
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  Terrafab. This is a joint $20 billion chip
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  manufacturing factory located in Texas, funded simultaneously by
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  Tesla, SpaceX and XAI All. Three of them.
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  Yes, and it is explicitly designed to produce up to 200
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  billion artificial intelligence chips annually. 200 billion
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  chips. Annually, these are incredibly
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  advanced custom 2 nanometer silicon processors.
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  SpaceX requires these specific chips to operate the orbital
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  data centers. And Tesla requires those exact
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  same chips to process their autonomous driving software and
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  to serve as the brains for their humanoid robot.
• 11:32
  Exactly. And XAI requires them to
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  continuously train the Grok language models.
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  They are building a massive shared supply chain strictly
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  because no single company can source that volume of advanced
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  hardware on the open commercial market.
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  That physical dependency severely limits the idea that
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  Tesla functions purely as an automotive manufacturer.
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  Yeah, it completely changes things it.
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  Changes Tesla into a dedicated hardware manufacturing arm for a
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  unified artificial intelligence ecosystem.
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  The passenger vehicles and the Optimus humanoid robots.
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  They basically serve as physical roaming endpoints.
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  Out in the world. Right.
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  They gather vast amounts of visual and spatial data from the
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  real world, feed that data directly back into the XAI
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  neural networks for training, and then receive updated, highly
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  complex software instructions processed by Spacex's orbital
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  computing infrastructure. Which brings up Digital Optimus.
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  It's been cheekily nicknamed Macro Hard.
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  I love that. It's a shared artificial
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  intelligence agent project operating between Tesla and XAI.
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  The software is designed to automate complex corporate
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  office workflows and eventually run entire companies.
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  It observes exactly how human office workers interact with
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  their computer interfaces, tracking every movement.
• 12:43
  Just watching what they do. Yeah.
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  And then it learns to replicate those exact digital processes
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  completely autonomously. The software architecture
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  driving Digital Optimist runs on two distinct parallel processes.
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  System One runs natively on Teslas low cost AI 4 chips to
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  process real time screen video and coordinate precise mouse
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  actions. Right, so think of system 1 as
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  your physical reflexes. Like the fast executor?
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  Exactly. It handles the immediate
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  localized physical inputs on the screen and then System 2
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  utilizes XA is massive grok model for high level reasoning
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  and broad world understanding. So Grok acts as the cognitive
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  brain. Or the strategic navigator.
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  It analyzes the broader business context of the task at hand and
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  constantly directs the system one agent on exactly what goal
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  needs to be accomplished next. Let's keep this simple.
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  The computer inside your parked car is going to be doing
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  corporate accounting. Basically yes.
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  Tesla is equipping millions of their consumer vehicles with
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  advanced AI 4 hardware, and when the car is parked in a garage,
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  that immense computing power sits completely idle.
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  It's just doing nothing. By utilizing the Digital Optimus
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  software, the car's internal computer can securely log into
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  enterprise business networks and process highly repetitive
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  administrative tasks while simply sitting in the driveway.
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  And Tesla plans to deploy millions of these dedicated
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  computing units directly at their commercial Supercharger
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  stations. Oh, to tap into the power there.
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  Yeah, to tap into 7 gigawatts of readily available electrical
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  power. This effectively turns Tesla's
• 14:14
  physical charging network into a massive, highly distributed edge
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  computing layer that directly supports Spacex's orbital AI
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  operations. Because standard electrical
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  grids experience significant transmission loss when moving
• 14:27
  electricity over long distances from a power plant to a
• 14:30
  centralized server farm. Exactly.
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  So by placing the physical compute nodes directly at the
• 14:35
  power source, they eliminate that transmission waste
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  entirely. That's incredibly efficient.
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  The ground based superchargers handle the localized immediate
• 14:44
  processing tasks. And the orbital grocsats handle
• 14:47
  the heavy global data synthesis and long term memory storage.
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  The lines separating cars, rockets and chat bots are
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  completely disappearing. We're watching the real time
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  assembly of a single vertically integrated artificial
• 14:59
  intelligence infrastructure that operates seamlessly on the
• 15:02
  ground and up in orbit. If the processing power that
• 15:05
  ultimately runs global businesses and critical
• 15:07
  terrestrial infrastructure is floating in orbit, completely
• 15:10
  detached from any single nation's power grid, who
• 15:13
  actually controls the off switch?
• 15:14
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• 15:20
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