Latest / Connecting the Dots / OpenAI's Government Gambit, SpaceX's AI Hardware, and Apple's Future Designs

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OpenAI's Government Gambit, SpaceX's AI Hardware, and Apple's Future Designs · Connecting the Dots

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  Today's tech news moves fast, but understanding
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  it shouldn't be hard. That's why Snarful Solutions
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  Group brings you Connecting the Dots, where we
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  break down what's happening in tech and why it
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  matters to you. Now, let's dive in with your
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  hosts. Welcome to Connecting the Dots, coming
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  to you from Snarful Solutions Group in Sacramento,
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  California. Alex and I'm Morgan it's Thursday
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  July 2 2026 and we are really thrilled you're
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  tuning in today yeah think of us as your well
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  your third seat in the studio You're sitting
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  right here with us as we unpack the day's biggest
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  shifts in tech, finance, and hardware. Exactly.
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  And we want to skip the jargon and just really
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  look closer at the mechanics of why these shifts
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  actually matter to your everyday life. But before
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  we get to the main event, let's get you caught
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  up on the morning dash, starting with the weather.
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  Right. If you are traveling or have... family
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  flying today. Definitely check your routes. There
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  are currently 261 active weather alerts across
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  the U .S. right now. Wow, that is a lot. It is.
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  But if you're staying local with us here in Sacramento,
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  you're totally in the clear. We're looking at
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  mostly sunny skies, a high of 88 degrees, and
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  just a really comfortable light breeze rolling
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  in at like three to nine miles per hour. Oh man,
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  a perfect day to just take the laptop outside.
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  Yeah, absolutely. And if you are checking your
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  portfolio on that laptop, the markets are looking,
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  well, surprisingly upbeat this morning oh yeah
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  yeah the Dow Jones closed up 74 points to sit
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  at fifty two thousand three hundred and five
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  point two four and the S &P 500 had a modest
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  bump as well up four points to seven thousand
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  483 .23. The massive story in the markets today,
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  though, is Bitcoin. Oh, huge. Right. It surged
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  over 1 ,875 points to close near 61 ,837. That
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  is wild. I know. A jump of over 3 % in a single
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  day is a major liquidity event. We'll definitely
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  be watching how that institutional money flows
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  through the rest of the tech sector. For sure.
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  And just quickly wrapping up with sports, a big
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  congratulations to the Giants for a super solid
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  6 -4 win over the Diamondbacks yesterday. Good
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  for them. Yeah, and the Athletics absolutely
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  crushed the Dodgers 7 -1. Wow, always interesting
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  to see the dynamic shift in that division. Definitely.
• 2:16
  And moving smoothly along here, today's episode
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  is brought to you by Strong Coffee, the premium
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  .com. Awesome. So let's unpack this massive Financial
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  Times report regarding OpenAI. Yeah, this one
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  is big. It really is. I mean, we are officially
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  moving past the era where AI was just like a
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  neat little chatbot. OpenAI is reportedly proposing
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  giving the U .S. government a 5 % ownership stake
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  in the company. A 5 % stake? I mean, understand
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  the gravity of that. We really need to run the
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  math on their recent funding rounds. Let's do
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  it. So OpenAI just closed around in March, right?
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  And that gave them a post -money valuation of
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  $852 billion. Right. Staggering. Yeah. So a 5
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  % stake is roughly $42 .6 billion in equity.
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  Wow. Just immediately brings the question to
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  mind, how does a government even hold equity
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  in a private tech company? Like, where does that
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  go? Well, they don't just, you know, put it in
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  a checking account. Right. The proposal being
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  discussed right now with the Trump administration
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  involves creating a sovereign wealth fund. OK,
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  so like a state owned investment fund. Exactly.
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  The pitch from OpenAI CEO Sam Altman is essentially
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  this massive alliance. The tech companies give
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  the public a real financial interest in the AI
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  boom, and in return, they get, well, a smoother
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  regulatory runway. That makes sense. And the
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  proposal actually envisions bringing Anthropic,
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  Google, and Meta into the exact same structure.
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  OK, let me push back on that for a second, because
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  I want to look at the friction here. Sure. If
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  I'm Google or Meta, I am fiercely guarding my
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  margins. Handing over billions in equity sounds
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  like a complete non -starter unless the alternative
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  is worse, right? So what is the regulatory heat
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  they are trying to avoid by making a deal like
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  this? Well, the heat is basically coming from
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  two distinct places right cyber security and
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  global competition Lawmakers are just terrified
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  of open source models coming out of China because
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  when an AI model is open source It's underline
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  weights and the code are freely available. It
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  proliferates. There's no kill switch Exactly.
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  There is no central server the government can
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  simply switch off if, say, the model starts being
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  used to generate malware or, you know, optimize
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  cyber attacks. Right. Washington recognizes that
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  American closed source models offer a strategic
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  choke point that they can actually control. And
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  we saw that exact choke point activated just
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  last month, right? Yeah, we did. Anthropic had
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  to completely disable access to its most advanced
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  models, Mythos and Fable. Yep. And that was just
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  to comply with a government export control directive
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  based purely on national security grounds. It's
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  crazy. They eventually resolved the safety concerns
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  and, you know, restored access. But if you are
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  an AI company, having the government arbitrarily
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  turn off your core product overnight, that is
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  catastrophic for your business. Which is precisely
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  why an equity stake is so appealing to these
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  tech giants. If the government owns five percent
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  of your company, their financial incentives align
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  with yours. Right. They want you to succeed.
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  Exactly. Now, we also need to examine the competing
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  philosophy in Washington right now because Democratic
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  Senator Bernie Sanders has proposed a completely
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  different mechanic to achieve this sovereign
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  wealth fund. Okay, what's his angle? He is pushing
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  for a one -time 50 % tax on the stock of the
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  biggest AI companies to finance a public fund,
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  which would be overseen by an independent commission.
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  Got it. And looking at this purely from, you
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  know, an economic and structural standpoint,
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  the mechanics of those two proposals create vastly
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  different market reality. Yeah, totally. With
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  the Trump administration's early talks of an
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  equity deal, the company dilutes its shares.
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  Right. meaning existing shareholders lose a fraction
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  of their ownership, but the company doesn't actually
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  lose any of its cash reserves. They can still
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  spend billions on research and development. Right,
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  whereas a 50 % tax on stock extracts capital
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  immediately. Exactly. The economic friction of
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  a tax is that it drains liquidity from the company,
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  which could theoretically at least slow down
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  their computing infrastructure build -out. But
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  it guarantees an immediate cash infusion for
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  the public fund. Without sighing the government's
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  financial success, to a private corporation's
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  profit margins. Makes sense. And just to be clear,
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  we aren't here to endorse one policy over the
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  other. No, absolutely not. We are impartially
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  reporting the facts from sources, but it is vital
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  to understand that lawmakers across the entire
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  political spectrum are looking at AI and saying,
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  This is just too big to remain entirely in private
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  hands. Yeah. So let's tie this back to the listener.
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  The source has brought up this brilliant analogy
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  that makes this incredibly tangible, which is
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  the Alaska Permanent Fund. Oh, I love this analogy.
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  Right. In Alaska, the state taxes the oil extracted
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  from public lands and invests it. And then every
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  year, residents get a dividend check. So imagine
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  an AI dividend. Yes. Imagine getting an AI dividend.
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  If AI is going to automate massive sectors of
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  the labor market, disrupting logistics, legal
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  research, customer service, coding, having a
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  sovereign wealth fund, means those immense productivity
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  gains, they trickle down directly to working
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  families. It's like AI is transitioning from
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  just a software product into public infrastructure.
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  Exactly. No different than the interstate highway
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  system or the power grid. Well, if AI is becoming
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  our new national infrastructure, that leads directly
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  to a really fundamental engineering problem.
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  Which is? How do you and I physically access
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  it every single day? Right now, we're accessing
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  these brilliant models through standard apps
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  on our standard smartphones. Yeah, but according
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  to a bond show report from the Wall Street Journal,
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  SpaceX is betting that the smartphone as we know
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  it is a bottleneck. OK, let's unpack this. So
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  the report claims SpaceX showed investors a prototype
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  of a quote handset like AI device prior to their
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  recent IPO. Interesting. It's described as slimmer
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  than an iPhone powered by a Snapdragon ship running
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  a proprietary operating system and natively integrating
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  X AI technology. Now Elon Musk immediately went
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  on X and categorically denied this. Of course
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  he did. He called the rumor quote utterly false.
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  I mean, I am highly skeptical of that denial.
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  We really have to look at the historical precedent
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  here. You're talking about the Tesla denial.
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  Yes. Back in April 2024, Reuters reported that
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  Tesla was canceling its inexpensive Model 2 vehicle.
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  Musk immediately posted, Reuters is lying. Right.
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  Yet in the years since, Tesla pivoted entirely
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  to the robotaxi, stripped the Model 2 from their
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  earnings calls, and essentially confirmed the
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  cancellation. Right, so a prototype of a SpaceX
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  handset could very well exist even if he is aggressively
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  shutting down rumors of an imminent consumer
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  launch. Exactly. Setting the denial aside for
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  a second, let's look at the mechanics of why
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  a company like SpaceX would even want to build
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  a phone. Well, to build a truly native AI assistant,
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  you need deep system -level access to the device.
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  Right. You need the AI to read what is on your
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  screen, manage your notifications, allocate memory,
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  and talk directly to the cellular modem. And
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  Apple's iOS is a famously walled garden. Oh,
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  the biggest wall. They strictly limit what third
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  -party applications can do in the background.
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  If you're building an AI app on an iPhone, you
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  have to route your commands through Apple's APIs.
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  Which introduces latency. Exactly. If SpaceX
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  builds the proprietary operating system, they
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  remove the middleman entirely. They can integrate
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  the hardware directly with Starlink for global
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  connectivity and just bake XAI into the foundational
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  code. It's really the ultimate execution of the
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  everything app ambition that Musk has been pursuing
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  with X money. Yeah. Because in Western markets,
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  we're used to specialized apps, right? One for
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  banking, one for ride shares, one for social
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  media. But in Asia, super apps are the norm.
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  You open one single platform to pay your rent,
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  order food, and message your boss. And add in
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  the fact that SpaceX recently spent $60 billion
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  acquiring the AI coding startup cursor. Huge
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  acquisition. Right. If you want to launch a new
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  operating system, you need developers to actually
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  build for it. Acquiring a platform that millions
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  of software engineers use daily is just a brilliant
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  Trojan horse to get developers into your ecosystem.
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  Okay, I have to play devil's advocate here though.
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  Go for it. Look at the recent graveyard of dedicated
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  AI hardware, the humane AI pin, the rabbit R1.
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  Oh yeah, disasters. They launched with massive
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  hype and completely fizzled out. The barrier
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  to entry for new consumer hardware is astronomical.
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  People simply do not want to carry a second device.
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  No, I agree completely. Breaking the Apple and
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  Android duopoly is like trying to convince the
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  world to adopt a completely new layout for the
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  QWERTY keyboard. Yes. Perfect analogy. We have
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  spent 15 years building muscle memory for how
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  iOS works. To ask a working professional to migrate
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  their photos, their banking, their family group
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  chats to a completely unproven proprietary SpaceX
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  operating system. That is a monumental friction
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  point. Unless, unless the utility is so overwhelmingly
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  superior that it just forces the switch. Right.
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  Like if having XAI natively managing your life
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  saves you two hours of busy work a day, people
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  might actually endure the migration headache.
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  That's the billion dollar question. But while
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  SpaceX might be attempting to reinvent the mobile
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  device from scratch, the current undisputed king
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  of hardware is furiously reengineering its existing
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  lineup to survive the sheer physics of the AI
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  era. Let's talk about Apple. Bloomberg is reporting
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  a massive hardware roadmap for Apple in the first
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  half of 2027. We are looking at four new iPad
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  Pros and a redesigned entry -level 14 -inch MacBook
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  Pro that will match the look of the upcoming
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  touchscreen laptops. The detail in that report
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  that really demands a closer look is inside the
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  new iPad Pro. Apple is reportedly introducing
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  vapor cooling, which is a thermal management
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  system they actually borrowed from the iPhone
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  17 Pro Max. Let's unpack the physics of why that's
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  even necessary. An iPad Pro is essentially just
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  a solid slab of aluminum and glass. There are
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  no spinning fans inside. None. So when you run
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  demanding locally hosted AI models or render
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  complex 4K video, the processor generates a terrifying
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  amount of heat. And silicon has a hard temperature
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  limit. Right. Currently, to prevent the internal
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  components from literally melting, the device
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  employs thermal throttling. The operating system
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  detects the heat spike and intentionally slows
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  down the processor's clock speed. Which is so
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  frustrating. It is. You might have paid for a
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  desktop -grade chip, but you can only use its
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  maximum power for short bursts before the system
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  throttles your performance just to shed heat.
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  because solid metals like copper or aluminum
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  can only conduct heat away from the processor
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  so fast. Right. Enter the vapor chamber. Ah,
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  the vapor chamber. A lot of tech blogs, they
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  compare this to a car radiator but that kind
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  of misses the genius of the engineering. It is
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  all about the latent heat of vaporization. Now
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  walk us through it. So the chamber is this microscopic
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  sealed vacuum cavity located right above the
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  processor, and it's filled with a tiny amount
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  of deionized water and porous metal structures.
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  Okay, so a vacuum chamber with a little water.
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  Exactly. Because it's under a vacuum, the boiling
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  point of that water is drastically lowered. Oh
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  wow. Right? So when the processor heats up, the
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  water instantly flashes into vapor. The physics
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  of changing state from a liquid to a gas absorbs
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  a massive amount of thermal energy way more than
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  just warming up a piece of solid metal. That
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  is wild. So that hot vapor naturally diffuses
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  to the cooler edges of the chamber far away from
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  the delicate processor. And once it hits the
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  cool edge, it condenses back into liquid, releasing
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  the heat safely into the outer chassis. Then
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  capillary action through those little metal structures
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  pulls the liquid back to the heat source to start
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  the whole cycle again. It is so cool. It's a
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  continuous, completely silent heat pump with
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  zero moving parts. Amazing. And it is entirely
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  necessary because, Bloomberg notes, Apple might
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  skip the M6 chip entirely for the iPad Pro and
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  jump straight to the M7 architecture in 2027.
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  You definitely cannot put an M7 chip inside a
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  sealed tablet without fundamentally altering
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  how you manage thermodynamics. No way. But here
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  is the critical trade -off for the consumer.
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  Adding a vapor chamber requires physical volume.
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  Right. Last year, Apple's entire marketing campaign
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  for the iPad Pro centered on achieving a record
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  -breaking thickness of 5 .1 millimeters. Oh,
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  yeah. They made a huge deal about it being thinner
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  than an iPod Nano. Exactly. Which raises an important
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  question for you listening. Would you happily
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  trade a razor -thin tablet for one that is a
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  millimeter thicker but actually sustains desktop
• 15:04
  -level performance? I mean, what is the utility
• 15:06
  of a 5 .1 millimeter device if it chokes and
• 15:09
  slows down the second you try to run a heavy
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  AI workload or compile code? Right. If you're
• 15:14
  spending $2 ,000 on a pro -designated machine,
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  you are buying it to do heavy lifting. You expect
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  it to handle next -generation processing without
• 15:23
  breaking a sweat. Absolutely. For families managing
• 15:26
  huge media libraries or creatives rendering 3D
• 15:28
  environments, sustained performance is really
• 15:30
  the only metric that matters. I think most power
• 15:32
  users would accept a slightly thicker chassis
• 15:34
  and a heartbeat. If you want a device strictly
• 15:37
  for watching movies on an airplane, the ultra
• 15:39
  -thin iPad Air already exists. Right. The Pro
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  lineup needs to deliver sustained, un -throttled
• 15:45
  power. And vapor cooling is literally the physical
• 15:49
  mechanism required to unlock that M7 chip. Well
• 15:52
  said. Before we wrap up, a quick thanks to Old
• 15:55
  Glory, an iconic music and sports fan merch store.
• 15:58
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  code SNARFL for 15 % off at OldGlory .com. Taking
• 16:06
  a step back and just looking at the through line
• 16:08
  of everything we discussed today, you can really
• 16:10
  see how AI is forcing a complete architectural
• 16:13
  redesign at every single level of our society.
• 16:16
  Yeah, it starts at the macroeconomic level with
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  the highest tiers of the federal government strategizing
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  over 42 billion dollar equity stakes and sovereign
• 16:24
  wealth funds just to ensure the public captures
• 16:26
  the value of this new infrastructure. Right.
• 16:29
  Then it moves to the network and hardware level
• 16:30
  with visionaries potentially trying to bypass
• 16:33
  legacy app stores by building entirely new proprietary
• 16:36
  devices and operating systems. And finally, it
• 16:38
  reaches the literal atomic level on your desk,
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  forcing companies like Apple to re -engineer
• 16:42
  the thermodynamics of their silicon, utilizing
• 16:45
  the phase change of water just to keep their
• 16:47
  flagship devices from overheating under the strain
• 16:50
  of local AI processing. It is a phenomenal chain
• 16:52
  reaction, and it leaves us with a provocative
• 16:54
  thought to mull over as we sign off today. Let's
• 16:57
  hear it. If the U .S. government successfully
• 16:59
  implements a sovereign wealth fund and ends up
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  owning a massive 5 % stake of the AI that eventually
• 17:06
  runs natively on your proprietary SpaceX handset
• 17:09
  or that powers the M7 chip inside your touchscreen
• 17:12
  MacBook, where exactly does the private tech
• 17:15
  company end and the public utility begin? That
• 17:18
  is the question of the decade. We're here to
• 17:20
  help at Snarfl, so reach out on our website if
• 17:22
  you have any more questions. That's a wrap on
• 17:27
  today's top stories. Remember, tech doesn't have
• 17:30
  to be complicated, and we're here to help connect
• 17:32
  the dots. If you've got questions or want to
• 17:35
  learn more, visit us at snarful .com. Thanks
• 17:38
  for listening, and we'll catch you next time.