Latest / Connecting the Dots / SpaceX's IPO Debut, Anthropic's Massive Compute Deal, and xAI's Environmental Hurdles

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SpaceX's IPO Debut, Anthropic's Massive Compute Deal, and xAI's Environmental Hurdles · Connecting the Dots

0:00
Today's tech news moves fast, but understanding
0:03
it shouldn't be hard. That's why Snarfle Solutions
0:06
Group brings you Connecting the Docs, where we
0:09
break down what's happening in tech and why it
0:11
matters to you. Now, let's dive in with your
0:14
hosts. What if the brain of the artificial intelligence
0:19
you use every single day, you know, to draft
0:22
your emails or write your code or plan your vacations?
0:26
What if it isn't actually located on Earth? Right,
0:28
like what if the next time you type a prompt
0:29
into that clean little white box on your screen?
0:32
the server doing all the heavy lifting is actually
0:34
floating 300 miles above your head. Orbiting
0:37
in the freezing, completely silent vacuum of
0:41
space. Well, welcome to Connecting the Dots coming
0:44
to you directly from Snarfl Solutions Group right
0:46
here in Sacramento, California. I'm Alex. And
0:48
I'm Morgan. And it is a beautiful Thursday morning,
0:52
May 21, 2026. And, you know, we have an absolutely
0:57
massive just. Mind -bending show lined up for
1:00
you today. We really do. It's it's a huge news
1:02
day. It really is But first let's get you caught
1:05
up on everything you need to know before you
1:07
head out the door today Taking a look at the
1:09
national weather. It is well It's a very busy
1:11
day for meteorologists across the country right
1:13
now for sure lots going on. Yeah, there are currently
1:16
311 active US weather alerts and 101 of those
1:21
are situated over land. So definitely check weather
1:23
gov if you are traveling today or you know how
1:26
Family flying in always good to double check
1:28
that exactly and locally here in Sacramento.
1:31
It's gonna be an absolute scorcher Yeah, I felt
1:34
it this morning already. Yeah, we're looking
1:35
at completely sunny skies a high of 96 degrees
1:40
Fahrenheit and like very light winds blowing
1:42
at maybe 1 to 10 miles per hour So, you know
1:45
keep that AC running definitely and Looking at
1:48
the financial markets. It was a truly historic
1:50
close yesterday. I mean the Dow Jones Industrial
1:53
Average finally broke that massive psychological
1:56
barrier. Oh, it finally happened. It did. It
1:58
closed at 50 ,009 .35. That is just incredible
2:00
to see that 50k mark finally cross. Right. It's
2:03
up 660 .52 points, or about 1 .34%. The S &P
2:08
500 also had a very solid day. Right. It closed
2:10
at 7 ,432 .97, which is up just about 64 .87%.
2:17
Awesome and over in the crypto world Bitcoin
2:20
is hovering this morning at let's see seventy
2:23
seven thousand one hundred and forty two dollars
2:25
So it's down slightly by about point four three
2:29
percent over the last 24 hours, but you know
2:31
still holding really strong Yeah, still a huge
2:33
number and just wrapping up with a quick look
2:35
at sports from yesterday It was well, it was
2:38
a tough night for the SF Giants. Ouch. Yeah Yeah,
2:41
they fell to the Arizona Diamondbacks three to
2:43
six better news for the Oakland Athletics though.
2:46
They They edged out the Los Angeles Angels six
2:49
to five. Nice. And the Sacramento Kings. They
2:52
enjoyed a well -deserved night off. Good for
2:54
them. All right. Well, let's set the agenda for
2:56
today's tech report, because we are dedicating
2:58
our entire focus to one massive, just multi -trillion
3:02
dollar earthquake that basically just hit Wall
3:04
Street this morning. Yeah. It's all anyone is
3:06
talking about. Right. I'm talking about the SpaceX
3:08
IPO filing that just dropped. Over the next few
3:10
minutes, we are going to show you how this document
3:12
reveals a wild web of, well, space -based data
3:15
centers, secret billion -dollar Bitcoin holdings,
3:18
a jaw -dropping $15 billion deal with a direct
3:21
AI rival. Which is just insane to think about.
3:24
Seriously. And a massive on -the -ground environmental
3:28
controversy unfolding right now in Memphis, Tennessee.
3:31
It is just a fascinating look at how the digital
3:34
cloud is colliding incredibly hard with our physical
3:37
reality. But first, today's episode is brought
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3:56
let's unpack this SpaceX IPO filing because for
3:59
anyone listening who might not be a huge finance
4:01
junkie, an S1 is essentially the massive disclosure
4:04
document a company has to file with the Securities
4:07
and Exchange Commission before they go public,
4:09
right? Exactly. It's where they basically have
4:10
to lay all their cards on the table. You can't
4:12
hide anything in an S1. Right. And SpaceX has
4:14
officially filed to list on the NASDAQ under
4:16
the ticker symbol SPCX. But, I mean, the numbers
4:20
we're seeing here are almost hard to comprehend.
4:22
They really are. I mean, they are aiming for
4:24
a valuation somewhere between $1 .5 trillion
4:27
and $2 .5 trillion. Which is just like the GDP
4:31
of a major country. Oh, easily. If they hit that,
4:34
it would potentially be the largest initial public
4:36
offering in the history of the market. But the
4:39
sheer size isn't even the most interesting part
4:41
of the document, if you can believe that. Really?
4:44
What stands out more than $2 trillion? Well,
4:47
when you read through these 250 plus pages, the
4:50
company explicitly reframes itself. Like they're
4:53
no longer just pitching themselves as a rocket
4:56
company or, you know, a satellite internet provider.
4:59
Oh, interesting. So what are they calling themselves
5:01
now? They are pivoting hard to become an AI.
5:05
infrastructure giant. Right and that pivot is
5:08
exactly what caught my eye because you look at
5:10
their core business and it's doing incredibly
5:12
well but then you look at their bottom line and
5:14
they are bleeding cash. Yeah, the math is kind
5:16
of shocking at first glance. Can you, like, break
5:18
down the actual revenue numbers they reported
5:20
for us? Absolutely. So in 2025, they generated
5:24
$18 .7 billion in revenue. Which is huge. Huge.
5:29
And the lion's share of that, about $11 billion,
5:32
was driven by their 10 .3 million Starlink subscribers.
5:35
Right, everyone has Starlink now. Exactly. But
5:38
despite bringing in almost $19 billion, they
5:42
still posted a net loss of $4 .9 billion for
5:46
the year. Wait, a loss of almost $5 billion?
5:48
How do you lose that much when you're pulling
5:50
in $19 billion? Well, the culprit is massive,
5:53
unprecedented spending on AI infrastructure.
5:56
The filing argues this core thesis, and it's
5:59
a quote, the future of AI will be determined
6:01
by the control of the physical stack. Okay, let's
6:05
explore this idea of the physical stack because
6:07
I think most of us listening are used to thinking
6:09
about artificial intelligence as while pure software
6:12
Right. It's just code in the cloud to most people
6:15
exactly. It's an app on our phone It's a chat
6:17
bot we talked to its code But this s1 is basically
6:20
saying that the software isn't the real battlefield
6:23
anymore, right precisely the algorithms are becoming
6:26
somewhat commoditized. Like, everyone has a smart
6:28
chatbot now. The real bottleneck holding back
6:30
the future of AI is physical hardware. So we're
6:33
talking about, like, the actual physical things
6:35
that make it run. Yes. It's having enough silicon
6:38
chips, enough electricity to power those chips,
6:41
and the massive networking cables to connect
6:43
them all. SpaceX is aggressively weaving together
6:47
its reusable rocket business, its Starlink satellite
6:50
network, and the massive XAI supercomputers into
6:54
one unified industrial engine. And that leads
6:57
us to the part of this filing that honestly sounds
6:59
like it was ripped straight out of a sci -fi
7:01
novel, but is apparently a very real, very heavily
7:04
funded business strategy. Yeah, this part blew
7:07
my mind. Right. They outline plans to launch
7:09
solar powered orbital AI compute satellites as
7:13
early as 2028. We are literally talking about
7:16
launching data centers into outer space. Literally
7:19
into orbit. But why on Earth, or I guess, why
7:21
off Earth would you go through the immense trouble
7:23
and expense of putting a server rack into orbit?
7:26
It sounds completely absurd, right, until you
7:28
look at the pragmatic physical limitations we
7:30
are hitting down here on the ground. Like what?
7:33
Well, terrestrial power grids are completely
7:35
tapped out. Data centers require gigawatts of
7:37
electricity, and we are simply running out of
7:39
places to plug them in. You can't just build
7:42
a nuclear plant overnight. that's true but in
7:45
space you have constant unfiltered solar power
7:49
there's no atmosphere blocking the sun and there
7:51
is no night cycle if you position the orbit correctly
7:54
you just get endless free energy Okay, but I
7:57
know how hot my laptop gets just rendering a
7:59
simple video. If you put a massive supercomputer
8:02
in space where there is no air to blow across
8:05
the processors with a cooling fan, how do you
8:07
keep the chips from just melting into slag? That
8:10
is where the engineering gets so fascinating.
8:12
Because you are in a vacuum, you can't use traditional
8:16
convection cooling. There's no air to blow around.
8:18
Instead, they are utilizing technology they've
8:21
already proven on their Starlink satellites,
8:24
vapor chambers, and active cooling loops. How
8:26
does a vapor chamber work? Exactly, I'm trying
8:28
to picture this. Think of it like a sealed metal
8:31
sponge, okay? And it's filled with a tiny bit
8:33
of liquid. When the AI chip gets hot, the liquid
8:37
right next to it boils and turns into vapor.
8:40
Okay, makes sense. That vapor then travels to
8:42
a cooler part of the chamber, facing the cold
8:44
vacuum of space, dumps its heat, turns back into
8:47
a liquid, and wicks right back to the chip to
8:50
do it all over again. Oh, wow. Yeah. It's a closed
8:53
loop that requires zero moving parts and zero
8:56
air. By moving compute to orbit, they bypass
8:59
our planet's terrestrial power and thermal constraints
9:01
entirely. That is absolutely mind -blowing, the
9:04
sheer audacity of it. And because they build
9:06
their own reusable rockets, they actually have
9:08
the delivery mechanism to afford to put it up
9:10
there. No other AI company can do that. Wow.
9:14
And, you know, speaking of audacity, tucked away
9:16
in this futuristic blueprint was another massive
9:19
financial revelation that is making huge waves
9:22
this morning. They are apparently sitting on
9:24
a dragon's hoard of cryptocurrency. They really
9:27
are. The S1 confirmed that SpaceX quietly holds
9:30
18 ,712 Bitcoin. Just quietly sitting on it.
9:33
Yeah. They bought it back in 2021 for roughly
9:36
$661 million, meaning their average purchase
9:39
price was about $35 ,320 per coin. And with Bitcoin
9:43
hovering around $77 ,000 this morning, what is
9:46
that position worth today? It's right around
9:48
$1 .45 billion. But what's truly remarkable for
9:52
the financial world here is the discipline. They
9:55
just held it. Diamond hands, basically. Exactly.
9:59
Through the entire brutal crypto bear market,
10:02
without buying more, without panic selling, without
10:05
making a big public spectacle of it. it just
10:08
sat silently on their balance sheet with third
10:10
-party custodians. That's fascinating. Yeah,
10:13
it shows retail investors just how heavily capitalized
10:16
and diversified the company's assets really are
10:18
heading into this IPO. So let's actually talk
10:21
about those retail investors for a second because
10:23
if you're listening to this on your morning commute
10:25
and your eyes just glazed over at the thought
10:28
of corporate filings, stay with me. Because this
10:31
next part directly affects anyone thinking about
10:33
putting this stock into their retirement portfolio
10:36
or just buying a few shares on an app. Definitely
10:38
pay attention to this part. Yeah, because the
10:40
governance structure outlined in this S1 is raising
10:42
a lot of eyebrows. To put it mildly, yes. Yeah.
10:45
So if you buy Class A shares of SPCX, which is
10:49
what the public will buy, you get one vote per
10:52
share. OK, standard stuff. Right. But Elon Musk
10:55
is going to retain 85 .1 % of the total voting
10:58
power through Class B shares. which get 10 votes
11:02
each. Furthermore, he has the right to elect
11:05
a majority of the board of directors, regardless
11:07
of how the public votes. There are zero cash
11:10
dividends planned for the foreseeable future,
11:13
and by qualifying as a Nasdaq -controlled company,
11:16
they are legally exempt from standard independent
11:19
corporate governance requirements. That is wild.
11:22
And honestly, the lawsuit provision is the craziest
11:25
part to me. Like, explain the mechanism here,
11:27
because the document mentions restrictions on
11:30
derivative lawsuits. What does that actually
11:32
mean for the average person buying, say, 10 shares?
11:36
Well, a derivative lawsuit is essentially when
11:37
shareholders sue the company's own executives
11:40
on behalf of the company, usually for something
11:42
like breach of fiduciary duty or mismanagement.
11:45
Basically, if the CEO does something crazy with
11:47
the company's money, the shareholders can sue
11:48
to stop it. Normally, yes. But SpaceX's filing
11:51
states that to even initiate one of these lawsuits,
11:54
you have to own at least 3 % of the outstanding
11:56
common stock. Wait, hold on. Let's do the math
11:59
on that. If the company is valued at $2 trillion,
12:03
3 % is $60 billion. Exactly. You would need to
12:07
rally $60 billion worth of shareholder alignment
12:10
just to follow the basic paperwork. That's impossible.
12:14
It practically is. And even if you somehow did
12:16
that, You have to do it in a specific Texas court
12:19
with mandatory arbitration, and you explicitly
12:22
waive your right to a jury trial. Okay, so let
12:25
me get this straight. Buying a share of SPCX
12:28
is basically like buying a ticket to a concert,
12:31
but the lead singer explicitly tells you up front
12:34
that they might use your ticket money to build
12:36
a submarine instead of playing music. Right.
12:39
And by the way, you aren't allowed to complain
12:40
about the acoustics. And if you do want to complain,
12:42
you have to prove you bought a billion dollars
12:44
worth of tickets first. The concert analogy is
12:47
close, but honestly, it's even more extreme than
12:49
that. It's like buying a ticket to a concert.
12:51
But the ticket explicitly says the artist can
12:53
legally lock the doors, not play a single note,
12:56
use your money to build that submarine, and you
12:58
legally waived your right to ask for a refund.
13:00
Wow, just wow. You aren't buying a traditional
13:03
stock where management answers to shareholder
13:05
quarterly demands. You are actively, willingly
13:09
bankrolling a specific founder's vision for the
13:11
future of infrastructure, space, and AI. If you
13:15
believe in the vision, you're in. If you want
13:17
to say in the boardroom, this absolutely isn't
13:20
the stock for you. Okay, so XAI is losing $5
13:23
billion a year building out all this wild space
13:26
hardware and physical infrastructure. Where's
13:28
the cash actually coming from to pay for all
13:30
this right now? Because the S1 reveals they are
13:33
basically renting out their massive AI supercomputers
13:36
to their direct rivals. Let's unpack this because
13:38
this is where the numbers get truly staggering.
13:41
The S1 revealed that Anthropic, which is the
13:44
AI lab that makes the Clawed chatbot a fierce
13:47
direct competitor to XAI's own Grop chatbot.
13:50
Right, they're huge rivals. Very huge. Well,
13:53
Anthropic has signed an agreement to pay SpaceX
13:56
1 .25 billion dollars per month through May of
14:00
2029. Wait, I'm sorry, a billion point two five?
14:02
Per month, per month. That works out to roughly
14:04
15 billion dollars a year. That is just, I can't
14:07
even wrap my head around that number. Anthropic
14:09
is paying this eye -watering sum just to rent
14:12
physical space and computing power at SpaceX's
14:15
Colossus One and Colossus Two data centers located
14:18
in Memphis, Tennessee. So when I'm using Claude
14:21
at work to summarize a PDF or draft an email,
14:24
what is that actually costing these companies
14:26
behind the scenes? We just see a clean white
14:29
interface, but what's the reality? The reality
14:31
is an absolute financial furnace. The numbers
14:34
in this S1 show that XAI lost $2 .4 billion in
14:38
just the first quarter of 2026 alone. Just the
14:41
first quarter? Yeah. They spent roughly $7 .7
14:44
billion on physical infrastructure in just three
14:46
months. That puts them on a massive $30 billion
14:49
a year run rate. And that explains the anthropic
14:51
deal perfectly, doesn't it? It goes back to that
14:53
physical hardware bottleneck we discussed earlier.
14:55
There simply isn't enough raw computing power,
14:57
specifically these high -end AI chips, to go
15:00
around. Exactly. It is forcing fierce competitors
15:02
to literally share the exact same physical hardware.
15:06
Right. SpaceX has built this massive compute
15:08
cluster, but they don't currently have the internal
15:11
consumer demand to use it all themselves. partly
15:14
because usage of their own grok chatbot has reportedly
15:18
dropped. So they are acting as what the tech
15:21
industry calls a neocloud provider. They are
15:24
taking all that unused overbuilt hardware and
15:27
monetizing it by renting it to the competition.
15:30
It's like building a 100 room mega mansion that
15:32
you absolutely can't afford the mortgage on.
15:35
So to keep the bank from foreclosing, you end
15:37
up renting 80 of those rooms out to your biggest
15:39
rival, the guy you're actively trying to beat
15:41
in a neighborhood competition. Wild. It is wild,
15:45
but it's a brilliant move when you view it through
15:47
the lens of this IPO. How so? Well, Wall Street
15:50
hates seeing idle assets, especially when those
15:52
assets cost billions of dollars and are depreciating
15:54
every single day. This is what the S1 calls a
15:58
dual monetization strategy. By securing a guaranteed
16:01
$15 billion a year from Anthropic. XAI is showing
16:05
public investors that even if their own consumer
16:08
chatbots stumble, they have built a highly lucrative
16:11
cloud infrastructure business that acts as a
16:14
solid floor for their revenue. Moving on to our
16:17
next story, let's look closer at the terrestrial
16:19
reality of this deal because you can't just plug
16:21
a $15 billion server farm into a standard wall
16:24
outlet. No, you definitely cannot. Right. To
16:27
generate all that computing power that Anthropic
16:29
is renting, XAI needs electricity. And that is
16:32
causing massive friction on the ground right
16:34
now in Tennessee. When we talk about a gigawatt
16:37
of power for these Colossus data centers in Memphis,
16:39
we really have to pause and put that scale into
16:41
perspective. Please do, because a gigawatt just
16:43
sounds like a Back to the Future reference to
16:45
me. Right. Imagine taking the entire power draw
16:48
of a major metropolitan city like, say, San Francisco.
16:52
funneling all of that electricity into a single
16:55
windowless warehouse complex. That's terrifying.
16:58
The local Memphis power grid simply cannot supply
17:01
that much juice on demand. They blow the grid.
17:04
So XAI has resorted to generating its own power
17:06
on -site using natural gas turbines. And they
17:09
are really doubling down on this. The IPO filing
17:11
reveals that XAI is planning to spend another
17:14
2 .8 billion dollars on new natural gas turbines
17:16
over the next three years. And this is all happening
17:19
directly amidst a major federal lawsuit of the
17:22
air pollution. This is where the abstract futuristic
17:25
concept of the cloud collides very harshly with
17:28
local communities. The NAACP has filed a lawsuit
17:31
against XAI for running unregulated gas turbines.
17:35
Unregulated. When nox reacts with sunlight, it
17:42
creates ozone, which is a major contributor to
17:44
asthma -inducing smog. That's awful. And this
17:47
is happening right in Memphis' Boxtown District,
17:49
which is an area that has already historically
17:51
struggled with industrial pollution and degraded
17:53
air quality for a long time. The numbers in the
17:56
lawsuit are really striking, too. The organization
17:58
points out that XAI has state permits to operate
18:01
15 of these turbines. But as of recent reports,
18:05
they are currently operating 46 of them. Almost
18:07
triple what's permitted. Right. And each of these
18:10
industrial turbine types has the potential to
18:12
emit thousands of tons of pollution annually.
18:15
So how exactly are they getting away with running
18:18
triple the number of permitted industrial generators?
18:21
It comes down to a highly contested legal and
18:24
regulatory loophole. SpaceX and XAI are officially
18:27
claiming that these turbines are technically
18:30
mobile equipment. Mobile? They weigh tons! Yes,
18:34
but why? Because they are literally still sitting
18:36
on the flatbed truck trailers they were shipped
18:38
on. You're kidding! I'm not! The legal argument
18:41
is that because they are mobile units on wheels,
18:44
they are exempt from the standard state -permitting
18:46
processes required for stationary power plants.
18:49
Wait, wait, wait. So if I take my entire house,
18:51
put it on wheels, and just leave it parked on
18:52
a flatbed trailer in my front yard, Do I magically
18:55
not have to pay property taxes or follow local
18:58
zoning laws? I mean I wouldn't try it but that's
19:00
the logic. How does putting a massive smog belching
19:03
industrial power turbine on a truck trailer make
19:07
it exempt from the Clean Air Act? That is exactly
19:09
the pushback the Environmental Protection Agency
19:11
is giving. The EPA has stepped in and stated
19:14
that regardless of whether the turbine is sitting
19:16
on a trailer with deflated tires or bolted permanently
19:20
to a concrete foundation, equipment of that massive
19:23
size and emission output is subject to federal
19:26
air pollution regulations. That seems like common
19:28
sense. Right. They ruled earlier this year that
19:31
XAI is operating in violation of federal law.
19:35
Now, SpaceX explicitly acknowledges this regulatory
19:38
risk in the S -1 filing, noting that if they
19:41
face injunctions, it would adversely affect their
19:43
AI business. But they are still buying more.
19:46
Exactly. The fact that they are committing another
19:48
$2 billion specifically for more of these mobile
19:50
gas turbines shows they intend to fiercely contest
19:53
this interpretation in court. It really brings
19:56
the whole thing down to earth for you as a listener.
19:59
Like, while working professionals and tech companies
20:01
everywhere are benefiting from this incredible
20:04
cutting -edge AI software to make their lives
20:06
easier, it's local communities, like the residents
20:09
in Memphis, who are bearing the physical, environmental
20:13
brunt of this AI arms race. A heavy price. It
20:16
is. They are the ones dealing with the degraded
20:19
air quality so that the servers can keep humming.
20:21
It perfectly illustrates the core thesis of SpaceX's
20:25
own IPO filing, really. The competition in artificial
20:29
intelligence is no longer just about who has
20:31
the smartest software engineers writing the best
20:33
code. Right, it's moved way past that. It's about
20:36
who can navigate physical transmission bottlenecks,
20:39
electrical grid shortages, supply chain constraints,
20:41
and as we are seeing in Memphis, mounting political
20:44
and legal resistance to massive physical infrastructure.
20:48
Before we wrap up, a quick thanks to Old Glory,
20:51
an iconic music and sports fan merch store, perfect
20:54
for the techie in your life. Use promo code SNARFL
20:56
for 15 % off at oldglory .com. To tie all these
21:00
threads together today, this SpaceX filing really
21:03
is a roadmap for the next decade of technology.
21:06
We started by unpacking their futuristic vision
21:09
of deploying AI data centers into the cold vacuum
21:12
of orbit to escape Earth's power limits. Which
21:15
still sounds like a movie plot to me. Oh, entirely.
21:17
But then we looked at the staggering financial
21:20
reality of today, where companies like Anthropic
21:23
are paying $15 billion a year just to rent space
21:26
on existing supercomputers. And finally, we landed
21:29
on the very real, very grounded smog and legal
21:32
battles happening in Memphis right now over the
21:35
natural gas turbines needed to keep those computers
21:37
running. It paints a vivid picture of an AI industry
21:40
that is accelerating so fast it is colliding
21:43
hard with the physical limits of our planet.
21:45
It really is a stark reminder that every time
21:47
you interact with the digital world, you know,
21:49
there is a physical machine somewhere spinning,
21:53
consuming immense power, and taking up space.
21:56
Which leaves us with a final provocative thought
21:58
for you to chew on today. As artificial intelligence
22:02
becomes deeply permanently embedded in our schools,
22:05
our jobs, and our critical infrastructure, how
22:08
comfortable should we be that a single entity
22:10
is attempting to control the entire physical
22:13
stack? That's the big question. Right. From the
22:16
energy generation, to the massive compute power,
22:18
to the satellite internet connection, to the
22:21
reusable rockets that launch them, all under
22:24
a corporate structure where the public has absolutely
22:26
zero voting power. It is definitely something
22:29
to think about the next time you ask an AI to
22:31
write an email. For sure. We're here to help
22:33
at Snarful, so reach out on our website if you
22:34
have any more questions. Thanks for listening
22:52
and we'll catch you next time.