This IPO by SpaceX isn't really about how much richer Musk becomes, but about how the risk structure in ordinary people's tech ETF holdings has quietly changed.
As of July 1, 2026, SPCX was trading around $170, still above the $135 IPO price and above the $150 opening price, but well below the post-listing high above $225.
In other words, the SpaceX hype hasn't died, but the first round of frenzied chasing prices is cooling. More critically,SpaceX has been confirmed to join theNasdaq 100 on July 7. Once this happens, many ETFs and mutual funds that track the Nasdaq 100 will adjust their allocations based on the index change.
Before, when you bought a tech index, you mostly got mature giants that have already made huge profits: Apple, Microsoft, Google, Nvidia, Amazon. Now, when you buy a tech index, you might get SpaceX — a super dream still in heavy investment and burning cash, but already priced by the market for the next decade.
The question is: does this ticket lead to the next industrial revolution or to the next big valuation car crash?
In this issue, I will break down all the threads: SpaceX's listing, its inclusion in theNasdaq 100, Starlink's cash flow, xAI's cash burn pressure, and the potential IPOs of OpenAI and Anthropic down the line. You'll see this is not just space news, but a risk reassessment of ordinary people's tech asset allocation.
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The real focus of SpaceX isn't how much it rose on its first day or how high Musk's wealth ranking climbed, but that it is pushing the underlying logic of tech investing forward a step. You think you're just buying a tech ETF, but your portfolio may have quietly been stuffed with space, AI, robotics, data centers, power infrastructure, and Musk's entire future universe.
Sounds cool, but the scariest thing in investing is exactly what "sounds cool." Because when a rocket launches, everyone applauds; only those sitting inside know that thing shakes really hard.
Let's start with the first layer: after SpaceX's listing, the market isn't buying an ordinary space company, but a ticket to Musk's "future infrastructure gateway."
If you only understand SpaceX as a rocket company, you're looking at it too narrowly. Rockets are important, but they are just the most visible shell.
SpaceX's real value isn't just about putting things into space, but about trying to control the logistics channel between Earth and space, as well as the fundamental entry points for global communications, satellite networks, and future computing power.
Tesla did this before. At first, it said it wasn't a traditional automaker but an electric vehicle revolution; later, it said it wasn't just selling cars but was an autonomous driving platform; later, the market added energy storage, robots, Robotaxi, AI training, and future mobility networks into its valuation.
You'll see that Tesla's valuation was never purely supported by car sales; what really excited the market was that if any one of these future businesses materializes, the story can keep going.
SpaceX is following the same logic now.
It has rocket launches—hard tech; it has Starlink—a satellite communications network that can charge ongoing fees; it has collaboration with NASA, defense, and commercial launches—strategic resources; and it's now deepening ties with xAI and similar AI businesses. So the market begins to fantasize: can future space communications, AI computing power, satellite data, data centers, robots, and automation systems be strung together by Musk into a larger ecosystem?
Capital markets love this kind of story because the bigger the story, the harder it is to cap the valuation with traditional methods. You look at it with a traditional P/E ratio and it seems crazy expensive; but the market will ask back: what if it's not just a rocket company but the underlying gateway to the space economy?
That's the magic of SpaceX's valuation, and also the source of risk. Dreams can make valuation fly, but cash flow keeps it from falling.
So, to judge whether SpaceX can sustain its high valuation, what we really need to look at is not whether Musk will keep telling stories. That's a no-brainer; he will, and he'll probably tell them better than mostCEOs.
What we really need to look at is whether Starlink and rocket launch business can provide stable enough cash flow to cover SpaceX's massive capital expenditures, and the cash-burning pressure from xAI and similar AI data center businesses.
Starlink is currently one of SpaceX's most commercially promising pillars. It's not just competing with broadband; it's competing for scenarios that never had stable networks: remote areas, maritime shipping, aviation internet, disaster relief, conflict zones, military communications, and places where traditional ground base stations are hard to reach.
This business is powerful because it has both consumer and strategic attributes. It can charge monthly fees and also enter national security, emergency communications, aviation, maritime, and military cooperation scenarios. Ordinary broadband companies at most let you stream without buffering at home; Starlink's ambition is to connect a ship, an airplane, a military force, a remote village, or even a temporary battlefield. This imagination space is naturally more attractive than traditional telecom operators.
But we must stay calm here. Starlink has exceeded 12 million customers and covers more than 160 countries and regions. However, rapid user growth does not mean SpaceX's overall profitability pressure automatically disappears.
Satellite deployment, launch costs, terminal subsidies, network maintenance, data centers, and AI investment will continue to consume large cash flows. More precisely, Starlink is the core business most likely to support cash flow improvement for SpaceX, but whether it can shoulder the capital expenditure needs of the entire Musk "space + AI" ecosystem remains to be seen.
This is also the biggest change now: SpaceX is no longer just SpaceX. With xAI being placed within the same narrative framework, the market's understanding of it becomes more complex. AI data centers are not a light-asset business; you can't just rent an office, buy a few desks, hire some engineers, and run a small startup. It needs chips, electricity, land, cooling systems, networks, capital expenditures, and continuous cash burning.
To chase OpenAI, Google, Anthropic, you can't just dabble. To create a world-class large model, you must first accept reality: bills will come faster than dreams.
So now the valuation logic of SpaceX can be understood as two tracks running simultaneously. One track is Starlink and rocket launches creating certainty; the other is xAI and future AI infrastructure opening up imagination. The former is like stable income for a family; the latter is like a promising but very expensive startup project. If the startup succeeds, the whole family leaps forward; if it fails, the whole family shoulders the bills together.
This is not to say xAI must be a drag, but that the market must re-evaluate SpaceX's risks. Its story is bigger, but its uncertainty is also higher.
At this point, we must look back at Tesla. Tesla has stood on high valuations for so long, not just because it tells stories, but because it actually sold cars, built factories, made the Model Y a global hit, and generated decent free cash flow for a period.
In other words, Tesla isn't just dreams; it has business support; it isn't just PPTs; it has deliveries; it isn't just Musk drawing pies; it at least baked some pies, though sometimes the edges are a little burnt.
SpaceX must now prove the same thing. It can't just tell the market "I have a future"; it must also prove "I can handle the present." Otherwise, the valuation the market gives it now may be as generous as the repricing later could be cruel.
Now the second layer: what truly excites the market about the Musk empire is not how impressive each company is individually, but how different the valuation logic becomes if these companies are strung together into an ecosystem.
Many people view Musk's companies separately. Tesla is EVs, SpaceX is rockets, Starlink is satellite internet, X is social media, xAI is large language models, Neuralink is brain-computer interfaces, Boring Company is underground tunnels. Seen separately, each has its own problems; but seen together, you see Musk playing a very large chess game.
Satellites in the sky, cars on the ground, tunnels underground, a social platform online, AI models and computing power behind, and maybe connecting human brains with machines in the future. Others start businesses by finding a track; he plays like an open-world game, aiming not to clear one map but to break the boundaries of the map.
This is a major reason the market is willing to give high valuations to the Musk system. It's not a single point company, but a business universe that could synergize. Tesla vehicles can become data terminals, Starlink can provide global communications, xAI can handle model training, Optimus can be the execution end in reality, X can be the information entry, and Neuralink is a longer-term human-computer interaction fantasy. Once this logic holds, valuation is not simple addition but multiplication of ecosystem narratives.
But risk also lies here. The bigger the company, the more complex the story, the higher the management difficulty, the greater the regulatory risk, the larger the capital expenditure, and the stronger the dependence on market trust. The greatest charm of the Musk empire is that it seems to do everything; the greatest risk of the Musk empire is also that it seems to want to do everything.
So after SpaceX's listing, we can't just look at whether its stock price will rise; we need to see whether it can turn this huge system into stable business results.
That leads to the third layer, the most critical point of this video: index investing is becoming more complex.
In the past, many people bought index ETFs because they were simple, diversified, and effective in the long run. You buy the Nasdaq, the S&P, large-cap techETFs, and behind them are mostly companies like Apple, Microsoft, Nvidia, Google, Amazon, Meta, Tesla. They are certainly expensive and volatile, but most have proven their business models, have profits, cash flow, global users, and strong moats. So many feel that buying an index means buying the best US companies.
This logic was correct in the past, but may need a parenthesis in the future: buying the best US companies, some of which are already steadily profitable, while others are still relying on future dreams to support valuations.
This doesn't mean index ETFs can't be bought or that index investing has failed, but that tech indices are no longer as simple as a decade ago. They are still diversification tools, but the weights of tech, AI, and future narratives are becoming increasingly high.
SpaceX has been confirmed to join the Nasdaq 100. As for high-valuation AI companies like OpenAI and Anthropic, although they are already moving toward IPOs, whether they can successfully go public, when, and whether they can enter core indices afterward depends on market cap, liquidity, profitability paths, regulatory rules, and market sentiment. If these companies also go public and enter core indices in the future, the underlying structure of indices will further change.
Before, you bought a combination of mature tech giants; in the future, you might buy mature tech giants plus high-investment AI companies plus space infrastructure companies plus robot dreams plus a bunch of future narratives that haven't fully materialized but already have very high market caps.
In simple terms, what you buy may no longer be a traditional tech ETF, but a hybrid asset of mature cash flows and high-volatility future narratives.
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This doesn't mean these companies have no future, but the risk structure has changed. Previously, the leaders in indices were more cash flow-driven; now, some companies in indices may be narrative-driven, capital expenditure-driven, and future expectation-driven.
This is the truly important impact of SpaceX's upcoming inclusion in the Nasdaq 100. It's not just a new stock; it will change the flow of passive funds. Many ETFs and mutual funds that track the Nasdaq 100 won't necessarily have portfolio managers actively bullish onSpaceX; they need to adjust allocations according to index changes. That is, many ordinary investors are not actively choosing to participate inSpaceX's volatility but are passively riding this bus throughETFs.
A deeper question is: if passive funds increasingly flow into high-valuation, strong-narrative, not-yet-profitable companies, will the market become more fragile?
The answer is possibly yes. Because the most attractive part of index investing in the past was that it seemed like an automatic screening mechanism: strong ones come in, weak ones go out. But if the definition of "strong" increasingly depends on market cap, and market cap depends more on future imagination, then the index itself will become more susceptible to market sentiment.
When sentiment is good, this is a rocket booster; when sentiment is bad, it's a volatility amplifier.
Looking further, Musk has a very important ability: he knows how to combine corporate expansion with national resources.
SpaceX depends on NASA, defense contracts, and launch licenses. Starlink depends on spectrum, licenses, and regulatory approvals from various countries. Tesla depends on autonomous driving regulations, subsidy policies, and manufacturing systems. xAI depends on electricity, land, chips, data centers, and AI regulation. You'll find that none of these can be solved behind closed doors; they all heavily rely on policy environments, national strategies, and regulatory boundaries.
So the so-called "Muskism" is not traditionally left or right, but a model of high binding between tech companies, capital markets, national strategies, and regulatory resources. Big tech companies in this era are no longer just product-selling commercial firms; they are building infrastructure, national competitiveness, strategic resources, and the future narratives that capital markets love most.
From an investment perspective, this is both a moat and a risk. The advantage is that if a company enters the core position of national strategy, its orders, resources, and policy importance will increase; the risk is that it becomes more susceptible to regulatory changes, political cycles, geopolitical conflicts, and policy shifts.
Finally, we must put SpaceX in the context of the entire tech IPO market.
SpaceX goes public first, then OpenAI, Anthropic are also advancing their capital market plans. There is a very real problem: the market's money is not unlimited. AI companies need money, space companies need money, cloud providers need money, semiconductors need money, data centers need money, and power infrastructure needs money. Everyone is competing for the same pool of funds.
Therefore, this year's tech capital market is essentially a big battle for money. Whoever goes public first, issues debt first, raises funds first, gets the ammunition first. Because everyone knows that the capital expenditures for AI and next-generation infrastructure are too huge; if you wait until market sentiment cools to raise funds, the valuation may not be today's price.
SpaceX's performance will directly affect the market pricing of OpenAI and Anthropoc later. If SpaceX stabilizes after listing, the market will feel that super-tech IPOs are still attractive; if SpaceX significantly breaks below its IPO price, investors will re-evaluate whether these high-valuation, high-investment, not-yet-profitable companies deserve such high premiums.
So SpaceX is not an isolated event; it is more like a bellwether for the wave of AI and tech giant IPOs to come.
Some worry that super IPOs will drain market funds, pushing other stocks down. This concern is reasonable but cannot be understood simply. Theoretically, largeIPOs do absorb funds; money goes into new stocks, so other assets may face short-term pressure.
But historically, when companies choose to IPO at such a time, it usually indicates that the market environment is not bad. In a real bear market, even roadshows may not be listened to.
Large IPOs themselves are not necessarily a market top signal; they are more like a stress test when market sentiment is hottest. If liquidity remains, risk appetite remains, the AI narrative remains,SpaceX's IPO may actually strengthen the trend; but if interest rate pressure rises, funds begin to ebb, and AI capital expenditure is questioned, then these high-valuation new stocks could transform from dream accelerators to volatility amplifiers.
In summary, the truly important part of SpaceX's listing this time is not how much it rose on the first day or how big a capital market headline Musk created, but that it has brought tech investing into a new stage.
In the past, we invested in tech stocks for profits, cash flow, and moats; now we invest in tech stocks for profits, cash flow, moats, plus a very expensive ticket to the future. This ticket may lead to the AI revolution, the space economy, the robot era, and next-generation infrastructure, or it may lead to valuation digestion, capital expenditure pressure, and market repricing.
Musk's brilliance lies in his ability to make the market believe in the future; the investor's soberness lies in not just believing in the future, but also asking: when will this future be realized? How will it be realized? Who will pay? Where is the cash flow? Who bears the risk in the end?
This is what really deserves serious attention after SpaceX's listing. It is not an ordinaryIPO, but a market faith test. It tests not whether you believe in Musk, but whether you believe that over the next decade, AI, space, robots, and global infrastructure can truly support today's valuations.
If you believe, this could be a long-term industrial opportunity; if you don't, or if you cannot bear the violent swings along the way, then you need to re-evaluate your positions.
SpaceX's next move isn't just to gobble up the space economy. What it really wants to gobble up is the gateway to next-generation tech infrastructure. And what we need to do is see clearly whether this is the beginning of a great industrial revolution or another time when the capital markets price dreams too far in advance.
If you've made it this far, it shows you're not just reading a SpaceX news piece, but re-understanding the underlying logic of future tech investing. If you like this content, remember to like, bookmark, and subscribe to the LI Finance channel, and feel free to tell me in the comments: do you thinkSpaceX's inclusion in the Nasdaq 100 is a new opportunity for tech assets or a new risk for index investing? We'll break it down further next time.
