On June 12, 2026, SpaceX went public on the Nasdaq with a valuation of approximately $1.75 trillion. The company set a fixed share price of $135 and raised $75 billion through the sale of more than 555 million securities.
SpaceX’s initial public offering became the largest in the history of public markets, turning Elon Musk into the first dollar trillionaire in history, with a net worth now estimated at $1.11 trillion.
At the close of the first trading day, SpaceX shares settled at $160.95, increasing the company’s market capitalization to $2.1 trillion.
SpaceX’s public listing marked a shift in the structure of the American economy. The emergence of corporations of this scale transfers the center of gravity of the U.S. economic system from traditional financial-industrial groups to a narrow circle of technology companies.
From this point forward, the condition of the stock market, the pace of technological modernization, and the country’s defense capabilities are decisively influenced by a handful of corporations that simultaneously control capital, infrastructure, and critical technologies.
SpaceX’s IPO was the first in a broader wave of large-scale capital raises by key American high-technology companies. As part of this process, OpenAI, Anthropic, Cerebras, Lambda, Kraken, X-Energy, and other technology corporations with a combined valuation of roughly $3.4 trillion are entering public markets.
This IPO wave strengthens the position of America’s technology elites, led by Elon Musk, whose corporate, technological, financial, and media networks are gradually assuming functions traditionally associated with the state.
The process is accompanied by the accumulation of capital on a scale never before recorded in the history of public offerings. As technology corporations assume state functions amid an unprecedented concentration of capital, they are becoming an independent center of power.
The combined market capitalization of the seven largest U.S. technology companies exceeds $20 trillion and surpasses the gross domestic product of the entire European Union. Nvidia’s market capitalization alone has already exceeded the size of Japan’s economy. By these measures, the technology sector has become comparable to major states and geopolitical blocs.
The scale achieved by technology corporations is changing the nature of their influence on the economy. Digital products have become embedded throughout production cycles, from widespread automation to robotics, while the inflow of trillions of dollars into AI infrastructure has created a full investment supercycle.
Technological modernization now depends on these companies, forcing both market participants and the state to take them into account regardless of considerations of expediency.
This dependence has a concrete dimension. As of January 2026, the technology sector accounted for a record 34.6 percent of the S&P 500. The ten largest companies represented more than 40 percent of the index’s weight, and the condition of the entire U.S. pension system became tied to the quarterly earnings reports of fewer than ten companies.
As this dependence deepens, the space for decisions made without regard for the interests of the technology sector continues to narrow, while the growth of these companies itself compels both market participants and government authorities to support it.
The scale of these corporations has outgrown the boundaries of their original business models. Satellite constellations are evolving from communications tools into platforms for the development of near-Earth space, the extraction of extraterrestrial resources, and the deployment of orbital computing capacity.
The capital intensity of such programs exceeds the costs of earlier digital services by orders of magnitude, which explains the shift from tens of billions to trillions of dollars.
These sums are comparable to the scale of the debt problem that the new technological economy is effectively addressing. The old production model generated a debt burden that the state is no longer capable of servicing in the classical sense.
As of June 2026, U.S. public debt exceeded $39.2 trillion and reached approximately 123 percent of gross domestic product, while debt servicing absorbs roughly fourteen percent of federal expenditures. Repaying debt of this magnitude has lost practical meaning.
The value created by the products of the new technological economy vastly exceeds anything American industry produced during the period when debt obligations expanded alongside the creation of tangible economic value. As a result, the rising valuation of technology companies reflects not the relocation of capital previously locked abroad into the domestic market, but a leap in the overall size of the American economy itself.
The growth of technology-sector capitalization is expanding the economy faster than debt is growing, while government securities are increasingly becoming instruments tied to that growth. Artificial intelligence and related financial technologies, including blockchain and digital assets, are becoming mechanisms that convert America’s technological advantage into a means of sustaining debt without directly repaying it.
Competition among major geopolitical systems is entering a new phase in which the contest is no longer centered on claims to specific territories or markets, but on competing visions of the future.
Vision itself becomes an instrument in the struggle for dominance, and its weight is determined by the scale of the ambition behind it, together with the resource base and technological solutions available to realize it. A more ambitious vision, backed by more powerful capital, elevates the position of the system advancing it.
Such visions encompass the development of near-Earth orbit, the deployment of data centers in space, the extraction of rare-earth elements from asteroids, and the construction of extraterrestrial infrastructure. The market capitalization of technology corporations measures precisely their capacity to realize projects on this scale.
This shift transfers interstate competition into space and pushes the logic of geographic expansion into the background. When leading economies compete for access to lunar resources and control of near-Earth orbit, control over individual stretches of land becomes progressively less important. Border conflicts and disputes over spheres of influence retain their intensity only as long as land itself remains the primary prize.
At the current stage, Big Tech groups have not yet reached a level of influence that would allow them to compete fully with the American state apparatus. Until technology corporations acquire the political autonomy they seek, they remain interested in cooperation with the Republican administration.
Within this coexistence of power and capital, Washington provides technology elites with government contracts, a favorable regulatory environment, and political protection, while Big Tech supplies the state with financial resources, computing power, satellite communications, and military infrastructure.
The ultimate objective of Musk and the technology elites aligned with him is to transform their mutual dependence with the state into a temporary phase during which they can cement their indispensability through government contracts and state resources.
Once that period concludes, high-technology business corporations expect to assume the functions, influence, and relevant degree of authority previously held by state institutions.
The future escalation of U.S.-China confrontation accelerates this transformation in the position of Big Tech elites because Washington, which requires the satellite networks, computing capacity, and military communications provided by technology corporations to compete with Beijing, is increasingly losing the ability to constrain them through regulation and antitrust pressure.
American Capital Constrained by Sanctions and the Risks of External Markets
The ability of technology corporations to raise tens of billions of dollars through a single IPO is driven by an excess of available capital concentrated within the United States because profitable investment opportunities abroad have become increasingly inaccessible.
The approach of a global confrontation between the United States and China, against the backdrop of the war in Ukraine and armed conflicts in the Middle East, prompted Washington to impose legislative restrictions on capital flows, leaving substantial financial resources inside the American jurisdiction.
In December 2025, President Trump signed the National Defense Authorization Act for Fiscal Year 2026, which included the COINS Act, legislation designed to restrict American investment in dual-use technologies abroad.
The law expanded the list of countries whose investment relationships fall under government oversight and imposed restrictions on cross-border capital flows involving semiconductors, artificial intelligence, and quantum computing. The emergence of this policy window resulted from changing political circumstances in the United States.
Criticism of the way the previous Biden administration engaged in confrontation with the authoritarian axis intensified dissatisfaction among both the public and the elite, while media and political structures aligned with technology capital contributed to the spread of that dissatisfaction.
The change of administration in 2025 created a more favorable environment for technology elites because a Democratic administration would have constrained offerings of this scale through regulatory restrictions. Technology elites took advantage of the opportunity created by the war in Ukraine, the conflicts in the Middle East, and the American state’s response to them.
Following the transfer of power, restrictions on outbound capital flows kept substantial funds inside the country, creating excess liquidity in the American market precisely when technology corporations were preparing to go public.
Investment in China became legally restricted, while investments in India, Southeast Asia, Europe, and most countries in Latin America and the Middle East lost their appeal because of elevated risk ahead of an open phase of geopolitical confrontation. At the same time that external investment opportunities narrowed, the cost of borrowed capital increased.
The effective federal funds rate remains at 3.62 percent, the yield on ten-year Treasury securities has stabilized around 4.45 percent, and even companies with the highest credit ratings face borrowing costs of 5.22 percent.
The combined capital expenditures of the five largest technology corporations will exceed $600 billion in 2026, representing annual growth of 36 percent. Of that amount, approximately $450 billion will be directed toward AI infrastructure, graphics processing units (GPUs), and data-center construction.
These expenditures consume approximately 94 percent of the funds that the largest technology corporations generate from their core operations, depriving them of the ability to finance new directions internally and requiring them to raise external capital to sustain further growth.
The combination of capital deprived of external investment destinations and elevated borrowing costs turns public share offerings into the most practical method of securing financing.
By selling investors a stake in their equity, Big Tech companies receive funding directly from stock purchasers and avoid the need to take on loans or issue bonds. Intensified antitrust scrutiny, reflected in regulators’ decisions to block acquisitions across the Big Tech sector, has simultaneously made it more difficult for startups to sell their businesses to larger corporations. As a result, public listings have remained the only effective mechanism through which the largest technology companies can access investor capital.
By selling shares at a moment when technology-sector valuations have reached record levels and investor expectations surrounding artificial intelligence have not yet been adjusted to actual profitability metrics, technology elites are drawing in the liquidity concentrated within the American economy.
This capital raise is not merely a redistribution of existing funds. Going public simultaneously increases the aggregate valuation of the economy itself, creating new value on top of what was already circulating in the market.
Building a Cash Reserve as Big Tech Elites Prepare for a Supercorrection
The timing of SpaceX’s IPO was shaped by a politically favorable window of opportunity in which the Republican Party — more sympathetic to Big Tech elites — still controls the White House and both chambers of Congress, as well as by a desire to lock in the company’s valuation ahead of a market supercorrection.
A supercorrection would reduce the value of overinflated technology-sector equities toward their long-term averages following a period of excessive investor demand.
As a result of such a correction, raising new capital becomes more expensive, and technology corporations face pressure to shift from accelerated construction of data centers and supercomputers toward demonstrating their actual economic returns.
An IPO conducted at the peak of technology-sector valuations makes it possible to secure SpaceX’s capitalization before equity prices decline while simultaneously creating a cash reserve sufficient to maintain resilience during the correction and acquire assets from companies that lose access to capital.
Amazon conducted its own IPO during a period of inflated market expectations surrounding internet companies. That move later helped the corporation preserve financial stability after the sharp collapse in dot-com valuations and use the crisis to strengthen its position in both online commerce and server infrastructure.
Big Tech elites are pursuing a similar strategy because a substantial cash reserve during a correction improves conditions for reinvestment into artificial intelligence, data centers, and space infrastructure at a moment when the Federal Reserve lowers rates and competitors’ assets lose value.
The current financial losses of technology corporations do not prevent them from raising capital in public markets. In 2025, SpaceX recorded a net loss of $4.94 billion and a cumulative deficit of $41.3 billion, while its AI division, xAI, spent $6.36 billion on computing infrastructure over the course of the year.
Starlink remains the only consistently profitable business line, generating $11.4 billion in annual revenue, part of which is used to cover the expenses of the AI division.
Yet these losses do not suppress demand for shares because investors are committing capital based on expectations of future value. That value is expected to rise as the U.S. economy, defense sector, and government institutions become increasingly dependent on SpaceX.
Demand for the innovations and services provided by high-technology corporations will intensify further after an escalation of the global confrontation between Washington and Beijing, because the technological solutions offered by America’s Big Tech elites will become the only alternative the White House can realistically place against Chinese developments.
Escalating U.S.-China confrontation also aligns with the interests of technology elites because the conflict will divide the world between states that possess superior speed and capacity in data processing and those that do not. Companies that control computing power, satellite networks, and artificial intelligence models become suppliers of a critical resource without which modern competition cannot be conducted.
The technological solutions developed by Big Tech elites directly affect the United States’ position in that confrontation and improve Washington’s ability to conduct the struggle. This reinforces investor confidence in the future recovery of corporate profitability while simultaneously giving Big Tech groups an additional lever of influence over their own government.
Big Tech’s Market Stability as a Condition for the Stability of the American Economy
The public listings of technology corporations revealed a defining characteristic of the new economy: the value of a handful of companies increasingly determines the condition of the entire market.
Calculations based on the Nasdaq 100 index indicate that by the end of 2026, fourteen of the largest technology companies will account for between 88 percent and 90 percent of its total value. As of June 2026, Nvidia, Alphabet, and Apple alone already controlled a combined 53.67 percent.
The condition of the entire market for the largest non-financial corporations by capitalization is now determined by changes in the value of a narrow group of technology companies. Any sharp decline in their valuations simultaneously affects the stock market, digital infrastructure, and military infrastructure of the United States.
Evidence that the White House recognizes and takes into account the state’s dependence on technology corporations emerged in May 2026, when the U.S. Space Force signed a $2.29 billion contract with SpaceX under the Space Data Network Backbone program. The agreement provides for the creation of an orbital data transmission and processing network that will integrate satellite constellations, ground stations, and command systems into a single operational architecture.
Secure communications protected from interception and jamming are only one element of the project. Its primary purpose is to provide the ability to collect, process, and transmit intelligence and targeting data in real time, reducing the interval between target detection and the decision to engage.
SpaceX subsidiary Starlink accounts for more than 75 percent of all active satellites in near-Earth orbit. Over the course of its operations, Starlink has launched into space a number of satellites comparable to the total launched by all other countries combined over the previous seventy years.
A corporation that simultaneously controls satellite communications, spaceflight capabilities, and computing infrastructure gains the ability to shape operating conditions for the rest of the economy. Only a favorable political moment makes it possible to consolidate such an advantage through public-market status.
For this reason, going public became the most important step taken by the technology elites during President Trump’s term, as the previous Democratic administration consistently blocked offerings of this scale through regulatory restrictions.
By completing this wave of public offerings before the end of 2026, technology corporations are cementing a position in which any future administration will be compelled to account for their interests regardless of party affiliation. This is achieved through the intertwining of corporate valuations with household savings: the retirement accounts of millions of Americans are tied to the shares of a narrow group of corporations, meaning that any decline in their value immediately spreads into the broader market.
This dynamic also blocks potential restrictive measures. Higher taxes on technology corporations, antitrust lawsuits, or stricter regulations become increasingly difficult to impose because any blow to the sector’s capitalization immediately affects the savings of millions of investors. The state’s dependence on the technology sector transforms its protection into a matter of national security regardless of the political intentions of any particular administration.
Restructuring the Economy and the Model of Power After Big Tech’s Financial Ascendancy
The financial rise of Big Tech is embodied in the figure of Elon Musk. Having attained trillionaire status, the world’s wealthiest individual now combines control over critical infrastructure, the largest personal fortune in history, and the X platform, through which he influences investor behavior and public discourse beyond the confines of traditional market mechanisms.
The U.S. military is becoming increasingly dependent on Musk’s infrastructure. Starlink and its military counterpart, Starshield, provide communications for strike drones, while SpaceX maintains a de facto monopoly on space launches and executes multibillion-dollar contracts for the U.S. Space Force and the national intelligence community.
Several episodes in which access to the Starlink network became a subject of negotiation with the Pentagon demonstrated that the decision of a single private individual can affect a state’s military effectiveness. It is precisely the concentration of these levers in one set of hands that defines the direction of the ongoing restructuring of the American economic and political system.
The continued financial concentration of Big Tech companies and their expanding control over critical infrastructure are driving a transformation of the economic and political order toward a model in which technology corporations seek the role of co-managers of national development.
The growing dependence of the American economy on the corporations of Elon Musk, Peter Thiel, and other representatives of the technology elite has created the conditions for broader political and ideological ambitions. Their realization presupposes replacing the slow procedures of the state apparatus with corporate methods of governance.
Technology entrepreneurs advocate this corporate model because they regard it as the only approach capable of restoring and preserving American superiority over the authoritarian axis.
The transfer of corporate methods into state administration rests on a practice already taking shape through the concentration of technological capital and its fusion with the administration. At its core lies the perception that the existing state apparatus and its system of checks and balances constitute a structure that is too slow and inefficient compared with the corporate model of decision-making.
Certain intellectual currents within the American conservative movement, expressed most prominently in the writings of Curtis Yarvin, have given this outlook a more fully developed form, although for a long time it remained a marginal idea.
Within this framework, the figure of a sovereign leader who replaces political competition is increasingly projected onto Musk himself. The financial and political resources of the technology elites have given this concept far greater weight than the theoretical framework alone could ever provide.
Musk’s political project extends far beyond support for the current administration. It envisions a restructuring of the very principles governing relations among the state, business, and citizens along corporate-management lines.
Musk promotes this model as the only viable path, refusing to modify it to accommodate the preferences of existing political actors. As long as the Republican Party remains receptive to this agenda, he advances it through the party’s institutional mechanisms and through support for loyal politicians.
At the same time, Musk is building his own political structure, drawing on ties with European right-wing radical circles and on his previously stated intention to establish a political party.
The traditional American two-party system and majoritarian electoral model leave little room for a third force in representative institutions. Musk, however, is rethinking the very purpose of a political party. He is constructing it as an instrument of influence operating outside the electoral calendar and independently of whether it possesses representatives in Congress, the Senate, or local councils.
Under these new conditions, such a structure derives political weight from the concentration of capital, media platforms, and critical infrastructure. This allows it to selectively support or obstruct individual politicians regardless of party affiliation. The party becomes a mechanism for projecting influence.
In response to this convergence of financial interests, infrastructure resources, and governance levers between technological capital and the state, President Trump supported an initiative under which the largest AI companies would transfer an equity stake to the U.S. government.
Such an initiative provides the state with a basic lever of influence over technology corporations, as the government recognizes the risks posed by their excessive autonomy and seeks to preserve an instrument of control while their financial and political weight can still be constrained.
At the same time, however, this decision accelerates the merger of technological capital with the state apparatus and dismantles the system of checks and balances that previously separated private infrastructure from political governance.
Granting the state an ownership stake creates conditions under which technology corporations can integrate into a shared governance structure with the government, where the distinction between private corporate interests and state policy gradually loses significance.
Political and Personnel Levers Behind Big Tech’s Growing Role in Government
The implementation of a corporate model of governance rests on two pillars: prior administrative preparation and the presence within the Republican administration of a political figure capable of continuing the agenda after the current political cycle ends.
The effort to reduce barriers to the concentration of technological capital was formulated before President Trump’s term by conservative strategists who systematized it into a broader policy agenda. By mid-2026, a significant portion of these measures had already been implemented: political control over the state apparatus had been strengthened, procedures for dismissing disloyal personnel had been simplified, licensing for data centers had been accelerated, and environmental and antitrust regulations had been relaxed.
This administrative agenda is being implemented by officials whose previous careers were built on personal and business ties to Big Tech groups.
Michael Kratsios, who became Director of the White House Office of Science and Technology Policy following President Trump’s inauguration, previously headed the operations of Peter Thiel and Thiel Capital. Meanwhile, Kevin Warsh, a business associate of Thiel and Marc Andreessen, became Chair of the Federal Reserve in May 2026.
This agenda advances without separate congressional votes or extensive public debate, allowing it to be implemented without attracting significant public attention.
Ensuring the long-term political durability of this course requires its continuation beyond President Trump’s term. The President’s approval rating stood at approximately 35 percent in June 2026 as a result of the consequences of the operation against the Ayatollah regime, reflected in rising fuel prices and the fastest inflation increase since April 2023.
Technology elites understand that the continued success of their project requires a representative within the current political elite whose career will not end alongside President Trump’s presidency.
That role is being fulfilled by Vice President Vance, who maintains direct ties to the circles surrounding Peter Thiel and David Sacks. The reduction of Vance’s public involvement in the White House’s most unpopular decisions is a calculated tactic on the part of the Big Tech elites.
According to the calculations of technology entrepreneurs, Vance’s success in the 2028 presidential election will depend directly on minimizing the degree to which he becomes associated with the public criticism currently directed at President Trump.
The European Union as the Principal Obstacle to the Global Expansion of American Big Tech
The Silicon Valley corporate model faces competition from several major models of social organization, including the Chinese model, the European model, and other regional centers of influence. The European model advances a distinct regulatory alternative through the Digital Services Act (DSA), Digital Markets Act (DMA), AI Act, and General Data Protection Regulation (GDPR), with penalties reaching up to six percent of global turnover.
Big Tech seeks to weaken this model because its success would demonstrate to citizens across the Western world the viability of a developmental path alternative to the power of technology elites.
To prevent such an outcome, technology corporations have an interest in weakening the European Union before its model can prove its effectiveness.
Through European right-conservative forces linked to Big Tech interests, the argument is being advanced that Ukraine should not be admitted to the European Union. Ukraine’s integration would provide the EU with a major market, fertile agricultural land, rare-earth mineral reserves, and a foundation for developing its own innovative IT solutions, thereby strengthening the European model in ways that run counter to the interests of the technology elites.
The American state provides Big Tech with contracts, a favorable regulatory regime, and political protection, while technology elites support this arrangement even as they consolidate control over infrastructure critical to defense, communications, and artificial intelligence.
The hybrid model being constructed by the technology elites combines the largest accumulation of capital in history with the assumption of a portion of the state’s functions, and each successive IPO strengthens both components simultaneously.
Big Tech still requires the existence of the state as an institution. Its strategic objective, however, is to make that dependence temporary.
As technology corporations increasingly become the owners of critically necessary infrastructure, the limits of what actions they should be permitted to take become the principal point of confrontation with state institutions. The ability of the key centers of global capital and the state to restrain Big Tech elites that concentrate financial resources, political influence, and technological superiority will be determined by the outcome of this confrontation.
For political elites, this represents a new challenge. The threat of global conflict, the need for effective defense technologies, the imperative of relieving the economy from the burden of debt obligations, and the pressure of electoral ratings increasingly consume their attention. Amid these urgent concerns, political leaders risk losing sight of the true nature of the transformation humanity is now confronting.
