In the landscape of technology investments, past events often illuminate present trends. The dot-com bubble of the late 1990s serves as a stark reminder of speculative excess, where high hopes for internet startups spiraled into a financial frenzy. Even as we now navigate the hype surrounding artificial intelligence (AI) and space ventures like SpaceX, the excitement of that earlier era is notably absent. What are the underlying reasons for this disconnect?
By Satyajit Das, a former banker and author known for his technical expertise in derivatives and several general publications, including: Traders, Guns & Money: Knowns and Unknowns in the Dazzling World of Derivatives (2006 and 2010), Extreme Money: The Masters of the Universe and the Cult of Risk (2011), and A Banquet of Consequences (2016 and 2021). His forthcoming title, The Everything Bubble: A Guide to the New Age of Financial Speculation and Phantom Wealth, is set to release in 2027. He’s also explored ecotourism through works like In Search of the Pangolin (2006, with Jade Novakovic) and Wild Quests: Journeys into Ecotourism and the Future for Animals (2024). This analysis is an extended version of a piece originally published in the print edition of the New Indian Express.
Similarities between the upcoming SpaceX IPO and the initial public offerings leading up to the dot-com crash of 2000 are striking. At that time, the technology sector experienced losses of approximately $5-6 trillion, with the Nasdaq index plummeting by about 80% between March and October of that year. High-profile companies like WorldCom and Global Crossing filed for bankruptcy, while others, including Pets.com and Webvan, vanished altogether. Even resilient players like Amazon and Microsoft endured significant declines in their stock values, which took years to recuperate.
The dot-com boom was centered around the internet and its emergence as a commercial tool, drawing in a wave of investors eager for quick gains based on limited technical knowledge. Today’s investment enthusiasm focuses primarily on space exploration and AI technologies.
SpaceX, for instance, encompasses a diverse range of initiatives, including Starlink satellite operations, a space launch service, and a social media platform, alongside ambitious plans for orbital data centers, a lunar base, and interplanetary colonization. While the satellite broadband and social media services utilize familiar technology, the launch sector relies on reusable rockets still in development, while untested concepts like orbital data centers raise concerns over their feasibility. The company’s prospectus is heavy on grandiose language, lacking concrete details.
Although AI can potentially replace “lower-value human capital,” its effectiveness in more sophisticated applications remains unverified.
During economic booms, investors often lavish funds on emerging technologies with minimal understanding and little due diligence, reflecting a strategy akin to ‘throwing jelly at a wall and hoping it sticks.’ This approach prioritizes rapid market entry and user acquisition over business sustainability and profitability, leading to overcapacity and misallocated resources.
Notable initial public offerings, such as those of Netscape and VA Linux Systems, were touted as proof of concept, driving speculation and a feeding frenzy among retail investors. In current times, the potential listings of SpaceX, OpenAI, and Anthropic represent similar benchmarks.
This herd mentality fosters risky business strategies and heightens speculative excesses, as witnessed during the dot-com era when businesses prioritized rapid growth to gain market dominance. Many neglected the challenges posed by fulfillment, funding sustainability, and competition.
While some lessons from the past have been heeded, pitfalls such as fierce competition remain relevant today. SpaceX’s revenue from launches is significantly supported by U.S. government contracts. However, it faces tough competition from government-backed projects in Europe and Asia, reflecting a growing reluctance to rely on U.S. firms for critical national infrastructure.
OpenAI’s shift from a retail to a focus on enterprise reflects its struggles in converting free users into paying customers. Meanwhile, high operational costs and competition from cheaper alternative models have impacted both OpenAI and Anthropic’s revenue streams.
Both AI firms and SpaceX are navigating turbulent waters, with SpaceX’s filings indicating a history of net losses and an uncertain path to profitability, compounded by heavy cash burn and significant unfulfilled financial commitments.
Today’s valuations have detached from any sense of financial reality. For example, in October 1999, the market capitalization of 199 tracked internet stocks soared to $450 billion despite annual sales around $21 billion and losses totaling $6.2 billion. Conversely, SpaceX has raised approximately $75 billion, corresponding to a staggering valuation of $1.75 trillion—over 90 times its current revenue. Such inflated metrics imply that returning investment would require a return of every single dollar of revenue for 90 years straight, underscoring untenable growth expectations.
Analysts at Morningstar estimate SpaceX’s actual worth to be half of its offering price even under optimistic scenarios. OpenAI and Anthropic are being valued at over $1 trillion, a figure that reflects current expectations rather than financial fundamentals.
Current market dynamics are heavily influenced by investor sentiment and unchecked faith in particular technologies. On the day of SpaceX’s anticipated IPO, one equity trader reflected on humanity’s lunar achievements while dreaming about Martian exploration. For many, SpaceX stock appeared inexpensive when viewed through an extraterrestrial lens.
With negative earnings and cash flow reminiscent of the year 2000, present valuations are built on unreliable metrics like ‘eyeballs’ or user engagement statistics. SpaceX claims to cater to a monumental $28.5 trillion market. In this climate, unprofitable companies often outvalue their profitable peers, allowing promoters to sidestep profitability to avoid diminished valuations.
Corporate governance issues similarly mirror those of the late 1990s. Elon Musk’s unique control over SpaceX, structured through a dual-class share approach, dilutes shareholder oversight, leaving little room for accountability amid his erratic decision-making.
Financing the current IPO wave primarily benefits insiders, with new ventures allowing them to liquidate their holdings, potentially shifting risk onto unsuspecting investors. Following 2000, markets were flooded with sell-offs as the initial lock-up period ended, following a similar trajectory for space ventures today. This trend may lead to overvalued stocks being used as currency for future acquisitions, akin to past mergers Musk has executed.
As seen earlier, a shift in economic conditions can profoundly impact these speculative bubbles. Just before the dot-com crash, the Federal Reserve raised interest rates significantly, dampening investor enthusiasm for perceived risky assets. Presently, rising inflation and long-term bond pressures evoke similar caution toward technology investments.
This inevitable collapse will echo the lessons of the dot-com era. To paraphrase historian Christian Wolmar regarding economic upswings, booms cannot sustain themselves on mere optimism. While emerging technologies may ultimately hold value, the challenge remains in selecting the right companies for investment.
In 2000, everyday investors lost considerable savings based on promises from tech founders. Many employees saw their stock options expire worthless, while insiders faced little accountability. As anger grows over recurring inequities favoring insiders, a repeat scenario may lead to catastrophic social and political consequences, overshadowing mere financial repercussions.
