In traditional capital markets, "growth" is a relatively straightforward concept: revenue growth, user growth, and profit growth form the foundational logic behind valuation models. The internet era reinforced this approach, leading to a unified framework for growth expectations across the market.
However, as we enter the age of AI, this structure is starting to loosen. The issue isn’t that growth has disappeared, but rather that its sources have become more complex. A company’s growth is no longer determined solely by its own business operations. Increasingly, it depends on how effectively it integrates external technology systems—such as AI infrastructure, data networks, computing power architecture, and cross-industry collaboration.
The direct result of this shift is that growth is no longer a single pathway, but a system-level outcome formed by the convergence of multiple paths. Capital markets are now moving from "single-point growth assessment" to "systemic growth evaluation."
AI Is No Longer Just a Sector—It’s a Foundational Capability Layer
Artificial intelligence has undergone a significant transformation in its current role. Early market discussions about AI focused on model performance, parameter scale, and competition among individual companies. As the technology matured, AI shifted from being an "independent sector" to becoming a "foundational capability layer."
This means AI is no longer simply an investment direction; it’s an underlying structure embedded across all industries. From software development to manufacturing, financial analysis to content creation, AI is now reshaping production systems as a form of infrastructure.
This change has profound implications for capital markets. As AI becomes a foundational capability, the growth potential of standalone AI companies faces structural limitations. Market attention is expanding to "how AI transforms other industries."
As a result, capital is increasingly focused on robotics, autonomous driving, space communications, and computing infrastructure—higher-level applications that extend AI’s capabilities. These sectors don’t replace AI; they serve as "extension structures" that leverage AI’s foundational strengths.
In other words, growth is no longer concentrated in a single sector, but distributed across multiple capability nodes.
SpaceX: From Corporate Growth to System-Level Valuation
SpaceX (SPCX) going public holds a unique significance in capital markets. It’s not just a company entering the public sphere—it’s a process of "long-term technology systems being openly valued."
Commercial spaceflight is characterized by long cycles: high R&D investment, extended payback periods, and formidable technical barriers. Traditional valuation models often struggle with these companies, as short-term financial data can’t fully capture their long-term capabilities.
But as the market’s understanding of infrastructure assets evolves, the evaluation logic is shifting. Investors are no longer focused solely on current revenue—they’re assessing the company’s systemic position in future space communications, satellite internet, and global data networks.
SpaceX’s significance now goes beyond a single company. It serves as an entry point to the "space infrastructure system." Its valuation in the capital market essentially reflects a discounted expectation of the future space economy.
This shift highlights a key fact: capital is moving from pricing at the corporate level to pricing at the system level.
Nonlinear Growth Is Replacing Linear Models
Traditional growth models are typically linear: increased investment leads to higher output, which boosts valuation.
Today’s tech industry increasingly exhibits nonlinear structures, with three main characteristics:
- Temporal discontinuity. Many technologies grow slowly at first, then accelerate rapidly after reaching a critical threshold—for example, the explosion of applications following breakthroughs in AI model capabilities.
- Pathway convergence. Growth no longer stems from a single variable, but from the combined effects of multiple technological paths—such as the synergy of AI, robotics, and automation systems.
- Structural leaps. Some industries don’t grow gradually; instead, they undergo a major leap once infrastructure matures—like the rapid expansion triggered by the network effects of satellite internet.
These traits require capital markets to rethink the rhythm of growth. Growth is no longer a smooth, continuous curve, but a complex system composed of multiple structural phases.
How Capital Is Reallocating Across Multiple Technological Pathways
As the logic of growth becomes more complex, capital allocation strategies are also evolving.
Previously, capital tended to concentrate in a few high-growth sectors, such as internet platforms or consumer technology. In today’s environment, certainty in any single sector is declining, and capital is spreading across multiple technological pathways.
This diversification doesn’t necessarily reduce risk—it redistributes uncertainty. Capital is no longer trying to bet on a single winner, but is participating in the overall technological evolution through multi-path investments.
We now see funding flowing simultaneously into AI infrastructure, robotics systems, commercial spaceflight, and new energy sectors. These directions don’t compete with each other; together, they form distinct components of the future growth structure.
In this environment, "growth" is no longer a result confined to one industry—it’s an ongoing process of systemic evolution.
Gate IPO Access: Moving Upstream in the Growth Pathway
As growth structures shift, capital market participation is changing as well. In traditional IPO systems, investors typically enter the public market only after a company completes its listing. With evolving market mechanisms, more platforms are moving participation upstream, enabling investors to engage during the formative stages of growth.
Gate’s IPO Access is a mechanism developed in this context. Users can submit purchase intentions before a company’s public listing and receive shares based on final allocation results, entering the real trading system once distribution is complete.
Take SpaceX (SPCX) as an example: as the inaugural project, it has already completed share distribution and entered the trading phase. The core change here isn’t the product format, but the earlier participation point—allowing investors to join the growth formation process sooner.
From a market perspective, this shift means IPOs are no longer just outcome markets—they’re increasingly part of the process market.
Conclusion: Growth Is Shifting from "Outcome" to "Process"
From AI to SpaceX, capital markets are undergoing a deeper transformation—the very definition of growth is being restructured.
Previously, growth was outcome-driven, emphasizing visible financial performance. Now, growth is increasingly process-driven, focusing on technological pathways, system structures, and long-term capability accumulation.
AI provides the foundational capability layer; robotics and automation expand execution systems; commercial spaceflight builds space infrastructure; and capital markets supply the valuation framework for these systems.
In this new landscape, growth is no longer a linear change in a single direction—it’s the systemic result of multiple pathways working together.
The listing of SpaceX (SPCX) and the emergence of Gate IPO Access are just two observation points in this structural evolution. The real shift is that capital markets are moving from "outcome pricing" to "process pricing," and growth itself is evolving from a destination into a continuously unfolding journey.
