The major points
1. Stocks and indexes
Big firms can reach millions of investors through index funds. A stock crash can hurt wealth and confidence, but it is not the same as a bank run.
2. Hardware and Taiwan
NVIDIA is powerful, but it depends on TSMC, memory makers, packaging, power, and a few large buyers. Huawei and custom chips add choices. The weak spot can move instead of disappearing.
3. Power and data centers
More efficient chips help, but cheaper AI can create even more use. A project may wait on chips, power, cooling, software, skilled operators, or paying customers.
4. Business work
AI labs may move beyond selling model access and start doing parts of the work. They may sell agents, completed tasks, transactions, or managed digital labor.
5. Open models and control
Downloadable models can give companies more choice and control. They do not automatically make a company secure, cheap, or independent.
6. National competition
The United States, China, Europe, India, and Gulf states have different strengths in money, chips, power, models, and deployment. No country owns every layer.
What the thesis predicts
- Very high stock values can help firms buy software, talent, data, and customer access. The deal creates value only when customers stay, choice remains real, and the return beats the cost.
- Custom chips may reduce dependence on NVIDIA but increase dependence on Amazon, Google, or another cloud owner.
- Open models may lower prices at the model layer while moving more profit to chips, clouds, data, security, and applications.
- The binding limit will move. A system can be chip-bound today, power-bound next year, software-bound after installation, and demand-bound after overbuilding.
- AI becomes a financial-system problem only when losses move beyond stock prices into debt, credit, collateral, utilities, suppliers, payments, or important services.
What would prove it wrong?
Large stock drops stay contained. Failed data-center projects are reused without large losses. AI labs keep strong margins without owning workflows. Customers accept lock-in. Chip supply, power, and efficiency grow faster than useful demand.