Current AI models are priced too cheaply, leading to inefficient consumption like using powerful models for simple tasks. As prices rise to reflect true costs, companies will need to optimize usage. This may create a new role, the 'Chief Token Officer,' responsible for allocating AI compute resources versus human capital.

While an AI bubble seems negative, the overproduction of compute power creates a favorable environment for companies that consume it. As prices for compute drop, their cost of goods sold decreases, leading to higher gross margins and better business fundamentals.

The transition to agentic AI creates an exponential, non-speculative demand for compute that far exceeds supply. This justifies massive CapEx investments by hyperscalers, indicating a rational response to real demand rather than a speculative bubble.

The perceived constraint on AI compute isn't a true supply issue, but a consequence of VC-funded companies pricing their services below cost to fuel growth. This creates artificial demand that masks the true, profitable market size until unit economics are forced.

The narrative of "off the charts" AI demand is misleading. Major AI providers like OpenAI are "burning tens of billions of dollars," indicating they are not charging the true cost for their services. A realistic picture of demand will only emerge once they are forced to price for profitability, which could significantly cool the market.

While the growth of new consumer AI users is slowing into an S-curve, the compute consumption per user is still growing exponentially. This is driven by the shift from simple queries to complex, token-intensive tasks like reasoning and agents, sustaining massive demand for GPU infrastructure.

Ben Thompson argues the shift from simple chatbots to AI agents creates an exponential, non-speculative demand for compute. Agents automate complex, multi-step tasks, driving constant usage that justifies the massive capex investments by hyperscalers. This suggests the current spending is based on real demand, not bubble-fueled speculation.

The current AI investment boom is focused on massive infrastructure build-outs. A counterintuitive threat to this trade is not that AI fails, but that it becomes more compute-efficient. This would reduce infrastructure demand, deflating the hardware bubble even as AI proves economically valuable.

While the cost to achieve a fixed capability level (e.g., GPT-4 at launch) has dropped over 100x, overall enterprise spending is increasing. This paradox is explained by powerful multipliers: demand for frontier models, longer reasoning chains, and multi-step agentic workflows that consume exponentially more tokens.