According to analyst Samuel Hammond, AI's first wave will create a "software singularity" that feels more disinflationary than hyper-growth. While knowledge work is automated, real-world bottlenecks like infrastructure and regulation will limit GDP growth, with gains captured as consumer surplus.

Beyond simple productivity gains, AI will eliminate the need for entire service-based transactions, such as paying for basic legal documents or second medical opinions. This substitution of paid services with free AI output can act as a direct deflationary headwind, a counterintuitive effect to the typical AI-fueled growth narrative.

A paradox of powerful AI is that it can be 'GDP-destroying.' When AI substitutes for a service you would have paid for (e.g., hiring a contractor), it creates immense personal value but removes a transaction from the economy. This makes GDP a poor metric for AI's true economic contribution, which may be understated.

Traditional metrics like GDP fail to capture the value of intangibles from the digital economy. Profit margins, which reflect real-world productivity gains from technology, provide a more accurate and immediate measure of its true economic impact.

As companies use AI to do more with fewer people, productivity gains boost profits but don't create jobs at the same rate. This "ghost GDP" concentrates wealth among a few and risks a long-term decline in broad-based consumer spending, as the generated value isn't dispersed to human workers.

The Citrini essay posits that as firms replace labor with AI, spending shifts from wages (fueling consumption) to data centers. This inflates GDP metrics without creating broad economic circulation, resulting in a hollowed-out 'ghost GDP' that doesn't reflect real consumer health.

An essay, "The 2028 Global Intelligence Crisis," posits that AI will create "ghost GDP"—economic output that benefits compute owners but never circulates to consumers through wages. This concentration of wealth could lead to a deflationary spiral, a scenario taken seriously by trading desks.

As AI gets exponentially smarter, it will solve major problems in power, chip efficiency, and labor, driving down costs across the economy. This extreme efficiency creates a powerful deflationary force, which is a greater long-term macroeconomic risk than the current AI investment bubble popping.

A significant disconnect exists between AI's market valuation, which prices in massive future GDP growth, and its current real-world economic impact. An NBER study shows 80% of US firms report no productivity gains from AI, highlighting that market hype is far ahead of actual economic integration and value creation.