A few years ago, intelligence looked scarce because intelligent output was expensive. Research took time. Analysis required specialists. Code required developers. A credible presentation required a small army of people translating the work into something a room could understand.
That scarcity is collapsing.
Stanford’s 2026 AI Index reports that 88 percent of surveyed organizations use AI in at least one business function. Seventy percent use generative AI somewhere in the business. Performance on a key coding benchmark moved from roughly 60 percent to nearly 100 percent in a year. OECD data shows firm-level AI adoption more than doubled between 2023 and 2025 across countries with available data.[1][2]
The production advantage is disappearing faster than most operating models can absorb.
A team can now generate ten market maps, fifty concepts, three pricing models, a customer simulation, a board memo, and the code for a prototype before lunch. The room receives more plausible options than it once could have afforded to create.
Then someone still has to decide what matters.
More answers can increase the cost of choosing
The common response to abundant intelligence is to ask the system for more. More research. More scenarios. More agents. More certainty wrapped around the same unresolved choice.
That does not remove the bottleneck. It feeds it.
The scarce work has shifted from producing possible answers to distinguishing among them: which evidence deserves weight, which interpretation fits the conditions, which tension cannot be averaged away, which risk is acceptable, which direction should be refused, and who remains answerable when the preferred future does not arrive.
This is judgment. It is not intuition with better lighting. It is the disciplined assignment of significance under incomplete information and real consequence.
Research on human-AI collaboration makes the distinction uncomfortable. A 2024 meta-analysis covering 106 experiments and 370 effect sizes found that human-AI combinations performed better than humans alone on average, but worse than the better of the human or AI acting alone. Losses were more common in decision tasks; gains were stronger in content-creation tasks.[3]
The machine often improves production before the human learns how to divide the labor.
Fluency can hide the new constraint
Abundant systems are very good at making unfinished thinking sound complete. They produce transitions, frameworks, confidence language, and balanced-looking recommendations before the organization has established what the decision is actually about.
That creates a dangerous reversal. The work feels finished earlier, while the judgment may be less developed.
An experienced developer study offers a useful warning. In a randomized trial, participants expected early-2025 AI tools to make them 24 percent faster. The measured result was a 19 percent slowdown on tasks inside codebases they already knew. Even after the work, the developers believed AI had made them 20 percent faster. Later follow-up research found the effect was changing as tools and usage evolved, which is precisely the point: capability claims require context, measurement, and revision, not faith in either direction.[4]
The lesson is not that AI slows people down. The lesson is that felt ease, visible speed, and actual performance are different variables.
The human advantage is no longer possession of intelligence
The advantage is what happens after intelligence enters the room.
Can the leader identify the real problem beneath the visible one? Can the team distinguish evidence from residue, a customer from a record, attention from adoption, coherence from truth? Can it use AI to widen the field without allowing the system to quietly define what counts?
Technology can expand memory, search, simulation, comparison, and generative range. It can make human intelligence more expansive. It can also industrialize a weak diagnosis.
The difference is not the subscription tier.
It is whether someone is still authoring the consequence.
- Stop organizing knowledge work around the production of answers. Organize it around the quality of the decision:
- What did the system surface?
- What did it omit?
- Which interpretation was selected, and why?
- What was deliberately refused?
- Who owns the result?
- What evidence would force a change?
- When intelligence becomes cheap, judgment becomes visible. Organizations that never developed it will discover that the old scarcity had been protecting them.
Evidence notes
[1] Stanford Institute for Human-Centered AI, AI Index Report 2026. The report states that organizational AI adoption reached 88 percent and generative AI use reached 70 percent of surveyed organizations.
[2] OECD, “AI use by individuals surges across the OECD as adoption by firms continues to expand,” 2026. Firm adoption rose from 8.7 percent in 2023 to 20.2 percent in 2025 across reporting countries.
[3] Vaccaro, Almaatouq, and Malone, “When combinations of humans and AI are useful: A systematic review and meta-analysis,” Nature Human Behaviour, 2024.
[4] Becker et al., “Measuring the Impact of Early-2025 AI on Experienced Open-Source Developer Productivity,” METR / arXiv, 2025; METR follow-up update, 2026.
Cross-reference
See Fluency Is Not Fitness, Human Provenance, and the Reality Stack article More Intelligence Is Not the Same as Better Judgment.