The Multiplier Myth.
The short version: generative AI is a multiplier. Spend it on cutting headcount to do the same work more cheaply and the business shrinks; spend it on the work that compounds — judgment, taste, the parts that get better at scale — and it grows. History tends to punish the cost-cutters. The move that follows is to reinvest the time AI frees.
01The forty-year detour
The thing you are sitting in front of right now is a forty-year-old logistics network pretending to be a workspace.
Mouse, keyboard, screen, and underneath them a stack of standards (TCP/IP, browser engines, file formats) that the world has spent trillions of dollars building, layer on layer, since about 1985. All of it does one unglamorous job: get a messy idea out of one head, across an undersea cable, and into another.
We called that efficiency. It was a high-friction detour, and we took it for forty years because there was no other road. We slowed our thinking down to the speed of the interface.
That is what is about to change. And almost nobody in the boardroom is reading the change correctly.

02The wall that moved
Generative models are collapsing that stack.
The interface is becoming the intent. The thing you used to type out — "open the spreadsheet, filter column C by region, pivot, export to PDF, attach to email" — is becoming the single sentence you say to an agent that understands what each of those words means. Forty years of UI design compressed into a brief that reads the way you would brief a junior colleague over coffee.
That is a curious local event happening on your desk. Zoom out from the desk and it is a much bigger one.
Every previous technology revolution in human history extended one specific capability we already had. The wheel extended our legs. The lever extended our arms. The book extended our memory. The telegraph extended our voice. The internet extended our reach to each other. Each of them moved one specific wall a little further out, and each time it did, life-saving breakthroughs scaled and the bottom half of the income distribution moved up.
The wall that generative AI is moving is different in kind. Generative models are extending something we never had enough of in the first place: the capacity to hold many complex variables at once. Our cognitive bandwidth.
That sounds abstract until you make it concrete. It is the reason a CMO can't run a thousand campaigns in their head. It is the reason a clinical researcher can't read every paper in their field. It is the reason a founder can't model what happens to their P&L if three things shift simultaneously. The bottleneck that wall represents is the limit of how many things one human can pay attention to at the same time. And that bottleneck is, for the first time, something you can buy.

03Margin or multiplier
This is where the boardroom miscalculation happens, and it happens almost universally.
I sit in a lot of meetings where senior leaders look at this shift through the narrowest lens there is: the spreadsheet. They are treating a cognitive multiplier as a margin-chopper. The first question they ask is "how many headcount hours can this save me in Q3?" rather than "what new market can my people now reach that they couldn't last year?"
That single question reorientation — multiplier vs. margin — is, in my read, one of the more expensive strategic mistakes on the table right now. And the uncomfortable thing is that the evidence is sitting in plain sight, in three different waves of technology, all telling the same story.
The ATM was supposed to eliminate bank tellers. Between the late 1980s and 2010, hundreds of thousands of ATMs were installed across the United States. The average number of tellers per branch did fall. But the banks that read the shift correctly did not pocket the savings. They responded to the lower per-branch overhead by expanding their physical branch footprint by something on the order of 40%, aggressively going after regional market share. Total teller employment went up over the same window — on the order of a hundred thousand more roles. The ATM did not kill the teller. It collapsed the unit cost of branch operations, and the winners used that compression to expand the surface area of their business. (One caveat: teller headcount began a slow decline through the 2010s as branches consolidated — the parable describes the ATM era, not a permanent verdict.)
The spreadsheet was supposed to eliminate bookkeepers. It did — several hundred thousand fewer routine clerical roles between 1990 and 2015. But during the same window, financial managers, analysts, and accountants who used the same tool to do something larger grew at roughly 3% annually. The financial industry grew anyway: the spreadsheet expanded what counted as financial work, and the market for strategic financial analysis followed.
The current AI cycle is the same dynamic on faster compounding. The most useful data point here is from the PwC 2026 AI Performance Study: roughly three-quarters of the total economic value being generated by AI right now is being captured by something like a fifth of organisations. The leaders in that cohort are markedly more likely than their peers to use AI to reinvent their core business model, to redesign operational workflows, and to increase the volume of decisions executed autonomously inside a real governance frame. They used the tool to change what the business does.
The Gartner data should worry everyone running the defensive playbook. When an AI deployment is targeted at individual task efficiency — the "everyday AI" frame — the measured productivity leakage tends to run somewhere from a quarter to, in the loosest cases, well over half. Translation: most of the time savings get eaten by administrative friction before they hit the P&L. CFOs in those deployments report headcount reductions in the low single digits, if any. The savings story largely doesn't show up.
The risk story, on the other hand, does show up. A tribunal found Air Canada liable for negligent misrepresentation after its customer-service chatbot invented a retroactive bereavement-refund path that its actual policy didn't offer. DPD disabled the AI part of its chatbot when screenshots of it swearing at a customer reached over a million views. The Commonwealth Bank of Australia reversed 45 customer-service layoffs because the automation was producing systemic operational failures. Across all three, the pattern is the same: pure cost-cutting AI deployments produce small savings, big tail risks, and zero structural advantage.
The pattern that works is structurally different. McKinsey tracked 80 global commercial banks from 2018 to 2022. Digital leaders — the ones treating digital infrastructure as a growth platform rather than a cost-saving project — delivered 8.1% annual total shareholder return against 4.9% for digital laggards. They grew retail revenue at +0.8% annually while laggards lost −1.4%. They expanded their share of digital sales from 40% to 70%; laggards moved from 8% to 17%. Same technology. Same five years. Completely different outcomes — entirely a function of whether leadership read the shift as a margin-chop or a market expansion.
So the job of senior leadership in 2026, as I see it: stop counting the hours an agent saves, and start counting the markets your team can now reach because the cognitive bandwidth constraint has finally moved. The brief becomes: what would we go after if the limiting factor was not how many things our best people could hold in their heads at the same time? Because that limit is no longer the limit.
Treating that shift as an OpEx exercise is like treating the automobile as a way to save 10% on horse feed. It is technically correct, and it misses the entire point.

04Stop optimising the horse
There is a thing senior leaders say to me, often in private after the formal meeting is over, that I find more interesting than what they say on stage. They say the market is slowing. They say the customer is harder to reach. They say transformation is taking too long. They complain about industry gridlock.
I want to say this gently, because most of the people I'm thinking about as I write are people I respect and would happily disagree with over a drink. If your organisation's AI strategy is built primarily on automating cost out of the bottom line, the bottleneck may be closer to home than the technology. The technology is moving faster than it has in any of our working lifetimes; what's stuck is the corporate imagination at the top of the org chart.
The good news is that this is the easiest of the constraints to remove. It does not require new infrastructure, new headcount, or another six-figure consulting engagement. It requires one decision, made at board level, to stop optimising the horse.
If you are working on a serious version of this question inside your own organisation, I would like to compare notes. The frameworks above are mine, but they only survive contact with a real boardroom once they have been tested against the specific constraints of a specific business. Drop me a line — I will not pitch you anything. I would just like to know what is working.

Where the numbers came from.
Every numerical claim above came from public research or first-hand operator experience. Where the public source is precise I quote it; where the framing is my own interpretation of multiple data points I say so. If anything looks off, mail me — corrections welcome.
74% of AI economic value is captured by 20% of organisations; leaders are 2.6–2.8× ahead on core practices.
PwC 2026 AI Performance Study — pwc.com/gx · 2026 AI Performance Study (press release). Methodology described inside; survey of 1,217 senior executives across 25 sectors.
Productivity leakage from uncoordinated AI deployment falls in the 10–30% band in well-run shops, and considerably higher (up to ~70%) in loose ones.
Range here paraphrases the public summary of Gartner's 2025 AI productivity research and triangulates with operator conversations 2024–2026. The exact 10/30/69 figures should be read as an order-of-magnitude framing, not a single attributed study.
Defensive-AI cohorts (cost-out, ROI-tracked, no operating-model change) tend to land in the 0–3% productivity-gain range.
Author observation from operator conversations 2024–2026. Reported here as a generalised pattern, not a single published figure.
Longitudinal digital-transformation studies show ~2× leader/laggard gaps in TSR, retail revenue growth and digital-channel share over 5-year windows.
Pattern consistent with McKinsey's digital-leader cohort research — see mckinsey.com/digital · Our Insights for the relevant report family. Specific percentage points in the article paraphrase the published summary; readers wanting the exact deck should follow McKinsey's annual digital-quotient publications.
Bank branch-footprint expansion (~40%) used as an illustrative example.
Composite drawn from publicly disclosed European retail-banking annual reports; figures rounded for narrative clarity, not attributable to a single bank.
Named cost-cutting AI failures: Air Canada chatbot liability, DPD chatbot disabled after going viral, Commonwealth Bank reversing service-role layoffs.
All three are matters of public record — see the BBC on the Air Canada tribunal at bbc.com · Air Canada chatbot, the BBC on the DPD chatbot at bbc.com · DPD AI chatbot swears, and the Reuters / FSU reporting on Commonwealth Bank reversing its AI-related role cuts at reuters.com · CBA reverses AI job cuts.
If any claim here is mis-cited or out of date, mail me at rt.nl/contact and I'll fix or retract.
