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AI's first labour-market mark is a pay gap, and it sits below the top wage quartile
Apollo's read on 321 occupations finds slower wage growth in AI-exposed work and no employment effect, with the whole gradient landing outside the highest-paid quartile.
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What happened
- Apollo's analysis of 321 occupations found pay in highly AI-exposed jobs grew 6.7% more slowly after 2023, with no statistically significant employment effect.
- The gap widened down the pay scale: 10.7% in the bottom wage quartile, 5.4% in the second, 4.0% in the third, and nothing measurable at the top.
- Exposure came from the Anthropic Economic Index, built on observed model usage, matched against a decade of labour statistics to 2025.
- Official US figures cut the other way, logging a 0.2% job fall across 18 exposed occupations while payrolls overall grew 0.8%.
- Gherson, formerly IBM's HR chief, says firms are quietly hiring fewer people into high-attrition, lower-wage roles instead of announcing layoffs.
Why it matters
- decision The lever this touches is the merit-increase cycle for the lower bands, not the requisition list, so the meeting that would catch it is comp review rather than headcount planning.
- constraint Holding on to people in high-attrition, lower-paid roles gets harder at the same time those roles are being backfilled less, which closes off the usual answer of hiring through the churn.
- cost Because the cheaper-looking option on the income statement is the cut, the reskilling bill sits in operating expense every quarter and competes for the same money that funds raises.
- contradiction How much weight you put on one vendor's usage logs as the exposure proxy decides whether you are managing a pay problem or a hiring problem, and the two demand different budgets.
The gradient is the finding, not the average. Apply one blended figure across a workforce and you under-provision the bottom quartile by four percentage points of wage growth while over-provisioning the top by the entire gap, because Apollo reports no significant effect there at all [16][1][12]. The bottom quartile's shortfall runs roughly 2.7 times the third quartile's [13]. That is a pay band problem with a known address, not a hiring forecast.
Diane Gherson's accounting point explains the shape better than any strategy document. Severance can be booked as a one-off restructuring charge that investors discount, while retraining lands in operating expenses every quarter [7]. A finance function managing reported earnings will prefer the cut, and where cutting is awkward it will prefer not replacing. Neither route produces an announcement, and neither reads as a wage decision, but the residue collects in pay.
Worth stating what the study cannot carry. Exposure is measured from observed usage inside one company's product, via the Anthropic Economic Index, rather than from a theoretical exposure score [2]. Only 321 of roughly 800 occupations were matched, about 40% of the map [8][14]. The authors' largest number, a 24.3% gap for service workers, they flag themselves as a small subsample to treat with caution [9]. Direction travels further than magnitude here.
The counter-evidence is not really a rebuttal. US statisticians counted a 0.2% job fall across 18 exposed occupations against 0.8% payroll growth overall, a one-point spread [4][15], and Goldman Sachs reported openings declining faster in fields exposed to substitution, in a market already squeezing new entrants [5]. Openings data reads the door; wage data reads the people already inside. Both can hold, and for anyone doing retention planning they point at the same cohort.
The one worked alternative in the material is European: Ikea retrained call centre staff as remote interior design advisers after automating much of their previous work, and the resulting service has been widely reported as a business worth around 1.3bn euros [17]. That is Gherson's chosen counterexample, not a controlled comparison. Against it sits a concession from Apollo's chief economist Torsten Slok [3], who points to record business formation [10] while acknowledging that margins outside the largest technology companies have not yet risen [11]. On Apollo's own numbers the pay gap is measurable and the productivity gain is not. Europe has no equivalent study, and this channel would not show up in most of its labour data [18].
What to watch
- Whether the quartile gradient replicates using exposure data from a second model provider, rather than usage logs from one company.
- Whether margins outside the largest technology firms begin to rise, which would give the wage gap the productivity source Slok says is still missing.
- Any European attempt to measure the same wage channel, which currently has no equivalent study.
Clarity's read
What the record supports and how the coverage leans. The claims behind it follow.
Reality
- Evidence42
- Adoption34
- Hype gap+12
- Incentives58
- Confidence45
Claim ledger
Ranked by verification strength, evidence, and original report placement.
- [1]
The wage growth gap was 10.7% in the lowest-paid quartile, 5.4% in the second, 4.0% in the third, and there was no significant effect in the top quartile.
- [2]
The authors matched 321 occupations to labour statistics data from 2015 to 2025 using the Anthropic Economic Index, which measures observed AI usage from actual model interactions rather than theoretical exposure.
- [3]
Torsten Slok is Apollo's chief economist and conducted the analysis with Sania Edlich.
- [4]
US statisticians found a 0.2% fall in jobs across 18 exposed occupations while payrolls overall grew 0.8%.
- [5]
Goldman Sachs reported faster declines in job openings in fields exposed to AI substitution, in a market where new entrants are already being squeezed.
- [6]
Diane Gherson, formerly IBM's chief human resources officer, says companies are quietly hiring fewer people into high-attrition, lower-wage roles rather than announcing layoffs.
- [7]
Gherson names an accounting distortion: severance can be booked as a one-off restructuring charge that investors discount, while retraining lands in operating expenses every quarter, making cutting look better on paper than reskilling.
- [8]
The authors note the limits of their work: exposure is measured from one company's usage data, and only 321 of roughly 800 occupations were matched.
- [9]
The study's most dramatic figure, a 24.3% wage growth gap for service workers, is flagged by the authors as a small subsample to be treated with caution.
- [10]
Slok argues the economy is getting more dynamic rather than smaller, with business formation at the highest rate on record.
- [11]
Slok concedes the productivity payoff is unproven, since margins outside the largest technology companies have not yet risen.
- [12]
The bottom-quartile wage growth gap exceeds the headline average gap by 4.0 percentage points.
- [13]
The bottom-quartile gap is about 2.7 times the size of the third-quartile gap.
- [14]
The matched sample covers about 40% of the occupational universe the authors describe.
- [15]
The official employment figures show a one percentage point spread between exposed occupations and payrolls overall.
- [16]
An Apollo analysis of 321 occupations found that wages in jobs highly exposed to AI grew 6.7% more slowly after 2023 than in low-exposure work, with no statistically significant employment effect.
ReportedContestedSource: Apollo analysis by Torsten Slok and Sania Edlich2 sources— create a free account to open themView cited source - [17]
Ikea retrained call centre staff as remote interior design advisers after automating much of their previous work, and the resulting service has been widely reported as a business worth around 1.3bn euros.
- [18]
Europe has no equivalent study, and the wage channel Apollo describes would be invisible in most European labour data.
Sources
1 independent publisher whose own reporting we read for this story.
- thenextweb.comApollo finds AI is hitting paychecks rather than payrolls
1 article · August 22, 2026
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