Living dashboard
AI Labour Impact Observatory
AI's impact on employment
A living dashboard tracking the impact of artificial intelligence on employment, combining global sources, market signals and our own interpretation.
This observatory does not measure jobs created or destroyed alone. It measures the pressure of labour transformation and the capacity to absorb it.
- IILE-IA v0.2
- Curated monthly
- Weekly source watcher
- Experimental
Command center
Method
How we measure — and where we fall short
This section publishes, in four blocks, the methodological honesty floor of the observatory: what we measure, how, what we DON'T measure, and what could be wrong. It's the section we most want you to read before citing the IILE-IA.
What we measure — and where each dimension comes from
The six IILE-IA dimensions are not original. Each one is anchored to a public source with open methodology. What IS ours is the editorial composition — the weights, the qualitative reading and the cadence.
E · Technical exposure
What share of an occupation's tasks can be done today with generative AI.
Anchored on
Felten et al. (AI Occupational Exposure) · ILO–NASK Refined Index · Anthropic Economic Index.
A · Real adoption
What share of firms and professionals use AI in production, not in headlines.
Anchored on
Eurostat AI by enterprise · Funcas (Spain) · Microsoft Work Trend Index.
T · Task transformation
What fraction of tasks, not jobs, is changing — the actually observable indicator.
Anchored on
Anthropic Economic Index (O*NET mapping) · MIT Project Iceberg.
S · Skill velocity
How fast demanded skills shift and what wage premium they carry.
Anchored on
LinkedIn Economic Graph · Lightcast Disruption Matrix · PwC AI Jobs Barometer.
M · Labour-market signal
What is ACTUALLY observed in employment, wages, postings and turnover — the counterweight to hype.
Anchored on
Yale Budget Lab · BLS · Eurostat · Brookings · Indeed Hiring Lab (open CSV).
B · Adaptation gap
How far the incoming transformation runs ahead of organisational capacity to absorb it.
Anchored on
OECD AI Policy Observatory · McKinsey (1% mature firms) · Microsoft (33% leaders considering headcount cuts).
How we measure
- Explicit editorial weights: IILE-IA = 0.20·E + 0.15·A + 0.20·T + 0.15·S + 0.15·M + 0.15·B. The weights are an editorial decision under review.
- 0–100 scale with five qualitative bands (low pressure, emerging change, active transformation, high disruption, critical fracture) — the band rules over the number.
- v0.2 reading is provisional with confidence: low. The numbers are an editorial reading, not a statistical calibration.
- Monthly snapshot with a public date. Every snapshot leaves a trace in `evolution`; the comparison across snapshots is the honest reading of change.
- Every claim feeding a dimension declares its source, metric, geography and confidence level. Untraceable claims don't enter.
What we DON'T measure
- Informal employment and self-employed without statistical registration — geographies where the bulk of work doesn't appear in official statistics.
- Sectors with sparse telemetry (construction, hospitality, skilled manual) — under-represented in LinkedIn/Indeed/Anthropic.
- Second-order effects: how consumption shifts, how education shifts, how fiscal policy shifts. The observatory looks at the labour market, not its surroundings.
- Geographies outside the EU / US / Spain anchor. Latin America, Asia and Africa are under-represented in our source corpus — we state it so readers don't extrapolate blind.
- Subjective work quality: the observatory measures volume / velocity / value, not satisfaction or meaning. That dimension lives on a different dashboard.
What could be wrong
- Confusing correlation with causation: adoption rising while a labour metric falls does NOT prove one causes the other.
- Unauditable private telemetry: Anthropic, Microsoft, LinkedIn publish data without fully open methodology. We triangulate with ≥2 sources but cannot reproduce them.
- Media and consultancy bias: Tier 4 (PwC, McKinsey) tends to package for PR. We use them as corporate-adoption signal, not as macro readings.
- Arbitrary editorial weights: 0.20 vs 0.15 is our call. Real statistical calibration (Phase 6) will revisit weights when ≥3 real snapshots exist.
- Spanish framing: our primary reader is ES, which biases which sources we prioritise. Funcas + Randstad carry more editorial weight than their counterparts in other geographies.
PERSONAL READING
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Editorial indexIILE-IA v0.2Experimental — v0.1
IILE-IA — Exponential Labour Impact Index of AI
IILE-IA combines six vectors into a single comparable reading. Its purpose is not to forecast job destruction: it is to flag where transformation pressure is high AND the capacity to absorb it is low.
IILE-IA = 0.20E + 0.15A + 0.20T + 0.15S + 0.15M + 0.15BComponents
- ETechnical exposure20%
- AReal adoption15%
- TTask transformation20%
- SSkills velocity15%
- MLabour-market signal15%
- BAdaptation gap15%
Pressure bands
- 0–20Low pressure
- 21–40Emerging change
- 41–60Active transformation
- 61–80High disruption
- 81–100Critical fracture
Editorial model v0.1. Not an official statistical index: a curated reading that weights six vectors with explicit editorial weights. Re-calibratable as new sources arrive.
This index expresses an editorial reading. Risk and opportunity can coexist within the same band — the observatory does not default toward fear or enthusiasm.
IILE-IA coverage
IILE-IA coverage by dimension
How many verified claims already inform each dimension. The bars are NOT a score: they count linked claims.
ETechnical exposure
Weight 0.20
- 2 claims linked
- Initial evidence
AReal adoption
Weight 0.15
- 0 claims linked
- Editorial reading
TTask transformation
Weight 0.20
- 2 claims linked
- Initial evidence
SSkills velocity
Weight 0.15
- 1 claims linked
- Initial evidence
MLabour-market signal
Weight 0.15
- 2 claims linked
- Initial evidence
BAdaptation gap
Weight 0.15
- 0 claims linked
- Editorial reading
Index not calibrated yet.
IILE-IA visual frameworkIILE-IA v0.2
The six dimensions of the index. Each one declares which verified claims already inform it and what is still missing for calibration.
Formula:IILE-IA = 0.20E + 0.15A + 0.20T + 0.15S + 0.15M + 0.15B
Total scorePending calibration
E
Weight 0.20
Technical exposure
Verified signalsInforming claims
- • imf-genai-global-exposure
- • imf-genai-advanced-economies
A
Weight 0.15
Real adoption
Needs more evidenceNo claims linked yet.
T
Weight 0.20
Task transformation
Verified signalsInforming claims
- • ilo-refined-task-methodology
- • ilo-2025-update-one-in-four
S
Weight 0.15
Skills velocity
Verified signalsInforming claims
- • wef-fojr-2025-skills-change
M
Weight 0.15
Labour-market signal
Verified signalsInforming claims
- • wef-fojr-2025-jobs-disruption
- • stanford-hai-2025-economy-source
B
Weight 0.15
Adaptation gap
Needs more evidenceNo claims linked yet.
The IILE-IA total score remains pending calibration until every dimension carries at least one traced claim.
How the IILE-IA is builtIILE-IA v0.2Pending calibration
Honest reading of the methodology behind the index. Each dimension declares what it measures, what evidence already supports it, and what it still needs for calibration.
Formula:IILE-IA = 0.20E + 0.15A + 0.20T + 0.15S + 0.15M + 0.15B
E
Technical exposure
Weight 0.20
What it measures
How much of each occupation's tasks is theoretically automatable or augmentable by AI, regardless of real-world adoption.
- Evidence status:Initial evidence
- Calibration:Pending calibration
Informing claims
- • IMF — Gen-AI: Artificial Intelligence and the Future of Work
- • IMF — Gen-AI: Artificial Intelligence and the Future of Work
A
Real adoption
Weight 0.15
What it measures
How many organisations already use AI in production, not only in pilots.
- Evidence status:Editorial reading
- Calibration:Pending calibration
No claims linked yet.
T
Task transformation
Weight 0.20
What it measures
How the content of work changes in exposed occupations, task by task.
- Evidence status:Initial evidence
- Calibration:Pending calibration
Informing claims
- • ILO — Generative AI and Jobs: A Refined Global Index of Occupational Exposure
- • ILO — Generative AI and jobs: A 2025 update
S
Skills velocity
Weight 0.15
What it measures
How fast the skills demanded by the labour market reconfigure.
- Evidence status:Initial evidence
- Calibration:Pending calibration
Informing claims
- • World Economic Forum — Future of Jobs Report 2025
M
Labour-market signal
Weight 0.15
What it measures
Vacancies, wages and churn reflecting the operational effect of AI on the labour market.
- Evidence status:Initial evidence
- Calibration:Pending calibration
Informing claims
- • World Economic Forum — Future of Jobs Report 2025
- • Stanford HAI — AI Index 2025 Economy chapter
B
Adaptation gap
Weight 0.15
What it measures
The gap between what the market asks for and what the workforce can deliver.
- Evidence status:Editorial reading
- Calibration:Pending calibration
No claims linked yet.
No dimension carries a calibrated numeric score yet. IILE-IA calibration starts with the first verified-claims slice that covers every dimension.
Calibration stateActive transformation
IILE-IA calibration state
Honest reading of where the editorial index stands. Not an official statistical index.
- Not an official statistical index
- Methodology: editorial experimental
- Calibration: manual seed
Components
E
65
Technical exposure
A
45
Real adoption
T
70
Task transformation
S
72
Skills velocity
M
42
Labour-market signal
B
52
Adaptation gap
Subindices
Total score
58.7
Risk subindex
47
Opportunity subindex
62.3
E/A/T/S/M/B components have no honest numeric calibration yet. The qualitative band expresses the current editorial reading.
From source to decision
How a figure travels from the official source down to the editorial decision. Each step is a filter: if one stage fails, the decision does not stand.
01S — Skill velocity
Verified source
World Economic Forum — Future of Jobs Report 2025 www.weforum.org
Traceable claim
WEF: 39 % of key skills change by 2030.
IILE dimension
S — Skill velocity
Editorial insight
The minimum-employability bar moves faster than the traditional training cycle.
Suggested decision
Prioritise continuous reskilling before the wage premium becomes a barrier to entry.
02E — Technical exposure
Verified source
IMF — Gen-AI: Artificial Intelligence and the Future of Work www.imf.org
Traceable claim
IMF: ~40 % of global employment is exposed to AI.
IILE dimension
E — Technical exposure
Editorial insight
Exposure measures potential impact, not automatic substitution.
Suggested decision
Do not confuse exposure with job destruction: some work will be augmented.
03T — Task transformation
Verified source
ILO — Generative AI and Jobs: A Refined Global Index of Occupational Exposure webapps.ilo.org
Traceable claim
ILO: refined index built on 52,558 task-level datapoints.
IILE dimension
T — Task transformation
Editorial insight
The relevant unit for labour impact is the task, not the job.
Suggested decision
Analyse task portfolios inside each role before any headcount decision.
04M — Labour-market signal
Verified source
Stanford HAI — AI Index 2025 Economy chapter hai.stanford.edu
Traceable claim
Stanford HAI: AI Index 2025 Economy chapter as priority source.
IILE dimension
M — Labour-market signal
Editorial insight
Operational signals (vacancies, wages) precede aggregate effects.
Suggested decision
Track AI-skills demand as a leading indicator instead of waiting for the observed datum.
The flow does not imply automatic decisions: every step still requires editorial reading.
Reading by audience
Four editorial readings of the dashboard, one per audience. These are not automatic recommendations: they are starting points each audience must reconcile with their context.
Business and executives
- What to watch
- Real adoption (A·45) and task transformation (T·70): T is already high — tasks inside each role are migrating fast. A·45 says organisational adoption hasn't yet generalised in production.
- What to decide
- Map tasks, not jobs: redesign task portfolios before any headcount decision. The A→T gap is the productivity-capture window before competitors close it.
- What not to overinterpret
- T·70 measures task transformation in exposed occupations, not job destruction. The 22% disruption-by-2030 figure is an employer forecast (WEF), not a layoff projection.
Professionals (cognitive roles)
- What to watch
- Skill velocity (S·72) and labour-market signal (M·42): S is the highest score in the observatory — skills shift fast. M·42 says that shift has NOT yet translated into aggregate employment disruption (Yale Budget Lab).
- What to decide
- Update your skills portfolio continuously, prioritising AI-complementary skills. Today's AI-skills wage premium (+28% per Lightcast) is an open window, not a permanent state.
- What not to overinterpret
- Technical exposure (E·65) is not substitution: many tasks are augmented, not eliminated (Anthropic Economic Index: ~49% of jobs already use AI in ≥1/4 of tasks).
Education and talent
- What to watch
- Skill velocity (S·72) and adaptation gap (B·52): S sets the market's pace; B·52 says organisations are NOT yet mature enough to absorb it (McKinsey: only 1% consider themselves AI-deployment mature).
- What to decide
- Accelerate reskilling cycles so the curriculum does not lag the skills market. Curricula need shorter cycles than the usual annual review.
- What not to overinterpret
- The 39% key-skills change by 2030 is employer expectation (WEF), not a prescribed curriculum. And B·52 is editorial reading, not a direct measure of organisational capacity.
Public policy / institutions
- What to watch
- Adaptation gap (B·52) and technical exposure (E·65): E·65 is the second-highest score — high task exposure, especially in advanced economies (IMF: ~60% of employment exposed in developed economies).
- What to decide
- Watch the gap B before exposure E: the vulnerable population is not the exposed, but those without a safety net to absorb the transformation. Prioritise safety nets and active labour policies.
- What not to overinterpret
- The 60% exposure in advanced economies (IMF) is methodological, not a count of lost jobs. ILO 2025 disaggregates by gender: 9.6% female employment vs 3.5% male in high-exposure occupations.
Each reading anchors the IILE-IA v0.2 scores (confidence: low, provisional editorial reading) to an actionable recommendation. Next review: 2026-06-15. No reading is a statistical prediction.
Other readings
IILE-IA v0.2 in the index ecosystem
Four external readings the observatory tracks, each with its headline, scope, and our editorial position vs IILE-IA. We don't compete with them — we use them as anchors.
International Monetary Fund · imf.org
IMF AI Preparedness Index (AIPI)
~60 %
- Scope
- 174 economies · global · annual
- Measures
- Employment exposed to AI in advanced economies. Composite index 0-1 across 4 pillars: digital infrastructure, human capital + labour policies, innovation + economic integration, regulatory + ethical framework.
- Vs. IILE-IA
- AIPI is composite and country-comparable; IILE-IA is NOT by design — it is an editorial multi-signal reading with inline caveats. If you need one comparable number for Spain vs Germany, AIPI is the tool. If you want to know what changed this month and why it matters for your role, IILE-IA is the reading.
Stanford HAI · hai.stanford.edu
Stanford AI Index 2026 — Economy
Dedicated chapter
- Scope
- Global · macro synthesis · annual
- Measures
- AI investment, enterprise adoption, productivity and labour-market signals. The gold standard in narrative + chart-per-claim. Hype-vs-evidence side-by-side by default.
- Vs. IILE-IA
- The AI Index is the broadest evidence corpus of the year, but lands as an annual PDF. IILE-IA picks its most relevant claims (Anthropic Economic Index, enterprise adoption) and re-anchors them monthly alongside the other Tier 1-3 sources.
PwC · pwc.com
PwC AI Jobs Barometer 2025
+56 %
- Scope
- ~1B postings · 6 continents · annual
- Measures
- AI-skills wage premium in exposed occupations, from a billion-posting analysis. Also 66 % acceleration in skills change (vs non-AI-exposed).
- Vs. IILE-IA
- PwC is pure market signal (M in IILE-IA) and the best reference for the 'AI premium'. The Tier 4 bias (consultancy PR-packaging) is declared in the method; we use the number but triangulate it with the Lightcast Disruption Matrix.
ILO · NASK · ilo.org
ILO 2025-NASK Refined Index
9.6 % vs 3.5 %
- Scope
- Global · occupational · by gender
- Measures
- Refined occupational GenAI exposure by task, disaggregated by gender and country. 9.6 % female employment vs 3.5 % male in high-exposure occupations.
- Vs. IILE-IA
- ILO 2025 is our canonical anchor for the E (technical exposure · 65) dimension of IILE-IA. Gender disaggregation is a methodology IILE-IA does NOT currently replicate — one of the gaps the Método section declares explicitly.
When a headline claims 'AI will destroy X jobs', cross-check against at least two of these four. If all four disagree with the headline, it's almost always overclaim.
Reading guide
How to read this dashboard
What it is for
To recognise the pressure of labour transformation by sector, occupation and profile — and the capacity to absorb it. A curated editorial reading, not a prediction.
What it is NOT for
It does not predict job destruction. It is not an official statistical index. It does not replace Tier 1–3 sources; it weights them with explicit editorial weights.
How to use it while reading the book
Come back here whenever a chapter cites a specific vector (exposure, adoption, gap) to situate it in the wider picture and compare the rhythm across sectors.
How it will evolve
Future iterations will add real per-source signals, a declared editorial cadence, and an automated watcher for Tier 1–3. IILE-IA calibration will remain editorial.