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Early adoption · Adopters

Share of work hours assisted by generative AI

Share of all US work hours in which employed adults used generative AI, from the Bick–Blandin–Deming Real-Time Population Survey (quarterly series via FRED).

Reason through this

The reading

Broad but shallow: most workers have touched it, few of their hours run on it. The share using it weekly rose much faster than we expected, so this is the reading to watch.

Every readingeach dot links to its record
a readingnormal rangefast range
reported

8 readings drawn from fred.us_workers.hours_assisted_share.q; 8 observations in the evidence.

Source: FRED (Federal Reserve Economic Data). Bick, Blandin & Deming, Real-Time Population Survey, retrieved from FRED.

The numbers
as ofreadingvaluerecord
2026-09-30us workers5.3%reported
2026-06-30us workers6.3%reported
2026-03-31us workers6.0%reported
2025-12-31us workers5.6%reported
2025-09-30us workers5.7%reported
2025-06-30us workers4.9%reported
2025-03-31us workers4.7%reported
2024-12-31us workers4.1%reported

Why it matters

Saying you use AI is not the same as working with it. Adoption surveys count anyone who has tried it; this counts the share of working hours actually done with it, which is what any productivity gain has to be built from.

What cuts against it

Self-reported survey; the instrument changed between waves; hours assisted is not hours saved. One instrument (the Real-Time Population Survey) is published three ways (FRED, the authors' tracker, the FRED Blog), which count as one source, so the status stays emerging until a second survey measures hours.

How it is measured
  • series fred.us_workers.hours_assisted_share.q
  • source FRED (Federal Reserve Economic Data) · default tier 6 · FRED terms of use; RPS series by Bick, Blandin & Deming
  • proxy behaviour, deployment · cadence quarterly · valve product to adoption

Normal = single-digit share of hours in year three (PCs and the internet were here at the same age); fast = more than 20% of hours assisted.

Applied to fred.us_workers.hours_assisted_share.q.

Latest readings
  • 2026-09-30 us_workers · 5.3%as of 2026-09-30
  • 2026-06-30 us_workers · 6.3%as of 2026-06-30
  • 2026-03-31 us_workers · 6.0%as of 2026-03-31
  • 2025-12-31 us_workers · 5.6%as of 2025-12-31
  • 2025-09-30 us_workers · 5.7%as of 2025-09-30
  • 2025-06-30 us_workers · 4.9%as of 2025-06-30
Why this status, and its history

6.3% of US work hours assisted (Q2 2026, FRED) sits inside the normal band, but every reading comes from one instrument, the Real-Time Population Survey, published three ways (FRED, the authors' tracker, the FRED Blog). Three publishers are one source, so the two-source rule caps the status at emerging until a second survey measures hours.

  1. 2026-09-11consistent with normal to emergingconf 80 → 80 · Claude (model)

    6.3% of US work hours assisted (Q2 2026, FRED) sits inside the normal band, but every reading comes from one instrument, the Real-Time Population Survey, published three ways (FRED, the authors' tracker, the FRED Blog). Three publishers are one source, so the two-source rule caps the status at emerging until a second survey measures hours.

    source1
  2. 2026-09-10unmeasured to consistent with normalconf — → 80 · initial seed (model-drafted)

    Bick-Blandin-Deming RPS, May 2026 wave via FRED: 6.3% of work hours assisted by generative AI, inside the single-digit normal band. Weekly work use is 39.2% and any-use 61.8%, both well above the brief's expectations - broad adoption, shallow intensity. Initial seed.

    source1
Why this confidence

Rests on 8 observations from FRED (Federal Reserve Economic Data); best evidence tier 6, grade B; current.

Confidence is independent of status: 90–95 multiple strong independent sources; 70–89 good evidence, some ambiguity; 50–69 mixed or hard to operationalise; 0–49 limited or vague evidence.

Predictions that lean on this