Every input is free, public, and peer-reviewed or government-published. No proprietary
black box. Here is each source and exactly what it contributes:
O*NET
CC-BY 4.0 · onetcenter.org
The backbone. ~1,000 occupations broken into task statements, Detailed
Work Activities, 52 abilities, and work-context factors. This is what lets us score your
job at the task level instead of slapping one number on an entire title —
and the importance ratings become each task’s weight.
OpenAI — Eloundou et al., “GPTs are GPTs”
Public, with paper
Task-level LLM exposure labels — E0 / E1 / E2 (no exposure / direct /
LLM-plus-tooling). These tell us, task by task, how automatable the work is. The E1 and
E2 labels also define the lower and upper bounds of the range we show
you, so we never report a fake-precise single percentage.
AIOE — Felten, Raj & Seamans
Public · GitHub
The AI Occupational Exposure index: an occupation-level prior mapping
10 AI applications onto O*NET’s 52 abilities. We blend it with the task math to stabilize
the estimate so a single noisy task can’t swing your whole score.
Anthropic Economic Index
CC-BY · HuggingFace
Real-world behavior: how people actually use AI per task, split into
automation vs. augmentation. This is the calibrator — it grounds the
theoretical exposure in what AI is observed doing, and informs whether a task is the kind
AI replaces or the kind it amplifies (the part you can lean into).
BLS OEWS
Public domain · bls.gov
The Occupational Employment and Wage Statistics: wages and employment by
occupation and geography (SOC codes). Powers the pay benchmarks, the “you may be underpaid
by ~$X” signals, and the reward side of any role comparison.
Supporting validation
Public, with papers
Webb (2020) validates patent-task overlap (a defensibility cross-check),
and macro reports (PwC, WEF, McKinsey) supply the priors and the evidence
base for the mitigator — including PwC’s finding that AI-skilled workers command a
+56% wage premium.