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The COVID-19 pandemic and accompanying policy measures caused financial disruption so plain that sophisticated analytical techniques were unneeded for numerous concerns. Joblessness jumped sharply in the early weeks of the pandemic, leaving little space for alternative explanations. The impacts of AI, nevertheless, may be less like COVID and more like the web or trade with China.
One common method is to compare outcomes between basically AI-exposed employees, firms, or markets, in order to separate the impact of AI from confounding forces. 2 Exposure is usually defined at the job level: AI can grade homework however not handle a classroom, for example, so instructors are thought about less reviewed than employees whose entire task can be carried out remotely.
3 Our approach combines data from three sources. The O * NET database, which mentions jobs associated with around 800 unique occupations in the US.Our own usage data (as determined in the Anthropic Economic Index). Task-level exposure estimates from Eloundou et al. (2023 ), which measure whether it is theoretically possible for an LLM to make a task at least two times as fast.
Some tasks that are in theory possible might not show up in usage because of design restrictions. Eloundou et al. mark "License drug refills and provide prescription information to pharmacies" as fully exposed (=1).
As Figure 1 shows, 97% of the jobs observed throughout the previous four Economic Index reports fall into categories ranked as theoretically possible by Eloundou et al. (=0.5 or =1.0). This figure reveals Claude use dispersed throughout O * web jobs grouped by their theoretical AI direct exposure. Tasks rated =1 (totally possible for an LLM alone) represent 68% of observed Claude usage, while jobs ranked =0 (not practical) represent simply 3%.
Our new step, observed direct exposure, is meant to quantify: of those jobs that LLMs could theoretically accelerate, which are actually seeing automated use in expert settings? Theoretical ability encompasses a much broader series of tasks. By tracking how that space narrows, observed exposure supplies insight into economic changes as they emerge.
A task's direct exposure is greater if: Its jobs are theoretically possible with AIIts jobs see considerable use in the Anthropic Economic Index5Its tasks are performed in work-related contextsIt has a relatively greater share of automated use patterns or API implementationIts AI-impacted jobs make up a bigger share of the overall role6We offer mathematical details in the Appendix.
The task-level protection procedures are balanced to the profession level weighted by the portion of time spent on each task. The procedure reveals scope for LLM penetration in the bulk of jobs in Computer & Mathematics (94%) and Office & Admin (90%) professions.
Claude currently covers simply 33% of all jobs in the Computer & Math classification. There is a big exposed location too; lots of jobs, of course, remain beyond AI's reachfrom physical farming work like pruning trees and running farm machinery to legal jobs like representing clients in court.
In line with other information showing that Claude is thoroughly utilized for coding, Computer Programmers are at the top, with 75% coverage, followed by Customer support Agents, whose primary jobs we significantly see in first-party API traffic. Data Entry Keyers, whose main task of reading source files and entering information sees substantial automation, are 67% covered.
At the bottom end, 30% of workers have no coverage, as their jobs appeared too infrequently in our information to fulfill the minimum limit. This group consists of, for example, Cooks, Bike Mechanics, Lifeguards, Bartenders, Dishwashers, and Dressing Room Attendants.
A regression at the occupation level weighted by existing employment finds that growth forecasts are rather weaker for tasks with more observed direct exposure. For every single 10 portion point boost in coverage, the BLS's growth forecast stop by 0.6 portion points. This offers some validation because our measures track the individually derived estimates from labor market analysts, although the relationship is small.
Accelerating Sustainable Industry Expansionmeasure alone. Binned scatterplot with 25 equally-sized bins. Each strong dot shows the average observed direct exposure and projected work change for one of the bins. The rushed line reveals an easy direct regression fit, weighted by present work levels. The little diamonds mark private example occupations for illustration. Figure 5 shows attributes of workers in the top quartile of exposure and the 30% of employees with zero direct exposure in the three months before ChatGPT was launched, August to October 2022, utilizing data from the Existing Population Survey.
The more unwrapped group is 16 portion points most likely to be female, 11 portion points more likely to be white, and practically twice as likely to be Asian. They earn 47% more, usually, and have greater levels of education. People with graduate degrees are 4.5% of the unexposed group, however 17.4% of the most exposed group, a practically fourfold distinction.
Scientists have taken different methods. Gimbel et al. (2025) track changes in the occupational mix utilizing the Current Population Survey. Their argument is that any crucial restructuring of the economy from AI would show up as modifications in distribution of jobs. (They find that, so far, changes have actually been plain.) Brynjolfsson et al.
( 2022) and Hampole et al. (2025) use job posting information from Burning Glass (now Lightcast) and Revelio, respectively. We focus on joblessness as our concern outcome since it most directly captures the potential for financial harma employee who is jobless wants a task and has not yet discovered one. In this case, job postings and employment do not necessarily signify the need for policy actions; a decline in job posts for an extremely exposed role might be combated by increased openings in a related one.
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