
One in five employed Americans now delegates at least one task to AI instead of a human colleague, according to a July 2026 survey by Epoch AI and Ipsos.
AI adoption is highest in software development and data analysis but remains partial support for most tasks; only in software development does AI handle full or near-full completion in 10 percent of cases.
Workers report time savings in about half of cases when AI does most of the work, and they typically use AI output with little or no editing.
What happened
A survey by Epoch AI and Ipsos of 1,106 employed US adults (conducted July 10–19, 2026) found that 20 percent of working Americans hand off at least one task to AI that a human colleague or contractor used to do. AI use is highest in software development (57 percent of workers in that role) and data analysis (46 percent), lowest in record-keeping (25 percent). Two-thirds of AI output gets used unchanged or with only minor edits.
Why it matters
The data suggests AI is redistributing tasks between humans and machines rather than automating entire jobs. Only in software development does AI handle full or near-full task completion (10 percent); elsewhere it stays below 7 percent. Workers report time savings in 53 percent of cases when AI does most or all of a task, compared with 37 percent for partial support—though about one in six AI-assisted tasks now takes longer than before.
What to watch
The survey examined ten common knowledge-work tasks drawn from US Department of Labor data. Results are self-reported; neither actual time savings nor AI output quality were measured objectively. Prior surveys show 45 percent of US workers used AI on the job as of August 2025, though only 10 percent used it daily.
Between July 10 and 19, 2026, Epoch AI and polling firm Ipsos surveyed 1,106 employed US adults about their use of AI on the job. The survey drew ten common tasks from US Department of Labor data, chosen to reflect typical knowledge work. The headline result: 20 percent of respondents say they now hand off at least one task to AI that a human colleague or contractor used to perform.
AI use varies sharply by task type. In computer systems and software development, 57 percent of workers who do that task use AI. Data analysis reaches 46 percent, reading work documents 39 percent, and record-keeping trails at 25 percent. However, AI adoption does not mean full automation. Workers mostly describe AI as partial support. Full or near-full task completion by AI occurs only in software development, at 10 percent, and drops below 7 percent for all other tasks. When respondents were asked about task substitution—where AI has taken over work that people used to do—data analysis leads at 7.1 percent, followed by reading documents at 5.7 percent and record-keeping at 5.3 percent. Epoch AI emphasizes that this task substitution does not automatically imply worker displacement.
Time savings show a correlation with the intensity of AI work. When AI handles only part of a task, respondents report saving time in 37 percent of cases. When AI does most or all of the work, that figure rises to 53 percent. Yet AI does not always accelerate work: about one in six AI-assisted tasks now takes longer than before. The researchers suggest this may occur because interacting with AI itself consumes time or because workers use the freed-up capacity to perform tasks more thoroughly or at higher quality.
Workers typically accept AI output with light or no revision. 66 percent of AI output is used unchanged or with only minor edits, and just 6 percent is used without any changes at all. At the other end, 5 percent of output gets heavily reworked or mostly rewritten. The researchers note that low editing effort is not a direct proxy for output quality and found no consistent link between reported time savings and editing effort. The survey results rest on self-reported data; neither actual time savings nor AI output quality were objectively measured. The tasks were selected based on national employment data rather than on their likelihood of being affected by AI. Earlier surveys point in a similar direction: a Gallup survey from August 2025 found that 45 percent of US workers use AI on the job, though only 10 percent use it daily, and a recent Anthropic survey of roughly 9,700 Claude users showed that about half believed AI could already handle 50 percent or more of their work—though that sample consisted of users of a specific AI product, not a representative population cross-section.
The survey captures a significant inflection point in workplace AI adoption: not mass displacement, but task redistribution. The finding that 20 percent of US workers delegate at least one task to AI reflects widespread but selective use rather than wholesale automation. The variation in adoption rates—57 percent in software development versus 25 percent in record-keeping—suggests that AI's utility and workplace readiness remain task-dependent. The fact that workers accept AI output with minimal editing (66 percent unchanged or lightly tweaked) points to growing trust in AI competence for knowledge work, though the researchers caution this does not necessarily reflect objective output quality.
The timing savings data introduces a nuance: heavier AI use correlates with reported time savings (53 percent vs. 37 percent), but causality remains unclear—AI may genuinely speed work, or workers may use AI preferentially when seeking efficiency gains. The one-in-six tasks that take longer suggests friction: either the cost of prompting and review, or workers choosing to raise quality standards when AI saves time. Epoch AI's framing—AI as "versatile but usually not self-sufficient"—aligns with the evidence: full task automation remains rare, and human judgment remains the norm.
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