Can the technology perform relevant work?
Current capability in the occupational environment, not a hypothetical future system.
EOL Labor Analytics evaluates how AI, robotics, and automation move from technological capability to real labor-market effects across occupations, then translates that evidence into working outlooks for 2030 and 2035.
The objective is not a single automation score. It is a transparent view of technological progress, changing dependence on human labor, labor-market evidence, and the conditions that would alter the forecast.
EOL follows the path from what technology can do today to whether technological change is actually appearing in hiring, staffing, wages, hours, and employment.
Current capability in the occupational environment, not a hypothetical future system.
Cost, performance, workflow design, and the economics of deployment.
Commercial adoption rather than demonstrations, pilots, or technical possibility alone.
Workflow-level substitution can matter even when no single system performs the entire occupation.
The central structural question is whether output can scale increasingly through machine capacity.
Hiring, hours, staffing ratios, wages, occupational entry, and employment provide the downstream test.
The stages are assessed separately. EOL does not mechanically combine them into an automation score.
Explore the methodology →The chart shows EOL working ranges relative to the 2025 employment baseline. Switch between the 2030 and 2035 horizons. BLS structural projections appear as gold markers in the 2035 view.
BLS remains the structural reference for every occupation EOL assesses.
BLS occupational forecasts are indispensable, but forecasts grounded in historical relationships are less reliable when those relationships are being disrupted. EOL Labor Analytics is built for that problem, using a new analytical framework to extend the sight picture of how AI and robotics may change the demand for human labor over the coming decade.
Read why EOL develops its own forecasts alongside BLS →
External probabilistic forecasts are also shown when a defensible occupation match exists. They are reference points, not ingredients mechanically averaged into the EOL range.
Official 2025–35 occupational projections and underlying demand structure.
Probabilistic forecasts where EOL can establish a sufficiently strong occupational match.
Working ranges formed from the six-stage transition evidence, underlying demand, and observed labor-market effects.
EOL also evaluates the worker pipeline feeding each occupation. Supply does not replace the demand forecast; it helps show whether future entrant flows are likely to reinforce, cushion, or conflict with the expected demand trajectory.
How EOL analyzes supply →Long-form analysis of the broader economic, institutional, and social implications of the AI and robotics transition accompanies the occupation-level research published here.
Questions, corrections, or comments on the analysis? The best way to reach EOL Labor Analytics is through our Substack, The End of Labor and the Last Worker.