Humanoid Robots and the Automation of Physical Labour: Drivers, Constraints and Alternative Futures to 2045
Research Unit – Observatory on Global Problems and Systemic Risks (OGPSR) · Zenodo (CERN European Organization for Nuclear Research) · 30 Oct 2026
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- Will AI destroy more jobs than it creates?
- How fast will the impact arrive? · its finding: it depends (why studies differ)
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Abstract
This foresight report asks whether the convergence of artificial intelligence, actuation, sensing, batteries and mass manufacturing is creating the conditions for general-purpose and humanoid robots to automate a much broader range of physical tasks than earlier generations of industrial robots. It situates the question within the megatrend of technological acceleration and within the century-long automation of physical work. The evidence shows a robust underlying trajectory — 5.08 million industrial robots in operation in 2025 and installations at a record 603,000 units — but a humanoid segment that remains small, concentrated in China and dominated by research, education, exhibition and data-collection uses: roughly 13,000–18,000 units shipped in 2025, depending on the tracker. A simplified break-even threshold developed for this report — a favourable-case calculation, not a total-cost-of-ownership estimate — indicates that, at the hardware prices now projected and under favourable utilisation and productivity assumptions, direct robot cost need not be a binding constraint in high-wage economies; achieving sufficient useful autonomous productivity — productivity relative to a human, reliability, autonomy, hours of useful operation and integration — together with safety certification remains the critical condition. Demographic pressure is strongest precisely where robotics manufacturing is concentrated: on UN medium-variant projections the population aged 15–64 falls by about a quarter in China and Japan and by over a third in Korea between 2024 and 2050, while it grows worldwide. Four scenarios to about 2045, structured by the generality of robot capability and the openness of diffusion, frame the range of outcomes from a “showroom plateau” to economy-wide automatable labour. The report identifies the signposts that would discriminate among them and the actions that remain useful across all four. Observatory on Global Problems and Systemic Risks (OGPSR): ogpsr.org
About this publication
Preprint. A preprint — posted publicly before or without journal peer review; findings may still be revised.
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- 2026 (recently)
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