Three transitions shape the near future: from programmed to learned, from the cage to shared space, and from industrial tool to a total geopolitical stake.
7.1Robotics' ChatGPT moment?
The ingredients are converging: VLA models, massive simulation, onboard computing, teleoperation data. But the bottleneck of movement data remains: between the viral demo and profitable deployment, there are often years.
7.2Mass production begins
2026 marks the move to scale: Figure, Tesla, Unitree, Wandercraft/Renault. The analogy that haunts strategists is the electric vehicle: Western scepticism, then Chinese industrial dominance.
7.3The home: the Holy Grail and its traps
The general-purpose home robot remains hard: expensive, partly teleoperated, intrusive. At the other end, open source bets that the home robot will be born the way the PC was: through tinkerers.
7.4Robotaxis become commonplace
Waymo and Chinese players show that the first robot massively adopted by the public will not walk: it will drive. Europe is making it a regulatory and industrial test case.
7.5Robotic warfare
Drone swarms, loitering munitions, autonomous vehicles: the race towards lethal autonomy is moving faster than its regulation. It is the heaviest risk of this entire programme.
7.6Demography as destiny
Japan, Korea, China, Europe: ageing societies lack hands. Care, home help, hospitals and nursing homes will be very long-term markets, with major human dilemmas.
7.7The geopolitics of bodies and brains
The United States dominates the brains, China dominates the bodies and is moving up towards the brains, and Europe keeps its industrial excellence and a narrow window with Renault-Wandercraft and Hugging Face/Pollen.
Key takeaway
Robotics is where intelligence, data, security, sovereignty and jobs take on a body. When software leaves the screen, every question becomes tangible.
Sources
Morgan Stanley, Global Humanoid Model; MLQ, Physical AI; JDN on Wandercraft/Renault; IFR, World Robotics.
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