Treat advanced, networked vehicles with driving autonomy (e.g., Tesla with FSD) as part of national 'robot' inventories rather than excluding them as merely 'vehicles.' Doing so changes cross‑country robot intensity rankings, industrial leadership narratives, and the perceived policy urgency for regulation, labor impacts, and energy planning.
— Revising what gets labeled a 'robot' alters industrial‑policy storytelling, procurement priorities, and public debate about automation and who leads in the AI/robotics era.
EditorDavid
2026.05.10
85% relevant
The article shows General Motors using its OnStar telematics to collect and sell names, contact details, geolocation, and driving behavior to data brokers (Verisk, LexisNexis), illustrating the idea that modern vehicles act as networked data‑platforms and therefore attract the same regulatory and liability dynamics as other 'robotic' or connected devices.
EditorDavid
2026.04.25
80% relevant
The Polestar 4 replaces the analogue rear window with a camera feed and packs 11 exterior cameras, radars and ultrasonics — turning the vehicle into a sensor platform that functions more like a robot than a traditional car (actor: Polestar; evidence: live rear camera display, 11 exterior cameras, mid‑range radar). This concretely advances the existing claim that modern vehicles should be conceptualized and governed as robotic/sensor systems.
Alex Tabarrok
2026.01.06
100% relevant
Alex Tabarrok’s argument that including Teslas (FSD) in counts would put the U.S. atop robots‑per‑worker rankings is the concrete example that motivates treating consumer AVs as robots.
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