From stumbling movements in 2022 to sophisticated human-level manipulation by 2025—humanoid robotics just completed a 3-year sprint that nobody saw coming. The dexterity breakthrough is real. Think about what this trajectory means: if progress keeps accelerating at this pace, what does the automation landscape look like in 2028? The technical leap isn't just incremental—it's the kind of shift that rewires how we think about robotics, manufacturing, and even the economics of automation. This is the type of innovation curve that historically creates ripple effects across entire industries.
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From stumbling movements in 2022 to sophisticated human-level manipulation by 2025—humanoid robotics just completed a 3-year sprint that nobody saw coming. The dexterity breakthrough is real. Think about what this trajectory means: if progress keeps accelerating at this pace, what does the automation landscape look like in 2028? The technical leap isn't just incremental—it's the kind of shift that rewires how we think about robotics, manufacturing, and even the economics of automation. This is the type of innovation curve that historically creates ripple effects across entire industries.