Humanoid robots have moved beyond speculative lab projects to become practical systems intended for operation in human environments such as factories, hospitals, warehouses, and homes. Unlike traditional industrial robots that work in orderly, highly predictable workcells, humanoids must navigate dynamic settings, stay balanced on two legs, interpret human intent, and respond safely in real time, presenting system-level engineering challenges that differ fundamentally from fixed automation. Designing these robots requires tight integration across locomotion, sensing, planning, control, power delivery, data transmission, and functional safety, with high degrees of freedom in limbs and torso driving computational and control complexity; whole-body coordination demands low-latency communication between sensors and actuators, and above all, humanoids must remain stable and safe during physical interactions with people.
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