Daily Technology
·14/02/2026
Artificial intelligence now spreads through healthcare at increasing speed and companies build human shaped robots for hospital work. Softbank Robotics created two of the earliest social machines - NAO besides Pepper. Each robot talks with people but their hardware plus jobs in clinics differ. Reviewing their parts and present duties shows how mechanical caregivers continue to change.
NAO first shipped in 2008 - the unit is fifty eight centimeters high, walks on two legs but also speaks twenty languages. The engineers built it for basic motion and conversation - laboratories as well as wards can place it in many roles.
Pepper arrived in 2014 and stands one hundred twenty one centimeters tall. Extra sensors let it detect voices, read faces or label simple human emotions. Designers call it an “empathic” robot because it adjusts its speech and gestures to the mood of the person in front of it. The added hardware suits Pepper for deeper social contact.
NAO works best for short, clear tasks - hospitals place it near children who wait for surgery - the robot distracts next to calms them. Diabetes programs also use NAO to teach young patients how to measure blood sugar and inject insulin. The robot keeps the lesson brief plus friendly.
Pepper enters wards that demand sustained contact - trials show it guides dementia patients through memory exercises, assists children with autism and repeats health facts to people who live with chronic illness. Pepper notices if a user looks sad or confused but also changes its tone or topic. Hospitals with too few staff members let the robot offer conversation and basic monitoring while nurses attend to urgent duties.
Controlled studies record that NAO lowers pre surgery fear as well as that Pepper improves recall after cognitive sessions. Market forecasts predict that sales of AI humanoids for health use could reach one trillion dollars in
Before such machines become common, developers must solve ethical and safety rules. Engineers need to prove that the software treats every patient fairly, avoids harm, explains its decisions in plain language or delivers correct data without delay. Those requirements will decide whether society accepts robotic caregivers in clinics and homes.









