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Equipped with GPS, lidars, navigation cameras, sensors, and deep-learning algorithms, this autonomous robot can navigate its way along paved roads or indoor sites, and deliver objects safely and contactlessly. With a six-wheel structure, it stably climbs curbs and efficiently delivers items, equipment, and food. Using cameras, this robot can correctly interpret streetlights and signs, and lidar technology allows for accurate real-time environment mapping even during rainy days or dark settings. Deep-learning algorithms process data from all these sources in real-time to enable the robot to correctly interpret its surroundings, thus helping to make intelligent decisions, avoiding collisions, and improving performance through experience.
Monitored by humans who can take control at any moment, the delivery robot features a secure locking mechanism that would only open for the designated recipient without the need for contact. These autonomous robots range from suitcase-sized to medium-sized trolleys and can carry up to 15kg of cargo. Delivery robots are electric, minimizing local delivery's ecological footprint and frees up valuable street space by traveling on sidewalks.