Realbotix presented Aria, a female robot powered by artificial intelligence and equipped with 17 motors to mimic human-like facial expressions at CES 2025. Aria stood out among the array of robots at the event with her remarkable conversational skills and near-human appearance. In an interview with CNET, Jesse Orrall interacted with Aria, noting her ability to respond to questions with subtle robotic mannerisms.
Dressed in a black tracksuit, Aria paused briefly before answering questions, engaging in conversations with lengthy responses and slightly jerky movements, creating a blend of attentive and casual demeanor akin to someone mildly intoxicated. Realbotix focuses on developing robots like Aria with emphasis on social intelligence, customization, and realistic human attributes, designed specifically for companionship and intimacy purposes.
Aria’s capability to engage in real-time conversations is powered by generative artificial intelligence, although specifics about her programming remain undisclosed. Tailored for emotional interactions, robots like Aria could find applications in settings such as hospitals or theme park entertainment. Aria boasts 17 motors above her neck for lifelike mouth and eye movements while also offering the option to change faces easily with magnetic attachments, along with various hairstyles and colors.
Realbotix is exploring integrating RFID tags into Aria’s faces to enable recognition and potential adjustments in movements and personality. Three versions of Aria are available: a bust model priced at $10,000, a modular version at $150,000, and a full-standing model with a rolling base for $175,000. Despite the focus on human interaction, Aria humorously expressed curiosity about meeting Tesla’s Optimus robot, hinting at a clique-ish aspect among robots.
At CES, Aria exemplified the advancements in robotics, alongside various other robots showcased at the event. Furthermore, Realbotix’s innovative approach to companion robots and customization options like interchangeable faces sets a new standard for the evolving field of robotics.
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