LAS VEGAS, NV, January 7, 2026 (EZ Newswire) -- CES 2026 once again highlighted the growing role of artificial intelligence in consumer technology. With exhibitors from more than 150 countries and regions and over 4,500 companies in attendance, the event made one thing increasingly clear: as AI continues to move beyond software, its next chapter is taking physical form. Embodied intelligence — AI systems designed to operate in real-world environments — is no longer confined to research labs.
Against a backdrop of robots largely designed for industrial or experimental use, Vbot’s debut at CES stood out for a different reason. The company presented a vision not of machines performing isolated tasks, but of robots designed to coexist with people, operating autonomously within homes, yards, and shared family spaces.
Vbot is a consumer-focused embodied AI company dedicated to building robots for everyday living environments. Its flagship product, the global edition of Vbot SuperDog, is designed as a physical-world agent capable of navigating complex spaces without remote control. With autonomous following, intelligent load carrying, and dynamic video tracking, the robot demonstrated how embodied AI can function continuously within real household settings rather than controlled demonstrations.
At CES, Vbot SuperDog showcased full-terrain mobility alongside an ability to interpret complex physical environments in real time. This combination resonated particularly with audiences from North America and Europe, where detached homes and outdoor private spaces are common. Equipped with high-grade sensors and long-legged mobility, the robot moved fluidly between indoor and outdoor environments, including navigating uneven terrain and performing yard patrol tasks.
Beyond mobility, Vbot SuperDog is designed to interact naturally with people. Featuring 14 degrees of freedom — including articulated head movement — the robot can visually track individuals in real time and respond through lifelike motion and subtle anticipatory gestures. During live demonstrations, it interacted with children through English-language communication and expressive body language, creating interactions that felt responsive rather than scripted.
In outdoor and travel scenarios, the robot demonstrated a more utilitarian role. With a payload capacity of up to 12 kilograms and towing capability of up to 100 kilograms, Vbot SuperDog supported activities such as family outings and camping. One technology creator at the event noted that the robot’s ability to transport heavy beach gear and luggage across challenging terrain addressed a common, practical pain point for families — something consumer robots have historically struggled to do.
The attention surrounding Vbot SuperDog at CES reflects a broader shift in how consumers and industry observers evaluate embodied AI. Rather than prioritizing technical spectacle, interest is increasingly centered on whether robots can adapt across environments, cultures, and household needs, and whether they can meaningfully reduce friction in everyday life. In this context, Vbot’s reception suggests growing demand for embodied intelligence that prioritizes usability over novelty.