Narwal, a leading robot vacuum manufacturer, showcased its latest line of intelligent vacuum cleaners at the renowned Consumer Electronics Show (CES). These cutting-edge devices come equipped with advanced AI capabilities, such as pet monitoring, object detection, and toy tracking features.
The brand introduced its flagship model, the Flow 2 robot vacuum, boasting a sleek rounded design and user-friendly tank system for enhanced cleaning performance. Powered by two 1080p RGB cameras with a wide 136-degree field of view, the device utilizes AI algorithms to map out spaces and identify various objects accurately.
By leveraging this innovative technology stack, the robot vacuum can effortlessly recognize an extensive range of items. In cases where local identification fails, the device seamlessly transfers data to the cloud for further analysis and processing.
The Flow 2 model offers three distinct modes – pet care, baby care, and AI floor tag. In pet care mode, users can designate specific zones for pet cleaning and monitoring, complete with two-way audio communication. The baby care mode ensures a quiet operation near cribs and alerts users of misplaced toys. Additionally, the AI floor tag mode enables the vacuum to detect valuable items like jewelry, avoiding them during cleaning.
Narwal emphasizes that its latest vacuum cleaner features four cleaning modes tailored to different types of dirt. The device can autonomously return to its base for mopping and even re-mop specific areas if necessary. The company highlights the Flow 2’s enhanced design, allowing for higher-temperature hot water washing for superior cleaning performance.

In addition to the Flow 2 model, Narwal also presented the U50 handheld vacuum, featuring UV-C sterilization and allergen removal capabilities. The company showcased an unnamed cordless vacuum with a sleek design, 360-degree swivel, and extended run time of up to 50 minutes. This cordless vacuum includes an auto-empty station for convenient dust disposal, supporting up to 60 days of operation.