Our autonomous cleaning robots use advanced cognitive AI systems and transformer-based models to detect dirt and debris on floors in real time, enabling precise cleaning only where it is needed. This targeted cleaning approach increases efficiency by up to 10 times while significantly reducing overall energy consumption.
AUTOMATIC MAP UPDATES
Industrial cleaning robots often struggle to maintain accurate navigation when their environment changes, requiring manual map updates or human intervention, which can be impractical in busy public spaces. CenoBots robots overcome this challenge by using advanced 3D LiDAR technology and perception algorithms to detect environmental changes in real time and automatically update maps without the need for human intervention.
RELIABLE GLASS DETECTION
Commercial cleaning robots often struggle with glass doors and walls because 2D LiDAR cannot reliably detect transparent surfaces, while cameras can be affected by reflections and transparency. CenoBots solves this challenge through advanced multi-sensor fusion, enabling robots to accurately detect glass surfaces and navigate safely around them in commercial environments.
PROTRUDING OBJECT DETECTION
Industrial cleaning robots often struggle to detect protruding objects because traditional 2D LiDAR relies on a single vertical scanning plane, which can miss obstacles extending across different heights. Cameras also have limitations when it comes to accurately estimating depth in these situations. CenoBots overcomes this challenge by combining advanced 3D LiDAR technology with neural networks for point cloud processing, enabling intelligent detection of protruding objects and safer navigation.
EDGE CLEANING
Floor scrubber robots often cannot clean close enough to edges, leaving areas along walls and in corners untouched. This is due to limitations in sensor accuracy and navigation. CenoBots solves this problem with an advanced algorithm that reduces sensor noise and significantly improves positioning accuracy, enabling edge cleaning at virtually zero distance from the wall.
