CenoBots is designed to be as autonomous as possible, minimizing the need for human assistance. Equipped with advanced navigation systems and sensors, it can independently handle most cleaning tasks. Human assistance is typically only required for basic maintenance, such as regularly emptying the waste bin, replenishing cleaning supplies, or checking and cleaning filters. Additionally, human interaction may be necessary for setting up or adjusting cleaning routines, especially in response to changes in the environment being cleaned. However, these tasks are relatively straightforward and do not require frequent intervention, allowing users to focus on other activities while CenoBots ensures cleanliness in the space.

Maintenance of CenoBots robots is designed to be as simple as possible, minimizing the need for frequent intervention. Here are the basic maintenance steps that should be performed regularly:

1. Emptying the waste bin: The bin for collected debris should be emptied according to the frequency of robot usage.

2. Checking and cleaning filters: Filters should be regularly checked and cleaned to ensure optimal functionality and suction efficiency.

3. Refilling cleaning supplies: If the robot uses water or cleaning solutions, these need to be refilled according to consumption.

4. Checking and cleaning wheels and brushes: It's essential to regularly check and clean wheels and brushes from debris and dirt that could affect the robot's movement or cleaning ability.

5. Software updates: The robot's software should be updated whenever new versions are available. These updates often include performance enhancements or new features.

6. General inspection of the robot's body: It's advisable to regularly inspect the robot's body for any damages or wear and tear that could affect its functionality.

Thanks to modern technology and quality construction, maintaining CenoBots is relatively straightforward and doesn't require specialized skills. This allows users to ensure that their robot operates efficiently and reliably without the need for significant interventions.

The sensors of CenoBots are equipped with advanced technology that allows the robots to efficiently detect transparent obstacles, such as glass walls and partitions. This capability is ensured by a combination of several types of sensors, including lidar and optical sensors, which work together to scan and recognize various materials and surfaces. Lidar sensors emit laser beams that reflect even from transparent surfaces, allowing the robot to detect their presence and location. Optical sensors and advanced image processing algorithms further help distinguish different types of materials and their characteristics, enabling the robot to detect transparent obstacles and respond accordingly. Thanks to these technologies, CenoBots can safely navigate even in environments with glass walls or partitions, ensuring smooth and efficient cleaning operations without collisions or disruptions.