AI-powered robots can be used to autonomously navigate the interior of the aircraft, identifying and removing trash and debris. AI image recognition can also be used to detect and highlight areas with high concentration of trash, making the cleaning process more efficient.
AI-powered floor cleaning robots can be used to autonomously vacuum and mop the floors of the aircraft, reducing the manual labor required for this task.
More Vacuuming and mopping the floors AI toolsAI-powered cleaning robots equipped with sanitizing sprays and UV-C light can be used to autonomously clean and sanitize the lavatories, reducing the exposure of human cleaners to potentially harmful bacteria and viruses.
More Cleaning and sanitizing lavatories AI toolsAI-powered cleaning robots equipped with dusters and microfiber cloths can be used to autonomously dust and wipe down surfaces, ensuring thorough and consistent cleaning.
More Dusting and wiping down surfaces AI toolsAI-powered robots can be used to autonomously navigate the aisles of the aircraft, identifying and emptying seat pockets. AI image recognition can also be used to detect and highlight areas with high concentration of trash, making the cleaning process more efficient.
More Emptying and cleaning seat pockets AI toolsAI-powered robots can be used to autonomously restock amenities such as blankets and pillows, ensuring that the aircraft is well-prepared for the next flight.
More Restocking amenities such as blankets and pillows AI toolsAI-powered cleaning robots equipped with stain-detecting sensors and targeted cleaning solutions can be used to autonomously spot clean stains on upholstery, ensuring that the aircraft interior is well-maintained.
AI-powered drones equipped with cameras can be used to autonomously inspect the aircraft interior, identifying and reporting any damages or maintenance issues. AI image recognition can also be used to detect and highlight areas that require attention, improving the overall maintenance process.