AI-Driven Autonomous Hygiene Solution for Public Toilet

Abstract

The envisioned AI-powered Autonomous Sanitation System is designed to innovate the upkeep of public toilets by leveraging smart technology, thereby enhancing hygiene, operational efficiency, and sustainability. This system integrates IoT sensors that track air quality, occupancy levels, and water usage, allowing for real-time oversight of cleaning operations, odor management, and usage patterns. An automated cleaning system, featuring motorized brushes and intelligent odor control mechanisms, ensures a clean environment, while UV lights contribute to sterilization. AI-driven algorithms evaluate sensor data to forecast cleaning demands, streamline resource allocation, and predict maintenance schedules for equipment. The system is energized by a 50W solar panel and is complemented by a rainwater harvesting system to curtail water consumption. With data analytics and predictive maintenance functionalities, the system guarantees optimal performance, with real-time data available through a mobile app or cloud interface. This autonomous and self-sufficient system reduces the necessity for manual intervention, enhances public sanitation, and provides an environmentally sustainable solution.