Development of a Solar-Powered Small Autonomous Water Surface Vehicle

This Autonomous Water Surface Vehicle (ASV) offer insightful information on the condition of aquatic ecosystems, which helps with early pollution event detection and well-informed resource management and remediation strategy decision-making. Additionally, ASVs use the Internet of Things (IoT) to improve connection and functionality. ASVs may provide real-time data on location, waste detection, and water quality to centralized databases and user interfaces by integrating IoT platforms like ThingSpeak and apps like Blynk. Stakeholders are able to successfully reduce water pollution by implementing targeted actions, coordinating response activities, and monitoring environmental conditions remotely thanks to the smooth data integrationand communication. The vehicle's sensors collect data on water quality, which is then easily transferred to the Thingspeak cloud platform for thorough real-time monitoring and analysis. Furthermore, the Blynk IoT application integrates GPS data to allow for real-time tracking of the vehicle's whereabouts. This research study makes a significant contribution to reduce water pollution and improve the health of aquatic ecosystems by demonstrating the potential of integrating advanced technologies and providing a scalable and sustainable solution for autonomous garbage collection and environmental monitoring on water surfaces.