Development of an Automated Penetration Testing for Cybersecurity

Abstract

Sustainable development, public health, and aquatic ecosystems are all seriously threatened by water pollution. Conventional monitoring techniques are frequently time-consuming, sedentary, and unable to offer real-time data from inaccessible or remote locations. The creation of an affordable, remote-controlled water pollution detecting boat with necessary sensors and a live data transmission system is shown in this study. The boat can sail on its own or with a remote control, gathering data on temperature, turbidity, and pH in real time [3], [15]. A web-based interface receives the gathered data, allowing for remote monitoring and analysis. For environmental organizations, researchers, and conservationists, the system offers a scalable, independent solution that makes water quality testing more effective and approachable. By automating data collection and enabling real-time access to water quality parameters, this project addresses critical environmental challenges related to pollution detection and resource management.