Description
Industrial security has always been a critical concern, with the ever-growing complexities of modern industrial facilities necessitating smarter and more adaptive solutions. The Industrial Security Robot (ISR) presented in this project addresses these concerns by integrating a range of sensors and advanced technologies into a mobile platform. The ISR is designed to autonomously patrol industrial premises, detect anomalies, and respond swiftly to potential security threats.
The key components of this ISR include the Arduino Uno board, NodeMCU, LM35 temperature sensor, MQ2 gas sensor, IR sensor, L298N driver IC, 12-volt battery, and two 60 RPM DC motors. These components work together harmoniously to create a comprehensive security system capable of capturing temperature fluctuations, monitoring gas levels, and identifying intruders within the industrial environment.
One of the ISR’s primary advantages is its ability to operate autonomously, following predefined paths, and adapting to dynamic conditions. By doing so, it significantly reduces the burden on human security personnel while enhancing the overall efficiency and effectiveness of security operations.
This project aims to showcase not only the technical aspects of integrating these components but also the practical implications of such a system in industrial security. The ISR’s data collection capabilities provide valuable insights into environmental conditions and potential security breaches, enabling timely responses to mitigate risks and improve overall safety within industrial facilities.
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