Virtual Booth

Gas leakage is a critical issue that poses significant risks to safety, health, and property. Smart Gas Leakage Detector Bot is a versatile, autonomous solution for identifying and addressing hazardous gas leaks in indoor and outdoor environments. The bot integrates advanced sensors capable of detecting various combustible and toxic gases, including methane, propane, and carbon monoxide, in real systems, employs an IoT-enabled architecture for continuous monitoring and notification, allowing users to receive alerts via mobile applications or cloud platforms. Key features include automatic leak detection, an alarm system for immediate awareness and the bot's mobility for patrolling high-risk areas. A microcontroller-based control unit processes sensor data and controls the bot’s movement. A methodology is a method or procedure used to carry out a project in more detail. These methods are very important to ensure the completion of the project. The methods used include project planning, flowcharts and collecting component data. In this study, Smart Gas Leak Detection Bot information is collected according to the method through various types of journals, books and the internet related to the project. This project uses Agile methodology to complete it. This innovative approach enhances traditional gas leakage detection methods by adding portability, scalability, and proactive features, making it a promising solution for residential, industrial and commercial applications. Testing demonstrated the bot's reliability, quick response time, and adaptability in various scenarios, highlighting its potential to mitigate risks and save lives. This gas leak detection bot can also take early action to avoid any danger that may occur, such as fire. The leak detection bot can close the LPG gas regulator to prevent gas leaks from continuing. It can also pour exhaust gas. in the environment by activating the fan (exhaust fan). Keyword: Gas, leakage, smart, detector