Gesture Controlled Bot with Temperature & Humidity (TH) Sensing Features

The paper presents a design and implementation for a gesture-controlled robotic system that can operate in remote regions. This system can send environmental data through wireless data interchange, which a user can then remotely access to operate an application. The robot, being equipped with advanced sensors and communication modules, can capture data about the environment in real-time and perform monitoring and interaction with the environment. What distinguishes it is an intuitive gesture control mechanism that allows a user to interact with and give commands to a robot using natural hand movements, making it easy to use with increased accuracy. This innovative approach allows users to control and navigate the robot using simple palm gestures, fostering an intuitive interaction with the robotic system. The gestures are interpreted by a gyroscope sensor, which directs the robot's movements accordingly. Data collected by this robot is transmitted through a sturdy wireless network to the mobile application, where users can receive, analyze, and respond promptly to this information. It offers a potentially significant benefit for practical applications in harmful working environments, disaster management, or remote exploration where direct human intervention is impossible or hazardous. The paper presents technical specifications, design challenges, and a performance evaluation of the system developed, indicating its usability and robustness in real practical applications.