IoT Based Robot for Domestic Surveillance Using ESP-NodeMCU

In recent years, the Internet of Things (IoT) has revolutionized the way we interact with and monitor our surroundings. One compelling application of IoT technology is in the field of domestic surveillance, where smart devices and sensors are employed to enhance security and convenience. This abstract presents an overview of an IoT-based robot designed for domestic surveillance, leveraging the ESP-NodeMCUplatform. The proposed system combines the capabilities of a mobile robot with the flexibility of the ESP-NodeMCU microcontroller, creating an efficient and cost-effective solution for monitoring and securing residential spaces. The key components of this system include a robot chassis, wheels, motors, a camera module, ultrasonic sensors, and the ESP-NodeMCUmicrocontroller. To enhance the robot's navigational capabilities, ultrasonic sensors are integrated into the system. These sensors enable obstacle detection and avoidance, ensuring that the robot can move autonomously through the home environment without colliding with objects or obstacles. Additionally, the robot can be programmed to follow predefined paths or respond to specific events, such as detecting unusual movements or sounds. Thus an IoT-based robot for domestic surveillance using ESP-NodeMCU represents an innovative and accessible approach to enhancing home security and automation. Its ability to provide remote monitoring, real-time alerts, and autonomous navigation makes it a valuable asset for homeowners seeking a comprehensive and cost-effective solution to protect their living spaces