Survivor Seeker – A Real Time Human Surveillance Bot for Rescue Operation

Survivor Seeker - A Real Time Human Surveillance Bot for Rescue Operation

Mrs. Priscilla Sophia P, Assistant Professor, Department of ECE.

Sri Shakthi Institute of Engineering and Technology, L&T Bypass, Coimbatore, priscillasobhiaece@siet.ac.in

Sherene Patricia T, Sowntharya S, Subikshaa H, Priyanka K Department of ECE,

Sri Shakthi Institute of Engineering and Technology, L&T Bypass, Coimbatore.

Abstract

This project introduces a real-time human surveillance bot designed for applications in disaster recovery, security, and healthcare monitoring. The system employs an ESP32 microcontroller to integrate multiple sensors, including an IR sensor for detecting body heat, a PIR sensor for motion detection, a DHT11 sensor for environmental monitoring, and a contactless radiation-based heartbeat sensor for vital sign assessment. These sensors work together to enhance accuracy in detecting human presence and health conditions. An RFID tracker is incorporated to enable individual identification and location tracking. Sensor data is processed and transmitted to the cloud using Thing Speak, which facilitates real-time monitoring and visualization via a mobile app. This ensures easy access to crucial information from remote locations. Alerts are generated when a living human is detected, enhancing responsiveness in critical scenarios. The bot offers a versatile and efficient solution for ensuring safety and situational awareness, combining IOT technology with reliable sensor integration for seamless operation in various environments. It can be deployed in various environments, including disaster zones, hospitals, and high-security areas, making it an essential tool for modern surveillance applications.

Keywords: human surveillance bot, ESP32 microcontroller, sensor data acquisition, RFID tracker, real-time monitoring, and visualization, IOT technology.