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                              The development of smart military robots has evolved with advancements in sensor technology, embedded systems, and IoT integration. This paper proposes a smart military bot designed for detection and surveillance purposes using the ESP32 microcontroller, a metal detector, MQ130 gas sensor, GPS Neo7M module, L298 motor driver, and IoT cloud integration. The bot is designed to autonomously navigate, detect metallic objects (such as landmines or hidden weapons), monitor air quality (using MQ130), and provide real-time location tracking through GPS. The bot's data is integrated with IoT cloud services for remote monitoring, enhancing situational awareness in military operations. The system provides a cost-effective and modular approach to surveillance and reconnaissance missions.

                This project focuses on the development of a smart glove integrated with various sensors to monitor the wearer's physical conditions and movement. The glove uses an ESP32 microcontroller to process data from multiple sensors, including the MAX30100 (for heart rate and SpO2 monitoring), MPU6050 (for motion sensing), LM35 (for temperature sensing), and an OLED display for visual feedback. Additionally, it connects to the Blynk IoT platform for remote monitoring and alerts. The glove is powered by a 3.7V rechargeable battery and features a mini touch screen for user interaction. This wearable system aims to provide health monitoring, real-time feedback, and remote data access, enhancing both personal health management and convenience.

                    The Smart Cushion project integrates multiple sensors and actuators to create an intelligent cushioning system that responds to user interactions. This system uses an Arduino UNO to process input from a force sensor and vibration sensor, which detect pressure and motion changes, respectively. A servo motor adjusts the position or angle of the cushion based on input, while a Peltier module is used to regulate the temperature of the cushion, providing a cooling or heating effect as needed. The system is designed for user comfort, with the ability to adjust to different user needs and preferences through sensor feedback and control mechanisms.