Smart Tracking and Surveillance Systems for Automated Delivery Robots in Food and E-Commerce Systems

This research study provides an innovative approach to creating smart monitoring and surveillance systems for autonomous delivery robots in the food and e-commerce industries. The system aims to increase the effectiveness and security of delivery operations by integrating ultrasonic sensors, radio frequency (RF) modules, cameras, remote controls, and speaker technologies. The robot can recognize obstacles and avoid them due to the use of an ultrasonic sensor. The system includes an RF module to provide seamless connection and remote control. This allows the robot and the central control unit to exchange data in real-time, simplifying remote monitoring, navigational corrections, and operational management. The camera module monitors the robot’s surroundings while recording real-time video visually. Operators or managers are given a remote control so users can monitor and manage the robot’s motions, observe the live video feed, and make smart decisions during the delivery process. The system utilizes a speaker to provide voice-based alerts and notifications. The work advances delivery services in the food and e-commerce industries by enhancing operational efficiency, security, and safety. The performance of the system is analysed in terms of response times, reliability, and accuracy rates and a comparative analysis is also made to show the effectiveness of the system.