Design and Development of an AI‑Enabled Multi‑Tasking Robot for Real‑Time Object Detection and Intelligent Human‑Robot Interaction

The integration of AI, automation, and human-machine interaction has facilitated the emergence of multitasking robotic systems capable of performing various intelligent operations.This paper reviews a multimodal robot called "ChatBot" devised for object detection and speech-based command execution in real time.The proposed system can perform actions such as left, right, forward, and backward directional movements, while responding to users' queries and displaying visual data using its camera module.Designed based on an Arduino UNO R3 microcontroller, L293D motor driver shield, HC-05 Bluetooth module, and dual camera arrangement, ChatBot effectively combines the strengths of mechanical control, speech processing, and computer vision.An object detection feature within the robot enables the recognition of objects from its surroundings, while the voice recognition component accomplishes smooth and interactive communication with users.This review outlines major components, operating methodologies, and performance analysis of ChatBot, focusing on its status as a multitasking robot.Further, it explores the potential applications in education, surveillance, and assistive technologies.Finally, the paper concludes with a discussion on challenges and future improvements, indicating that integrating advanced AI algorithms, machine learning, and cloudbased frameworks can ensure significant growth in the robot's intelligence, adaptability, and real-world utility.