Abstract:

This project presents the development and implementation of an Internet of Things (IoT)-based robot that can be remotely controlled via the Blynk application.

The robot integrates various sensors and actuators, enabling real-time control and monitoring through a smartphone interface.

The primary objective of this system is to demonstrate the feasibility and efficiency of using IoT for remote robotic operations in various applications, including surveillance, rescue missions, and automation.

The system architecture, hardware design, and software implementation are discussed in detail, highlighting the advantages of using the Blynk platform for IoT-based control systems.

• Develop an IoT-based robotic system: Create a robot that can be remotely controlled and monitored using the Blynk application, integrating sensors, actuators, and a microcontroller for efficient operation.
• Implement real-time control and monitoring: Utilize the Blynk platform to enable real-time control of the robot's movements and monitor sensor data through a user-friendly mobile interface.
• Explore the practical applications of IoT in robotics: Demonstrate the feasibility and benefits of using IoT for remote robotic operations, highlighting potential use cases in surveillance, rescue missions, and automation.
• Evaluate the performance of the IoT-based robot: Test the robot in various scenarios to assess its responsiveness, obstacle avoidance capabilities, and overall effectiveness in remote operations.
• Provide a foundation for future research and development: Offer insights into the integration of IoT and robotics, paving the way for more advanced and autonomous robotic systems using IoT platforms like Blynk.