www.ijcrt.org © 2020 IJCRT | Volume 8, Issue 9 September 2020 | ISSN: 2320-2882 IJCRT2009296 International Journal of Creative Research Thoughts (IJCRT) www.ijcrt.org 2344 Robotic Arm using IOT and Raspberry pie 1 Hiranmayee Panchangam 1 B.Tech 1 Computer Science and Engineering, 1 K L University, Vijayawada, India Abstract: In today’s world, there is an immense increment in need to create artificial arms for complexity in human situations where human interaction is difficult or impossible. This may involve taking readings from an active volcano to diffusing a bomb. Here I propose an easy mechanism by which a robot can be controlled by using our computer science domains such as Python, Adafruit remote and Raspberry pi. The development of this arm is along with a personal computer for signal processing, which will all be interfaced with each other using serial communication. Finally, this prototype of the arm may be expected to overcome the problem such as placing or picking hazardous objects or non - hazardous objects that are far away from the user. Robotics is now playing a big role in several Automation Fields for a few days. In the coming year’s robotic behaviour will become more effective Index Terms – Remote, Controller, Artificial Arm, Smart arm, Raspberry pie, Internet of things, Adafruit. I. INTRODUCTION The current Internet revolution along with the increasing robotics in many day-to-day operations of the Internet of Things has taken over all the heavy loads from the person to itself. The Internet of Things (IOT) is essentially an interconnection of several devices. Robots are used to support human beings in different situations if we combine the robots and the Internet of things then we can do more than we would imagine. This project addresses technical implications, open problems, and IOT-assisted robotics applications. The paper's main objective is to introduce a device with one robot used for selecting and putting applications in industries. This system has Robot-Control-Communicating Modules. There are basically four modules that need to be discussed here. 1) Raspberry pi Laptop System 2) Development of an account for Ada-fruit IO Remote. 3) Formulation of operating python code software. 4) Robotic arm link with pi, servo motor, motor driver and checking. The robotic arm is a kind of mechanical arm which can be programmed to behave like a human arm. An anthropomorphic robotic arm is developed and implemented in this work, and is operated from a remote location using adafruit programming software and python. This can find application on a wide scale where direct human presence is a concern such as operating in a toxic environment or during the disposal of bombings. In the past some works were done to imitate the movement of human hands, but some of the designs were complicated and often expensive. A very basic concept is used in this work, and low-cost materials readily available are used for producing the robotic arm. The arm is made from sheets of aluminium. Using servo motors, the finger movements are controlled by pulling them using cables which function as human hand tendons. Considered Robotic ARM has one base rotation which contains a servomotor of 180 degrees and all remaining are DC motors with proper delay. Current System: In the actual device, the radio frequency-based robotic arm is based on one servo Arduino UNO microcontroller and 3 DC motors are attached depending on the signal it is going to operate. In this device information is transmitted to the Robotic Arm and Micro controller in the form of Wired Communication. Proposed System: In order to resolve the difficulties in the current system, we need to improve the whole system by using different modules to relay the information in the form of wireless. Using adafruit front end configuration with four buttoned controller, Raspberry pi is interfaced with Robotic arm and Client Server python software.