Introduction

As the research on Robotics has completed an extensive path as the engineers as well as the scientists have exhibited a type of human being that looks like a mechanical robot in 1939 and 1940.The weight of this robot is approximately 265 pounds with a height of seven feet and termed it Elektro. Elektro has the capability to walk using commands of voice, speaks about 700 words and move his arm and head. The process of Robotics is majorly affecting or impacting the human lives for example, Robot manipulators in industrial robots are deploying in various industrial units to do monotonous and precarious tasks such as painting, packing and soldering. In Industrial set ups, the preprogrammed automatons have been efficacious because of their immense strength, rapidity and accuracy in the structured factory surroundings. In unstructured surroundings, for the purpose to enlarge the robots functional range or to deploy them, the technologies of robots are integrated with network technologies (Hu, Tay and Wen, 2012). The cloud in Cloud Robotics has the possible ability to boost a widened range of robotics and mechanization system. According to the National Institute of Standards and Technology (NIST), a cloud computing system is defined as “any model that enables universal, expedient and a mandate network access to configurable assets such as various servers, storages as well as applications of network that is released rapidly with efforts of minimal management or service provide interaction”.

As according to Patil and Goldberg 2014, the cloud robot and the automation system is termed as “Any type of robot or any kind of automation system that relies on statistics or cryptogram produced from a complex linkage to supper its appropriate procedure”. This automation system includes the future systems, network teleoperation, and networked groups of mobile robots. Because of the network latency and variability in the service quality, the cloud robotics and its automation processes sometimes also includes the ability of processing for low-latency responses.

In various sectors, fields and disciplines, robotics as a technology is used such as in hospitals, airport, historic places, defense and army sectors etc. (Bhardwaj and Saxena, 2016). The functions of three Robotic services are sensation, actuation and control. Intelligent artificial activities provide supports to robotic services through socially conscious behavior that should be interactive to support daily human activities (Miratabzadeh et al, 2016). A cluster of mechanical objects that are mutually associated with some kind of wired or wireless communicating network is termed as networked robotic system.