Adaptability of Robotic Process Automation and Capabilities of Human Automation

Every robotic system is designed, constructed, and programmed to do a certain job. The control systems of robots allow the robot’s parts to move and work, and they make sure that a programmed series of actions, including the application of forces, is carried out, even if a part of the robot fails. However, in such systems human beings often take the role of controlling, monitoring, and supervising. Rapid advances in robotics and automation are making cities throughout the globe into experimental hubs where these technologies may be tried out in a variety of contexts. Robotic process automation may improve customer service and guarantee human resource procedures are followed to the letter of the law. Robotic process automation is a software technology that controls software robots to mimic human behaviors on digital platforms. Robotic process automation is a technology with the potential to replace human labor by doing repetitive tasks. However, it is widely agreed that robots cannot take the role of human resources professionals and that they are best used to supplement human-driven workflows. Collaborative learning occurs when a team of robots shares and discusses their experiences and strategies. The study’s goal is to demonstrate the superiority of robotic process automation over human labor in the human resource management system. The goal of this chapter is to give a broad, introductory survey of both classic and cutting-edge theoretical methods and applications in the field of “control systems, automation in humans and robotics.”