A novel 3D robotics printer for enhancing auditing and accounting in banking

Nowadays, the applications of robotic process automation (RPA) seem to be a feasible solution for augmenting the efficiency of banking firms. To get away from the traditional banking filing process, the given paper introduces a novel AI-based 3D robotics printer that can automate the processes of auditing and accounting by minimizing human intervention. The 3D printer is designed in such a way that the voice control instructions are powered, processed, and translated into actions. A trio microphone encased from within the Circle of Control to listen for any possible voice commands is used to achieve voice control. The gear and stepper motor are made to revolve the Lazy Susan’s top, which signifies the action of the proposed work. The study makes use of primary data, which is collected from questionnaires filled out by internal auditors working for a few banking companies. The reliability of the data is examined using Cronbach’s alpha, and the results are visualized through structural equation modelling (SEM). Therefore, the given paper provides an insight into the evolution of RPA in banking procedures.