Implementation of Authorization and Authentication techniques in IoT objects for Industrial Applications

Abstract

The usage of internet enabled gadgets has significantly increased in recent years in both the industrial and consumer sectors. IoT, or the IoT, is a network of interconnected "things" offering remarkable method for social and economic growth but at the expense of delivering a startling quantity of potentially sensitive data via unreliable networks. For avoiding, or at least minimize, the security and privacy risks w.r.t IoT architecture, we have examined the security limits of this emerging technology. In this paper, authentication and authorization in IoT devices are presented primarily for industries where parameters like humidity, temperature, and gas/smoke leak can be detected and monitored in real-time. Data can be accessed at any time and place by using a laptop, computer, or even a mobile device using the existing application. In this proposed work, we categorize and propose user authentication and authorization schemes in industrial applications for IoT environments. This proposed system mainly has applications in industries where parameters like humidity, temperature, and leakage of any gases or smoke can be monitored 24x7. In this work, designing & implementing of IoT systems can be utilized for industrial applications are proposed along with the experimental results using the concepts of data authentication process and validation of users by username and password and also Base64 algorithm is implemented for data encryption & decryption process.