IOT Devices and Control Systems Working Together to Improve Security

The Internet of Things (IoT) facilitates seamless integration and interoperability among various networks, devices, technologies, and products by placing emphasis on control schemas. End-users require uninterrupted and precise connectivity, irrespective of the integration node (e.g., tablet, laptop, television, smartphone, or other internet-connected device). Intelligent IoT devices have the capability to function as flexible connections with ever-changing configurations, enabling timely reactions and potentially worldwide reach.In response to the urgent requirement for secure real-time control operations, this research paper introduces a methodology that integrates intelligent Internet of Things (IoT) system functionalities with power system interfaces. The proposed methodology integrates computing, cryptography, signal/image processing, and communication networks to facilitate authentication and authorization operations via gateways and terminals. This results in a real-time performance environment that is not only more secure but also more adaptable and robust in comparison to conventional approaches. Moreover, the researchers delineate a framework for the Internet of Things that is applicable to power system inputs in administrative, industrial, transportation, and comprehensive monitoring environments.