Network Security Concerns for Designing Robotic Systems: A Review

The Internet of Everything (IoT) has grown quickly in recent years, as have applications for autonomous robotics that use network connectivity. Robots will therefore become a practical reality future as smart sensors with wireless sensors (i.e., autonomous robotic platforms) operate in demanding conditions advance.Security issues, particularly when thinking about human-robot collaboration, unfortunately arise as a result of technological growth. System failures and information errors are two irregularities that frequently jeopardise the fundamental security of cooperative robotic fleets. With the use of the Internet of Things, this study aims to outline the design process for a control framework for secure robotic systems. Blocks are used as the constituent parts in the suggested concept to illustrate the structure of a control system. Robots are intended to interact with humans safely and function in a networked fashion thanks to the structure's architecture. Brief descriptions are given of the relationships and properties of the individual components. The security methods are the aspect of the suggested concept that is novel.The report also classifies two basic types of network attacks and summarises their causes in terms of how they affect systems that enable human-robot collaboration. It is also brought up to discuss standards. The work of the European Parliament (EP) and the National American national Standards institute (ANSI) on the safety patterns for communication channels is discussed in particular.