Paper Details

The age of robots is in the twenty-first century. Robots have long been able to bridge the gap between the cybernetic and physical worlds (the internet of things). Because of its impact on all facets of life—including medicine and healthcare, as well as building services, manufacturing, food, production, logistics, and delivery robotics is expected to play a significant role, an ever increasingly significant role in society as the most likely contender for the next major industrial revolution’s theme, following the current third (digital) industrial revolution. The primary issues here are security, safety, accuracy, and trust. Security mostly has to do with how well-defended these robots are against various cyber-attacks. Trust is based on the degree of satisfaction and ability of these robots to perform and replace humans in certain fields and activities accurately. Safety is related to reducing the likelihood of accident occurrence(s). Building on earlier research, growing worries about robots in a multi-robotic environment emerged in the securities industry. When scaled to the requirements, several components, such as sensors, convey enormous amounts of data that are essential for building the data models. The security of sensitive data must be prioritized and taken into account. When transmitting data, it must be encrypted, privacy issues must be considered when utilizing microphones, and transmission signals must be safeguarded.

Shrikant Pawar, Samprati Katariya, Shreyas Bhoyar, Om Kalbhor, Swati Jaiswal, “IoT Enabled Line Following Robot”, International Journal of Advance Engineering and Research Development (IJAERD), Vol. 10, Issue 5, pp. 27-35, May 2023.