9th International Conference on ICT for Sustainable Development

Authors - Mohan K. Warbhe, Prateek Verma, Swapnil Gundewar, Amit Gudadhe
Abstract - IoT-Integrated Robotics is the fusion of Internet of Things (IoT) technology and robotics that transforms robotics system by improving their usefulness through seamless connectivity. The integration of sensors, actuators, connectivity, data processing, and automation is a crucial element that facilitates real-time data interchange and cognitive decision-making. Applications promise efficiency and adaptability in complicated circumstances, ranging from smart manufacturing to healthcare robotics. Robotics finds its applications in various domains nowadays such as national security, industry 4.0, healthcare and defense. Strong cyber security is required in critical industries like manufacturing, transportation, and healthcare because failures can affect patient safety, production efficiency, and transportation safety in addition to causing data loss. Frameworks, authentication techniques, block chain technology, network security solutions, and cloud security measures are all part of the current cyber security strategies. But it is imperative to anticipate potential future dangers, such as worries about the increased attack surface, risks associated with 5G, environmental hazards, issues related to quantum computing, and vulnerabilities in human-machine interfaces. The establishment of cyber security frameworks is essential and recommended to be set up for optimal use of IoT integrated robotics to avoid any kind of cyber-attack. To ensure the continued growth and stability in the field of IoT-Integrated Robotics, proactive measures, adaptability to new threats, and stakeholder cooperation are essential as the technology advances.