AN IN-DEPTH ANALYSIS OF TOWARDS TRULY AUTONOMOUS SYSTEMS: AI AND ROBOTICS: THE FUNCTIONS

Abstract

This paper explores the changing demographics of autonomous systems, especially in artificial intelligence (AI) and robotics. Autonomy is a critical innovation in this period, where technological advancements continually change the relationship between humans and machines. This research involves reviewing existing literature and analyzing current trends to explore the role of independent systems and their impacts on the industry and social sectors. A key focus area involves AI algorithms integration, robotic autonomy, and emerging technology that challenge and offer prospects at the same time. Moreover, the role of autonomy in achieving efficiency, safety, and decision-making is discussed for a broad range of applications, from autonomous driving to healthcare robotics. The study employs data conglomeration from scientific studies, industrial analysis, and policy discussions to provide a comprehensive look at the tunnel vision of autonomous systems and their great potential to transform the entire technological field. Eventually, this paper stresses the importance of interdisciplinary collaboration and proactive legislation to avoid an autonomous system in society, which is irresponsible and unethical. Precision agriculture techniques, such as earth scan, crop monitoring, and fertilizer based on the area, are based on sensors and AI algorithms to increase crop productivity while decreasing the use of resources and promoting sustainability. Farmers take advantage of the drones and UAVs capability by getting real-time aerial images and data for analysis. The decision of the plan and response to the changing weather is based on the data analytics of the data.