In the modern world, automation and autonomous control are becoming key factors in various sectors, including transportation. Smart and automated transportation, along with smart urban traffic management, are transforming how we address contemporary traffic challenges. These solutions, supported by advanced technologies such as artificial intelligence, sensors, and high-speed communication technologies, reduce congestion on urban roads and enhance mobility. With the rapid development of telecommunications, including IoT devices and 5G networks, the foundation is being laid for efficient real-time transport management. Automated traffic management is already a reality in many cities, and their experiences are being used to improve systems in new locations. The future development of these technologies will require collaboration between academic institutions, industry, and government authorities to ensure successful implementation in urban environments. This paper explores key trends and perspectives in automated traffic management with the aim of shaping better transportation systems. The issue of traffic management, with a focus on automation and autonomous control, is the central theme of this research. This paper encompasses technological innovations and concepts that shape transportation in the 21st century, including various transportation sectors and the application of advanced technologies. Based on the experiences of different examples, analysis of contemporary technology, and developmental potential, an overview of current possibilities and applications of automated traffic management systems is attempted, while also identifying trends in the future development of automated traffic management. Given the potential benefits in economic efficiency, pollution reduction, and mobility enhancement, automated traffic management remains a key area of research and development in the future.