In contemporary years, mobile technology has markedly revolutionized the application of location-based services, particularly those utilizing Global Positioning System (GPS) technology. The transition from static maps to dynamic data processing has not only enhanced user interactions but also posted significant challenges in preserving data consistency when multiple users concurrently engage with these services. This predicament underscores the necessity for efficacious concurrency control mechanisms, which govern the simultaneous execution of diverse operations to ensure dependable data processing. Notwithstanding the increasing significance of this topic, a limited number of scholars have investigated the ramifications of emerging technologies on concurrency control. In our research, we scrutinized various methodologies for the management of concurrency, with a particular focus on real-time and mobile environments. We devised a system that classifies these methodologies and assesses their efficacy in practical applications. Furthermore, we delved into recent innovations within the domain and deliberated on prospective challenges. Our conclusions furnish invaluable insights that could inform subsequent research and the advancement of more resilient concurrency control strategies in the dynamic sphere of mobile and real-time technologies.