Enhancing Network Security in Wireless Sensor Networks through Rsa-Based Secure Memory Management and Optimized Resource Allocation: A Comprehensive Survey

Abstract

To improve the safety of networks in Wireless Sensor Networks (WSNs), this study offers a thorough analysis and presents a unique architecture that combines the best utilization of resources with RSA-based secure control of memory. WSNs are essential for many tasks, including weapons systems and tracking the environment, but because of their centralized architecture and shortages of resources, they are very susceptible to breaches of security. This assessment provides a critical analysis of current security mechanisms, emphasizing resource distribution tactics, memory administration approaches, and methods of encryption particularly designed for wireless sensor networks. Building on these discoveries, the study suggests a novel paradigm for the secure utilization of memory in sensor networks that makes use of the RSA encryption method to protect information security and secrecy. While upholding stringent safety criteria, the structure uses effective utilization of resources approaches to increase WSNs' overall effectiveness and efficacy. The proposed method provides a strong solution that improves operational effectiveness and security while addressing the particular difficulties presented by WSNs.