Enhanced Secured Data Transmission Methodology for Wireless Sensor Network

Resumen

Applications for wireless sensory associations are several and include industrialized mechanization, healthcare, military surveillance, and environmental monitoring.  However, WSNs are extremely susceptible to a variety of security risks because to their intrinsic constraints in processing capacity, energy, and memory.  An improved secure data transmission technique that is adapted to the particular features and limitations of WSN designs is presented in this research.  To guarantee the confidentiality, integrity, and validity of the data being communicated, the suggested method combines data aggregation algorithms, safe routing protocols, and lightweight cryptographic approaches. Additionally, a trust-based approach is included to dynamically detect and isolate hostile nodes, enhancing the network's resilience.  In comparison to traditional systems, simulation findings show that the suggested technique greatly improves security while preserving energy economy and lowering packet loss.  The goal of this effort is to aid in the creation of energy-conscious, scalable, and reliable security frameworks for next-generation WSN installations.