Traffic-Aware Secure Routing Protocol with Reliable Authentication and Integrity Techniques for WSN

Wireless Sensor Networks (WSNs) are very significant in several fields owing to their efficient data collection capabilities from the physical environment. Ensuring the security as well as accuracy of gathering and transmitting data in WSNs is a crucial topic. To elaborate, relying on the existing information, conventional routing protocols such as FAEM, NPBNS, NSSR have been employed by Wireless Sensor Network (WSN) for data transfer. The flaw with FAEM is that the throughput is unable to sustain high rates whenever the status of the network has been altered. undefined It has also been disclosed that while both routers have experienced an enhanced throughputs via NPBNS and NSSR, the latter boasted more effective routing algorithms, prompting an appreciably higher performance recognition for NSSR. As concerning IT services in the total, the differences were identified to compare NSSR with RITASR where NSSR IT services are 98% less than RITASR. achieves 7% accuracy in relation to sustaining consistent throughput, something NSSR itself only has a 97. undefined From this, it can be inferred that there has been a rise by 1. However, it is more important to mention here is that it is proportional to the increase of the throughput accuracy of 5%. For this reason, RITASR is a communication protocol that can be conveniently applied in WSNs. Same to this, the traffic management and security aspects of RITASR are also enhanced to provide an overall performance gain of 15 percent on the network.