Secure Data Transmission Using Hop-By-Hop Routing Algorithm

Abstract

This paper is an enhancement of existing spatial reusability-aware single-path routing (SASR) and any path routing to use Hop by Hop Message authentication scheme for ensuring data confidentiality. We Propose Secure Spatial Reusability-Aware Routing with Enhanced Secure Data Transmission using Hop-by-Hop Routing Algorithm. In the existing paper, the system investigated two kinds of routing protocols, including single-path routing and any path routing. The task of a single-path routing protocol is to select a cost minimizing path, along which the packets are delivered from the source node to the destination node, but it failed to consider shortest path and issues in it. The most vital way to prevent malicious, unauthorized and corrupted messages from being transmitted/ forwarded in Multi-hop wireless networks is message authentication technique. Most of the existing systems have several limitations to incorporate in Multi-hop wireless networks, which includes high computational cost and several communication overheads are available in it, which also leads to lack of scalability and resilience to node compromise attacks. We propose a system with enabling verification model in the intermediate nodes and thus our model permits any node to transmit an infinite number of messages without adversity of the threshold problem. We prove that our system is efficient and more useful to check the shortest path with lowest cost than the existing system models.