Secure Key Pairing Transmission using Secret Agreement with Onion Protocol and DSA Algorithm for Reliable Routing In MANETs

Authors

  • DR. R. SITTALATCHOUMY

Abstract

One of the vital problems in Mobile Ad-hoc Networks (MANETs) is secure access which is commonly implemented with Digital Signature Algorithm (DSA) which protects the authenticity of messages and identity of nodes. DSA creates a reliable network so that intruder cannot use the associated information which is originally transmitted. DSA is exclusive for active intruders as it cannot crack the security. Mobile Ad-hoc Networks need a robust dynamic routing protocol. Number of routing protocols has been suggested recently for Mobile Ad-hoc Networks. Thus, in this study, onion protocol is proposed with the DSA algorithm and NFA. A novel safe and consistent packet sending scheme by the onion routing with the DSA algorithm is described. When a node enters for registering in the network, it will obtain the primary key, secondary key and node id. The shortest route between initial and target is identified using NFA by the test of request and response process. Once the path is identified, the source node will acquire a primary key in the direct path. This onion protocol with the DSA technique is used for securing information from different nodes in the network which enables consistent packet delivery to the destination node. Also, the projected technique is compared by means of RSA and their performances are evaluated using a Network Simulator-2 in terms of throughput, an end to end delay, packet delivery, and network performance.

Published

2020-10-16

Issue

Section

Articles