Performance analysis of a novel anonymous architecture for secure anonymous routing in mobile ipv6 based p2p network

Abstract

Due to advanced technological development in mobile networking the usage of wireless devices has greatly increased. The content of communication needs to be fully secured and concealed. Cryptography, the art of secret writing ensures user privacy and security. The research work deals with analysis of anonymous communication in Mobile IPv6 over P2P network architecture. The research work proposes two different anonymous architecture systems ensuring mutual anonymity and analysis its performance against the existing anonymous systems like CROWDS and TARZAN. For better performance of the Mobile IPv6 network, a hierarchical architecture is chosen and it is designed on a P2P overlay network. An Anonymous Circular Tunneling architecture has been proposed to provide mutual anonymity between the communicating mobile IP nodes. Also the implementation of Anonymous Identity Based Cryptography ensures complete security among the Mobile IPv6 nodes. The proposed cryptographic architecture preserves the location identity of the mobile nodes against each other. A self IP address generation mechanism has been deployed to conceal the IP addresses of both sender and receiver mobile nodes. The network performance is evaluated interms of throughput, packet delivery ratio, degree of anonymity, End-to-End delay and routing overhead.A Novel Anonymous and Location Privacy Preserving(NALPP) scheme has been proposed to enhance the mutual anonymity of both sender and recipient nodes in MIPv6 network. newline