'SERDI' - AN APPROACHED SECURED ROUTING & DETECTING INTRUDING BEHAVIORS IN THE CONTEXT OF MOBILE AD-HOC NETWORKS

摘要

This paper proposes a (SERDI) secured routing protocol in Mobile Ad Hoc Networks, with a "Special Routing Protocol-Independent" Intrusion Detection System. Till date, we have seen many approaches like Encryption, security features that are applied to various routing algorithms, security features that are applied to various routing protocols, statistical authentication, non-rejection criterion, etc. However, the response time of any Mobile Ad Hoc Networks have not been considerably enhanced without relying on the Certified Authority, with any of the above mentioned approached. Even Key Distribution Center is in the list. This paper elaborates the practical constraints, with their specific design and implantation, along with the Real-Time result which signifies how an unwanted malicious code is detected and thwarted out. The SERDI approach has been applied to different scenarios or networks where several nodes are masked, some are segregated from the availed routing paths, some are allowed to deny the network sources' request as if they are hidden from the network and even some of the nodes are made visible to the public (outer world) so that the intruders can easily observe them and attack them. We don't deny that the approach SERDI has some more scopes to work out in the future with few of the shortcomings appear during the design and implementation of the paper, but in conclusion the SERDI approach is more secured and responsive in terms of securing routing protocols in Mobile Ad Hoc Networks.